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Table III: **Tool Body**
Tool Body: A tool body is the portion of a cutting tool which carries the cutting edges and is driven by an integral shank or by accommodating an arbor.
Attribute Name	Description of Attribute
Tool Body Subtype	[Valid values: Drill, Countersink, Counterbore, Reamer, Tap, Milling Cutter, Boring Tool, Lathe Tool Body]
Manufacturer	Name of the company that manufactures the tool body (or the tool body distributor, if applicable).
Manufacturer Catalog Number	Tool body designation or ordering code used by the manufacturer. This number provides a unique identifier for the tool body.
Tool Body Material	A description of the base material composing the tool body. Note that this material may not be necessarily the same as the material used for the cutting edges of the tool, especially for insertable cutter assemblies and brazed tooling. [Examples: High Spe ed Steel (HSS), Carbide, Carbon Steel, Alloy Steel, Cast Iron, Cast Steel, etc.]
Tool Body Material Classification	A standard designation for the specific type or grade of the Tool Body Material. This designation may indicate the chemical composition of the material. The nature of this attribute is dependent upon the Tool Body Material and further specifies the exact form of the Tool Body Material. [Examples: M1, M2, M7, M10, M42, T3, T15, etc. for HSS; C-1, C-2, C-5, C-8, etc. for Carbide; W1, O1, etc. for Carbon Steel; etc.]
Tool Body Coating (conditional)	Description of the type of material coating (if any) applied to the base material of the tool body. [Examples: TiN, CrN, Al2O3, Diamond CVD] Attribute only applies for tool bodies with material coatings.
Tool Body Cost	The purchase price of the tool body by the end-user.
Hand of Body	Direction of cutter feed or cutter rotation. Also referred to as hand of cut. For rotating tools, the Hand of Body may be determined by observing the cutting end of the tool body when mounted so as to a make a cut. If the rotary motion of the tool body is counterclockwise, the Hand of Body is right-hand. If the rotary motion of the tool body is clockwise, the Hand of Body is left-hand. A value of "Both" typically refers to single-point tools. [Valid values: Right, Left, Both]
Coolant Through Tool?	Does the tool body have through-the-tool coolant capabilities? [Valid values: Yes, No]
Drive Information	A description of the mechanism used to drive the tool body. <Reference to SHANK_DRIVE_MOUNT or ARBOR_DRIVE_MOUNT>

Table IIIA: Drill
Drill: Drills are rotary end-cutting tools used for the production of holes.
Attribute Name	Description of Attribute
Drill Subtype	[Valid values: Twist, Spade, Half-Round]
Cutting Diameter	Measurement across the lands at the outer corners of the drill. This measurement would be at the largest cutting diameter of the drill for a tapered or step drill. Also called Drill Diameter.
Cutting Diameter Designation	An alphanumeric notation corresponding to cutter diameter.
Overall Length	Entire length of cutting tool from point end to drive end.
Self-Centering?	Is the drill a self-centering drill? [Valid values: Yes, No]

Table IIIA1: Twist Drill
Twist Drill: Twist drills are rotary end-cutting tools having one or more cutting lips and one or more straight or helical flutes for the passage of chips and cutting fluids.
Attribute Name	Description of Attribute
Twist Drill Subtype	[Valid values: Core Drill, Step Drill]
Twist Drill Style	Common style designation of the twist drill. [Valid values: Jobber Length, Screw Machine Length, High Spiral, Stub, Spot, Extra Length, Micro Length]
Number of Flutes	Number of flutes cut into the drill body.
Flute Length	Length of the flutes cut into the drill body, measured along the tool axis.
Helix Angle	Angle made by the leading edge of the land with a plane containing the tool axis.
Cutter Point	A physical description of the cutter point. [Valid values: Facetted, Parabolic, Split, Spiral, Chamfer] A Cutter Point value of "Chamfer" typically applies when TWIST_DRILL.TWIST_DRILL_SUBTYPE = CORE_DRILL.
Point Angle	The angle formed between two lines passing through the major cutting edges on the point of the drill when projected onto a plane parallel to the tool axis.
Tapered Twist Drill?	Is the Twist Drill tapered? [Valid values: Yes, No]
Taper Angle (conditional)	Taper angle of the cutting portion of the drill. Attribute only applies where TWIST_DRILL.TAPERED_TWIST_DRILL? = YES.
Margin Width	Width of the cylindrical portion of the land which is not cut away, measured at the largest cutting diameter of the tool. The margin provides side clearance to the tool.
Web Thickness	Thickness of central portion of body at the point end.
Depth Capacity	The maximum distance that the drill may be inserted below the workpiece surface while still properly performing its intended function. This distance is measured along the tool axis.

Table IIIA1a: Core Drill
Core Drill: Core drills are three and four flute twist drills used for the enlargement or finishing of existing holes.
Attribute Name	Description of Attribute
Chamfer Angle	Replaces TWIST_DRILL.POINT_ANGLE.

Table IIIA1b: Step Drill
Step Drill: Step drills are twist drills capable of producing complex holes with multiple diameters and with specific geometries characterizing the transition between diameters.
Attribute Name	Description of Attribute
Step Drill Style	Common style designation of step drill [Valid values: Countersinking, Counterboring, Subland]
Maximum Cutting Diameter	Replaces DRILL.CUTTING_DIAMETER.
Minimum Cutting Diameter	Measurement across the lands on the smaller diameter region at the head of the tool (i.e., the step region).
Step Angle	Angle formed between a line parallel to the cutting edge along the step region and a plane normal to the tool axis.
Step Length	Length of the step region, measured parallel to the tool axis. This specification assumes that a Step Drill will only have 1 step.
Minimum Cutting Diameter Margin Width (conditional)	Width of the cylindrical portion of the land which is not cut away, measured on the step region of the tool. The margin provides side clearance to the tool. Attribute only applies where STEP_DRILL.STEP_DRILL_STYLE = SUBLAND.

Table IIIA2: Spade Drill
Spade Drill: Spade drills are drills capable of producing large deep holes with a variety of bottom profiles. A spade drill typically consists of a removable blade or tip clamped in a holder on the drill shank.
Attribute Name	Description of Attribute
Interchangeable Spade Blade?	Does the spade drill use an interchangeable blade? [Valid values: Yes, No] A "Yes" value indicates that the drill is a spade blade/holder combination while a "No" value indicates that it is a solid integral tool.
Spade Blade Series Designation (conditional)	The standard series designation of the spade blade that the spade blade holder can accommodate. [Valid values: A, B, C, D, E, F, G, H] The series designation is used to specify the blade geometry, including the range of cutting diameters and mounting info rmation. Attribute only applies where SPADE_DRILL.INTERCHANGEABLE_SPADE_BLADE? = YES.
Point Angle (conditional)	The angle included between the two cutting edges projected on the plane of the surface of the blade. Attribute only applies where SPADE_DRILL.INTERCHANGEABLE_SPADE_BLADE? = NO.
Web Thickness (conditional)	Thickness of the central portion at the point of the blade which separates the two cutting lips, measured normal to the blade axis. Attribute only applies where SPADE_DRILL.INTERCHANGEABLE_SPADE_BLADE? = NO.
Flute Length	Length of the flutes cut into the tool body of the spade drill, measured along the tool axis. For spade drills with interchangeable blades, the tool body refers to the blade holder.

Table IIIA3: Half-Round Drill
Half-Round Drill: A half-round drill is a single flute drill with a semicircular cutting end profile used to produce extremely straight and high finish holes.
Attribute Name	Description of Attribute
Point Angle	The angle formed between two lines passing through the major cutting edges on the point of the tool when projected onto a plane parallel to the tool axis.
Flute Length	Length of the flutes cut into the drill body, measured along the tool axis.

Table IIIB: Countersink
Countersink: A countersink is a drill capable of cutting a tapered enlargement at the opening of a hole. Sometimes called a center drill when used to center a tool shaft prior to cutting.
Attribute Name	Description of Attribute
Countersink Style	Common style designation of countersink. [Examples: Combined Drill & Countersink (Plain Pilot), Combined Drill & Countersink (Bell Pilot), Aircraft, Back]
Cutting Diameter	Measurement across the lands at the outer corners of the cutter.
Cutting Diameter Designation	An alphanumeric notation corresponding to the cutter diameter.
Overall Length	Entire length of cutting tool from point end to drive end.
Number of Ends	Number of cutting ends of the tool. [Valid values: 1, 2] A value of 1 implies a single-ended tool. A value of 2 implies a double-ended tool.
Number of Flutes	Number of flutes cut into the tool body.
Flute Length	Length of the flutes cut into the countersink body, measured along the tool axis.
Maximum Countersink Diameter	Maximum cutting diameter of the sinking region.
Minimum Countersink Diameter	Minimum cutting diameter of the sinking region.
Helix Angle	Angle made by the leading edge of the land with a plane containing the tool axis.
Countersink Angle	The angle formed between two lines parallel to the cutting edges on the sinking region of the body when projected on a plane parallel to the tool axis.
Depth Capacity	The maximum distance that the countersink may be inserted below the workpiece surface while still properly performing its intended function. This distance is measured along the tool axis.
Bell Angle (conditional)	The enclosed angle formed by the transition region located between the maximum end of the sink and the non-cutting portion of the body. Designed as a protection region for the non-cutting portion. Attribute only applies where COUNTERSINK.COUNTERSINK_STYLE = COMBINED_DRILL_&_COUNTERSINK_(BELL_PILOT).
Self-Centering?	Is the countersink self-centering? [Valid values: Yes, No]
Pilot Exist?	Does a pilot exist on the countersink? [Valid values: Yes, No]
Interchangeable Pilot? (conditional)	Is the countersink pilot interchangeable (as opposed to an integral pilot)? [Valid values: Yes, No] Attribute only applies where COUNTERSINK.PILOT_EXIST? = YES.
Pilot Hole Size (conditional)	The diameter of the pilot hole in a countersink for insertion of a removable (interchangeable) pilot. This attribute is required for selection of an appropriate pilot for the countersink assembly. This attribute would be matched with the pilot shank diame ter on the pilot itself. Attribute only applies where COUNTERSINK.PILOT_EXIST? = YES and COUNTERSINK.INTERCHANGEABLE_PILOT? = YES.
Pilot Body Diameter (conditional)	Diameter of the cylindrical portion located in front of the sinking region for positioning of the tool. Attribute only applies where COUNTERSINK.PILOT_EXIST? = YES and COUNTERSINK.INTERCHANGEABLE_PILOT? = NO.
Pilot Length (conditional)	Length from the tip of the tool to the start of the sinking region. Attribute only applies where COUNTERSINK.PILOT_EXIST? = YES and COUNTERSINK.INTERCHANGEABLE_PILOT? = NO.

Table IIIC: Counterbore
Counterbore: A counterbore is a drill capable of enlarging the opening of a previously formed hole.
Attribute Name	Description of Attribute
Counterbore Style	Common style designation of counterbore. [Examples: Aircraft, Back]
Cutting Diameter	Measurement of the largest diameter cutting portion of the tool.
Cutting Diameter Designation	An alphanumeric notation corresponding to cutter diameter.
Overall Length	Entire length of cutting tool from point end to drive end.
Number of Flutes	Number of flutes cut into the counterbore body.
Flute Length	Length of the flutes cut into the counterbore body, measured along the tool axis.
Helix Angle	Angle made by the leading edge of the land with a plane containing the tool axis.
Margin Width	Width of the cylindrical portion of the land which is not cut away. The margin provides side clearance to the tool.
Web Thickness	Thickness of central portion of body at the point end.
Depth Capacity	The maximum distance that the counterbore may be inserted below the workpiece surface while still properly performing its intended function. This distance is measured along the tool axis.
Pilot Exist?	Does a pilot exist on the counterbore? [Valid values: Yes, No] The pilot may be fixed to the tool, removable for use of interchangeable pilots, or part of the drive mount for interchangeable cutter heads.
Interchangeable Pilot? (conditional)	Is the counterbore pilot interchangeable (as opposed to an integral pilot)? [Valid values: Yes, No] Attribute only applies where COUNTERBORE.PILOT_EXIST? = YES.
Pilot Hole Size (conditional)	The diameter of the pilot hole in a counterbore for insertion of a removable (interchangeable) pilot. This attribute is required for selection of an appropriate pilot for the counterbore assembly. This attribute would be matched with the pilot shank diame ter on the pilot itself. Attribute only applies where COUNTERBORE.PILOT_EXIST? = YES and COUNTERBORE.INTERCHANGEABLE_PILOT? = YES.
Pilot Body Diameter (conditional)	Diameter of the cylindrical guide located in front of the counterbore cutting region for positioning of the tool. Attribute only applies where COUNTERBORE.PILOT_EXIST? = YES and COUNTERBORE.INTERCHANGEABLE_PILOT? = NO.
Pilot Length (conditional)	Length from the head of the pilot to the start of the counterbore cutting edge. Attribute only applies where COUNTERBORE.PILOT_EXIST? = YES and COUNTERBORE.INTERCHANGEABLE_PILOT? = NO.
Interchangeable Cutter Head? (conditional)	Does the counterbore use an interchangeable cutter head rather than a solid or fixed cutter head? [Valid values: Yes, No] Attribute only applies where COUNTERBORE.PILOT_EXIST? = YES and COUNTERBORE.INTERCHANGEABLE_PILOT? = NO.
Cutter Head Length (conditional)	The length of the cutter body on interchangeable cutter heads. Attribute only applies where COUNTERBORE.INTERCHANGEABLE_CUTTER_HEAD? = YES.
Mounting Shaft Length (conditional)	The length of the shaft on the counterbore tool body for mounting of an interchangeable cutter head. It is required that the COUNTERBORE.CUTTER_HEAD_LENGTH be less than COUNTERBORE.MOUNTING_SHAFT_LENGTH. Attribute only applies where COUNTERBORE.INTERCHANGEABLE_CUTTER_HEAD? = YES. For counterbores with interchangeable heads, COUNTERBORE.PILOT_LENGTH will be equal to the difference between COUNTERBORE.MOUNTING_SHAFT_LENGTH and COUNTERBORE.CUTTER_HEAD_LENGTH.

Table IIID: Reamer
Reamer: A reamer is a multiple-cutting-edge tool used to enlarge or finish round holes, to give accurate dimensions as well as reduced surface roughness. The cutting edges of a reamer can be both on the end and on the periphery.
Attribute Name	Description of Attribute
Reamer Subtype	[Valid values: Step, Shell, Expansion, Adjustable Blade, Rose Chucking, Combined Drill & Reamer]
Reamer Style	Common style designation of reamer. [Valid values: Taper, Hand, Chucking, Pipe Taper, Bridge, Car]
Cutting Diameter	The diameter of the reamer at the entering end immediately after the chamfer or taper lead. This measurement would be the largest diameter of the cutting portion of the reamer for tapered or step drills.
Cutting Diameter Designation	An alphanumeric notation corresponding to cutter diameter.
Overall Length	Entire length of cutting tool over the extreme ends from the entering end to the shank end, not including external centers where used.
Number of Flutes	Number of flutes cut into the tool body.
Flute Length	Length of the flutes cut into the tool body, measured along the tool axis.
Flute Style	The style of flutes cut into the tool body. [Valid values: Straight, Helical, Spiral, High Spiral, Angular]
Cutter End	Description of the head end of the cutting tool. [Valid values: Flat, Chamfered, Radius]
Helix Angle	Angle made by the leading edge of the land with a plane containing the tool axis. When REAMER.FLUTE_STYLE = STRAIGHT, REAMER.HELIX_ANGLE = 0.
Helix Direction (conditional)	The direction in which the cutting edges (along the side of the tool body) are angled. The Helix Direction may be determined by viewing the tool body from either end. If the flutes twist away from the observer in a clockwise direction, the Helix Direction is right-hand. If the flutes twist away from the observer in a counterclockwise direction, the Helix Direction is left-hand. [Valid values: Right, Left] Attribute only applies where REAMER.HELIX_ANGLE > 0.
Axial Rake Angle	The angle between a plane containing the cutting face, or tangent to the cutting face at a given point, and the tool axis.
Radial Rake Angle	The angle in a transverse plane between a straight cutting face and a radial line passing through the cutting edge.
Radial Relief Angle	The angle, measured in a transverse plane, between the relieved surface (i.e., the land) and a plane tangent to the periphery at the cutting edge. Relief is the result of removal of tool material behind or adjacent to the cutting edge to provide clearance and prevent rubbing. Radial Relief is provide in a radial direction measured in the plane of rotation. Also known as the primary relief angle.
Chamfer Angle	The angle formed between a line parallel to the chamfer and a line parallel to the tool axis.
Corner Radius	The nose radius at the head of the cutting edge.
Margin Width	Width of the cylindrical portion of the land which is not cut away. The margin provides side clearance to the tool.
Web Thickness	Thickness of central portion of body at the point end.
Tapered Reamer?	Is the Reamer tapered? [Valid values: Yes, No]
Taper Angle (conditional)	Angle formed between a line parallel to the flutes and a line parallel to the tool axis. The taper region begins at the head of the tool and may extend the full length of the flutes. Attribute only applies where REAMER.TAPERED_REAMER? = YES.
Minimum Cutting Head Diameter (conditional)	Smallest possible cutting diameter of the tool for tapered reamers. Attribute only applies where REAMER.TAPERED_REAMER? = YES.
Depth Capacity	The maximum distance that the reamer may be inserted below the workpiece surface while still properly performing its intended function. This distance is measured along the tool axis.
Guide Diameter (conditional)	Diameter of the unfluted portion of the tool body nearest the drive end. The guide helps to maintain positioning. Attributes only applies to reamers with guides.
Pilot Exist?	Does a pilot exist on the reamer? [Valid values: Yes, No] The pilot may be fixed to the tool, removable for use of interchangeable pilots, or part of the drive mount for interchangeable cutter heads.
Interchangeable Pilot? (conditional)	Is the reamer pilot interchangeable (as opposed to an integral pilot)? [Valid values: Yes, No] Attribute only applies where REAMER.PILOT_EXIST? = YES.
Pilot Hole Size (conditional)	The diameter of the pilot hole in a reamer for insertion of a removable (interchangeable) pilot. This attribute is required for selection of an appropriate pilot for the reamer assembly. This attribute would be matched with the pilot shank diameter on the pilot itself. Attribute only applies where REAMER.PILOT_EXIST? = YES and REAMER.INTERCHANGEABLE_PILOT? = YES.
Pilot Body Diameter (conditional)	Diameter of the cylindrical guide located in front of the cutting region for positioning of the tool. Attribute only applies where REAMER.PILOT_EXIST? = YES and REAMER.INTERCHANGEABLE_PILOT? = NO.
Pilot Length (conditional)	Length from the head of the pilot to the start of the reamer cutting edge. Attribute only applies where REAMER.PILOT_EXIST? = YES and REAMER.INTERCHANGEABLE_PILOT? = NO.
Interchangeable Cutter Head? (conditional)	Does the reamer use an interchangeable cutter head rather than a solid or fixed cutter head? [Valid values: Yes, No] Attribute only applies where REAMER.PILOT_EXIST? = YES and REAMER.INTERCHANGEABLE_PILOT? = NO.
Cutter Head Length (conditional)	The length of the cutter body on interchangeable cutter heads. Attribute only applies where REAMER.INTERCHANGEABLE_CUTTER_HEAD? = YES.
Mounting Shaft Length (conditional)	The length of the shaft on the reamer tool body for mounting of an interchangeable cutter head. It is required that the REAMER.CUTTER_HEAD_LENGTH be less than REAMER.MOUNTING_SHAFT_LENGTH. Attribute only applies where REAMER.INTERCHANGEABLE_CUTTER_HEAD? = YES. For reamers with interchangeable heads, REAMER.PILOT_LENGTH will be equal to the difference between REAMER.MOUNTING_SHAFT_LENGTH and REAMER.CUTTER_HEAD_LENGTH.

Table IIID1: Step Reamer
Step Reamer: A step reamer is a reamer having two or more different diameters for finishing stepped holes.
Attribute Name	Description of Attribute
Step Length	Length of the step region, measured parallel to the tool axis.
Step Angle	Angle formed between a line parallel to the cutting edge along the step region and a plane normal to the tool axis.
Maximum Cutting Diameter	Replaces REAMER.CUTTING_DIAMETER.
Minimum Cutting Diameter	Measurement across the lands on the step region of the tool.

Table IIID2: Expansion Reamer
Expansion Reamer: An expansion reamer is a reamer which can be adjusted to cut at different diameters.
Attribute Name	Description of Attribute
Expansion Limit	The maximum adjustment (plus/minus) that can be applied to the Cutting Diameter.

Table IIID3: Adjustable Blade Reamer
Adjustable Blade Reamer: An adjustable blade reamer is a reamer which can be adjusted to cut at different diameters.
Attribute Name	Description of Attribute
Lower Diameter Limit	Smallest possible cutting diameter to which the tool can be adjusted.
Upper Diameter Limit	Largest possible cutting diameter to which the tool can be adjusted. Replaces REAMER.CUTTING_DIAMETER.

Table IIID4: Rose Chucking Reamer
Rose Chucking Reamer: A rose chucking reamer is a heavy-bodied reamer with end-cutting edges which can remove a relatively large amount of material and true up a hole prior to finish reaming.
Attribute Name	Description of Attribute
Back Taper Angle	Angle formed between a line parallel to the side cutting edges and a line parallel to the tool axis. The back taper is a reduction in tool diameter beginning at the tool head and usually extending the full Length of Cut. Back taper allows for better chip clearance and reduced tool friction on the newly cut hole face.

Table IIID5: Combined Drill & Reamer
Combined Drill & Reamer: A combined drill and reamer is a reamer capable of both drilling and finishing a hole in one pass.
Attribute Name	Description of Attribute
Drill Size Diameter Designation	Replaces REAMER.PILOT_BODY_DIAMETER.
Drill Length	Replaces REAMER.PILOT_LENGTH.
Reamer Size Designation	Replaces REAMER.CUTTING_DIAMETER_DESIGNATION.

Table IIIE: Tap
Tap: A tap is a rotary cutting tool with multiple cutting teeth used to produce internal threads.
Attribute Name	Description of Attribute
Tap Subtype	[Valid values: Nut, Pulley, Hand, Shell, Spark Plug, Spiral-point, Taper Pipe, Straight Pipe, Thread Forming, Tandem, Machine Screw, Stove Bolt, Acme, Step, Combined Drill & Tap]
Cutting Diameter	The nominal diameter of the tap. Also known as the basic major diameter or tap diameter.
Cutting Diameter Designation	An alphanumeric notation corresponding to cutter diameter. Also known as tap size.
Overall Length	Entire length of cutting tool from top of drive to head of cutter. For taps with a pointed cutter head, the overall length measurement does not include the point.
Number of Flutes	Number of flutes cut into the tap body. When TAP.TAP_SUBTYPE = THREAD_FORMING, TAP.NUMBER_OF_FLUTES = 0.
Flute Style (conditional)	The style of flutes cut into the tool body. [Valid values: Straight, Slow Spiral, Fast Spiral] Slow Spiral flutes are typically right-hand helical flutes with a helix angle of 25 to 35 degrees. Fast Spiral flutes are similar to Slow Spiral flutes, except the helix angle is from 45 to 60 degrees. Attribute only applies where TAP.NUMBER_OF_FLUTES > 0.
Radial Rake Angle	Angular relationship of the straight cutting face of a tooth with respect to a radial line through the crest of the tooth at the cutting edge. Positive rake means that the crest of the cutting face is angularly ahead of the balance of the cutting face of the tooth. Negative rake means that the crest of the cutting face is angularly behind the balance of the cutting face of the tooth. Zero rake means that the cutting face is directly on a radial line.
Thread Length	The distance along the tool axis which includes chamfered threads and full threads, but does not include an external center (point). This is necessary for preventing the entire threaded portion of the tap from completely passing through the hole. Requir ement is that some portion of the Thread Length must stay within the hole to permit the tap to be reversed back out.
Thread Pitch	The reciprocal of the number of threads per unit length.
Thread Form	Classification of thread profile on the tap. This value partially determines the types of thread which can be produced with this tap. [Examples: NC, NF, M, NPS, etc.].
Depth Capacity	The maximum distance that the tap may be inserted below the workpiece surface while still properly performing its intended function. This distance is measured along the tool axis.
Pitch Diameter Limit	Tolerance on the pitch diameter. [Valid values: H, L, D, DU] H limit indicates the number of half-thousandths (0.0005 in.) that the maximum tap pitch diameter is over the basic pitch diameter; L limit indicates the number of 0.0005 in. that the minimum ta p pitch diameter is under the basic pitch diameter; D indicates the number of 0.013 mm that the maximum tap pitch diameter is over the basic pitch diameter; and DU indicates the number of 0.013 mm that the minimum tap pitch diameter is under the basic pit ch diameter.
Chamfer Designation	The range of threads that have been chamfered. [Valid values: Bottoming, Plug, Taper] A bottoming chamfer is defined as 1-1.5 threads, a plug chamfer as 3-5 threads, and a taper chamfer as 7-9 threads.
Chamfer Angle	Angle formed between a line perpendicular to the threads and a line parallel to the tool axis, beginning at the cutter head and extending back along the body a distance referred to as the Chamfer Length. Measured in an axial plane at the cutting edge.
Chamfer Length	Length of the tapered region at the head of the body, measured normal to the tool axis.
Pilot Exist?	Does a pilot exist on the tap? [Valid values: Yes, No] The pilot on a tap is typically a fixed part of the solid tool (as opposed to an interchangeable pilot).
Pilot Body Diameter (conditional)	Diameter of the cylindrical guide located in front of the cutting region for positioning of the tool. Attribute only applies where TAP.PILOT_EXIST? = YES.
Pilot Length (conditional)	Length from the head of the pilot to the start of the cutting edge. Attribute only applies where TAP.PILOT_EXIST? = YES.

Table IIIE1: Step Tap
Step Tap: A step tap is a tap capable of producing threads of the same pitch, but with different diameters in a stepped hole.
Attribute Name	Description of Attribute
Step Length	Length of the step region, measured parallel to the tool axis.
Maximum Cutting Diameter	Replaces TAP.CUTTING_DIAMETER.
Minimum Cutting Diameter	Measurement across the lands on the step region of the tool.
Minimum Cutting Diameter Chamfer Designation	The range of threads that have been chamfered on the minor diameter of the tool head. [Valid values: Bottoming, Plug, Taper] A bottoming chamfer is defined as 1-1.5 threads, a plug chamfer as 3-5 threads, and a taper chamfer as 7-9 threads.
Minimum Cutting Diameter Chamfer Length	The length of the chamfered region beginning at the tool face and ending at the Minimum Cutting Diameter.
Minimum Cutting Diameter Chamfer Angle	The angle formed between a line parallel to the cutting edge along the chamfered region containing the Minimum Cutting Diameter and a line parallel to the tool axis.

Table IIIE2: Combined Drill & Tap
Combined Drill & Tap: A combined drill and tap is a tap capable of drilling and tapping a hole in a single pass.
Attribute Name	Description of Attribute
Drill Size Diameter Designation	Replaces TAP.PILOT_BODY_DIAMETER.
Drill Length	Replaces TAP.PILOT_LENGTH.

Table IIIF: Milling Cutter
Milling Cutter: A milling cutter is a rotary cutting tool, usually with straight or helical flutes, capable of producing a variety of forms, contours, or profiles such as slots, pockets, and peripheral surfaces. Milling cutters can be broadly classified a s peripheral mills, face mills, end mills, and special mills.
Attribute Name	Description of Attribute
Milling Cutter Subtype	[Valid values: Endmill, Facemill, T-Slot Mill, Dovetail Mill, Angle Mill, Woodruff Keyseat Mill, Threadmill, Form-Relieved Mill, Sidemill, Milling Saw, Shellmill, Plain Mill]
Maximum Cutter Diameter	The maximum outside diameter of the Milling Cutter. This measurement may be found as part of the tool body or it may include the cutter inserts. For some types of Milling Cutters, the value of this attribute may be equivalent to the value of Cutting Diame ter. Maximum Cutter Diameter is required for tool clearance calculations.
Overall Length	Entire length of cutting tool from the drive end to the furthest point on the cutting end, measured along the tool axis. For insertable Milling Cutter assemblies, the inserts are typically included in the Overall Length measurement. For arbor-mounted Mill ing Cutters, the value of Overall Length is typically (but is not necessarily) equivalent to the value of Cutter Width.
Radial Rake Angle	The angle between the tooth face and a radial line passing through the cutting edge in a plane perpendicular to the cutter axis. This angle is a measure of the inclination of the face cutting edge with respect to a radial plane.
Axial Rake Angle	The angle measured between the peripheral cutting edge and the axis of the cutter, when looking radially at the point of intersection. This angle is a measure of the inclination of the face cutting edge with respect to an axial plane. For milling cutters with a TOOTH_STYLE = STRAIGHT, MILLING_CUTTER.AXIAL_RAKE_ANGLE = 0. For cutters with helical teeth (or flutes), as is common for many endmills and shellmills, the Axial Rake Angle is equivalent to the Helix Angle. The Helix Angle can be defined as the cutting edge angle which a helical cutting edge makes with a plane cont aining the axis of a cylindrical cutter. If the cutter tooth face exhibits a concave condition, or "hook", the cutter rake is variable along the tooth face and must be specified at a given point. In this situation, the Axial Rake Angle value provided is for the maximum depth of cut position.
Helix Direction (conditional)	The direction in which the cutting edges (along the side of the tool body) are angled. [Valid values: Right, Left, Both] The Helix Direction may be determined by viewing the tool body from either end. If the flutes twist away from the observer in a clockw ise direction, the Helix Direction is right-hand. If the flutes twist away from the observer in a counterclockwise direction, the Helix Direction is left-hand. For milling cutters with a TOOTH_STYLE = STAGGERED, MILLING_CUTTER.HELIX_DIRECTION = BOTH. Stag gered-tooth cutters are constructed with every other flute of opposite (right and left hand) helix. Attribute only applies where MILLING_CUTTER.AXIAL_RAKE_ANGLE not equal 0.
Nose Radius	Radius of the nose on the cutting edge nearest the tool face.
Depth Capacity	Maximum capable depth below the workpiece surface that the tool can penetrate.
Mill Cutter Use	The intended type of machining to be performed with this mill cutter. [Valid values: Roughing, Finishing, Both]

Table IIIF1: Endmill
Endmill: An endmill is a cylindrical milling cutter capable of cutting on the end and on the periphery.
Attribute Name	Description of Attribute
Endmill Style	Common style designation of Endmill. [Valid values: Square-End, Ballnose, Bullnose, Chamfer, Corner-Rounding]
Cutting Diameter	Measurement across the lands at the outer corners of the Endmill. This measurement would be at the largest cutting diameter of the cutter for a tapered Endmill. Also called Nominal Diameter.
Number of Ends	Number of cutting ends of the Endmill. [Valid values: 1, 2] A value of 1 implies a single-ended tool. A value of 2 implies a double-ended tool.
Number of Flutes	Number of flutes cut into the tool body.
Flute Length	Length of the cutting edge along the tool body, measured parallel to the tool axis. Also referred to as the Length of Cut.
Center Cutting?	Is the Endmill center cutting? [Valid values: Yes, No]
Corner Radius (conditional)	Radius of the concave-shaped cutting edge. Attribute only applies where ENDMILL.ENDMILL_STYLE = CORNER-ROUNDING.
Nose Chamfer Length (conditional)	Length of the end chamfer measured parallel to the tool axis. Attribute only applies where ENDMILL.ENDMILL_STYLE = CHAMFER.
Nose Chamfer Angle (conditional)	Angle formed between a line parallel to the cutting edges on the cutter nose and a line perpendicular to the tool axis. Attribute only applies where ENDMILL.ENDMILL_STYLE = CHAMFER.
Tapered Endmill?	Is the Endmill tapered? [Valid values: Yes, No]
Taper Angle (conditional)	Angle formed between a line parallel to the cutting edges and a line parallel to the tool axis. The taper region begins at the head of the tool and may extend the full Flute Length. Attribute only applies where ENDMILL.TAPERED_ENDMILL? = YES.
Taper Length (conditional)	The length that the Taper Angle extends along the side cutting edges. Attribute only applies where ENDMILL.TAPERED_ENDMILL? = YES.
Minimum Cutting Diameter (conditional)	The smallest possible diameter that the tool can cut along the tapered portion of the Endmill. Attribute only applies where ENDMILL.TAPERED_ENDMILL? = YES.

Table IIIF2: Facemill
Facemill: A facemill is a milling cutter used for machining large surfaces perpendicular to the tool axis.
Attribute Name	Description of Attribute
Facemill Style	Common style designation of Facemill. [Valid values: Square Shoulder, Positive Lead Angle, Negative Lead Angle]
Cutting Diameter	Measurement across the lands at the outer corners of the Facemill. Also called Nominal Diameter.
Lead Angle	The angle measured on a plane parallel to the tool axis from the projection of a line drawn along the side cutting edge and a line depicting the tool axis. Also called Corner Angle.

Table IIIF3: T-Slot Mill
T-Slot Mill: A T-slot mill is a milling cutter used to produce "T" shaped slots through surfaces perpendicular to the tool axis.
Attribute Name	Description of Attribute
Neck Length	The length of the reduced diameter portion of the tool, measured parallel to the tool axis. The neck is located between the tool body and tool drive.
Neck Diameter	Diameter of the neck portion of the tool.
Bolt Size (optional)	Size designation for the diameter of the largest bolt which will fit into the neck of a T-slot produced by this tool. The T-slot neck width is a measurement of the desired workpiece. This attribute is sometimes used to select the appropriate size of T-Slo t Mill.
Cutter Thickness	The length measurement between opposite faces of the milling cutter, measured along the tool axis.
Number of Teeth	The number of cutting teeth on the milling cutter.
Tooth Style	The style of the cutting teeth on the milling cutter. [Valid values: Straight, Staggered, Helical]

Table IIIF4: Dovetail Mill
Dovetail Mill: A dovetail mill is a milling cutter used to produce "dovetail" shaped slots through a surface perpendicular to the tool axis.
Attribute Name	Description of Attribute
Included Angle	Angle formed between a line parallel to the side cutting edge and a plane normal to the tool axis, measured from the projection onto a plane that is parallel to the tool axis.
Cutter Width	The length measurement between opposite faces of the milling cutter, measured along the tool axis.
Number of Teeth	The number of cutting teeth on the milling cutter.

Table IIIF5: Angle Mill
Angle Mill: An angle mill is a milling cutter used to remove material at a specific angle relative to the tool axis.
Attribute Name	Description of Attribute
Angle Mill Style	Common style designation of Angle Mill. [Valid values: Single-Angle, Double-Angle]
Included Angle	For Single-Angle Mills, the included angle is the angle formed between a line parallel to the side cutting edge and a plane normal to the tool axis, measured from the projection onto a plane that is parallel to the tool axis. For Double-Angle Mills, the included angle is the angle formed between the side cutting edges, measured from the projection onto a plane parallel to the tool axis.
Cutter Width	The length measurement between opposite faces of the milling cutter, measured along the tool axis. Also called Face Width.
Number of Teeth	The number of cutting teeth on the milling cutter.
Tooth Style	The style of the cutting teeth on the milling cutter. [Valid values: Straight, Staggered, Helical]

Table IIIF6: Woodruff Keyseat Mill
Woodruff Keyseat Mill: A woodruff keyseat mill is a milling cutter used to produce a slot with a rectangular cross-section perpendicular to the tool axis and a circular-arc cross-section parallel to the tool axis. The slot is used to mount a Woodruff Key.
Attribute Name	Description of Attribute
Cutter Designation	A standard designation corresponding to the width and diameter of the keyseat to be produced.
Cutter Width	The length measurement between opposite faces of the milling cutter, measured along the tool axis.
Number of Teeth	The number of cutting teeth on the milling cutter.
Tooth Style	The style of the cutting teeth on the milling cutter. [Valid values: Straight, Staggered, Helical]

Table IIIF7: Threadmill
Threadmill: A threadmill is a milling cutter having cutting edges capable of producing threads on internal holes or external shafts.
Attribute Name	Description of Attribute
Threadmill Style	Common style designation of Threadmill. [Valid values: Single Form, Multiple Form]
Thread Length (conditional)	The distance along the tool axis which includes the chamfered threads and full threads, but does not include an external center (point). Thread Length is used to prevent the entire threaded portion of the Threadmill from completely passing through a hole for internal threading applications. It is required that some portion of the Thread Length stay within the hole for internal threading applications to permit the Threadmill to be reversed back out. Attribute only applies where THREADMILL.THREADMILL_STYLE = MULTIPLE_FORM.
Thread Pitch	The reciprocal of the number of threads per unit length.
Thread Form	Classification of thread profile on the Threadmill. This value partially determines the types of thread which can be produced with this Threadmill. [Examples: NC, NF, M, NPS, etc.].

Table IIIF8: Form-Relieved Mill
Form-Relieved Mill: A form-relieved mill is a disk-shaped milling cutter in which the cutting edges are relieved for producing straight, curved, or irregular shapes.
Attribute Name	Description of Attribute
Form-Relieved Mill Style	Common style designation of Form-Relieved Mill. [Valid values: Concave, Convex, Corner-Rounding]
Circle Diameter	Diameter of an inscribed circle placed along the cutting edge. This attribute is used as a size specification for a Form-Relieved Mill. The value of Circle Diameter is typically equivalent to the value of Cutter Width when FORM-RELIEVED_MILL_STYLE = C ONVEX.
Cutter Width	The length measurement between opposite faces of the milling cutter, measured along the tool axis.
Number of Teeth	The number of cutting teeth on the milling cutter.

Table IIIF9: Sidemill
Sidemill: A sidemill is a cylindrical milling cutter having teeth on the periphery as well as on one or both ends.
Attribute Name	Description of Attribute
Sidemill Style	Common style designation of Sidemill. [Valid values: Full Side, Half Side] Full side implies cutting edges on the face and both sides of the teeth; half side implies cutting edges on the face and one side of the teeth.
Cutter Width	The length measurement between opposite faces of the milling cutter, measured along the tool axis. Also called Face Width.
Number of Teeth	The number of cutting teeth on the milling cutter.
Tooth Style	The style of the cutting teeth on the milling cutter. [Valid values: Straight, Staggered, Helical]

Table IIIF10: (Milling) Saw
Milling Saw: A milling saw is a thin, circular milling cutter used for cutting slots, grooves, or separating.
Attribute Name	Description of Attribute
Milling Saw Style	Common style designation of Milling Saw. [Valid values: Slitting, Screw Slotting, Jewelers Slotting, Cutoff, Slotting]
Cutter Width	The length measurement between opposite faces of the milling cutter, measured along the tool axis. Also called Face Width.
Cutter Width Designation	Width designation of the face, usually given as a thickness range.
Number of Teeth	The number of cutting teeth on the milling cutter.
Tooth Style	The style of the cutting teeth on the milling cutter. [Valid values: Straight, Staggered, Helical]
Tooth Profile	Designated shape of the tooth face. [Valid values: Full Radius, Corner Radius, Included Angle]
Side Chip Clearance?	Does the cutter have side teeth designed to clear chips out through the side? [Valid values: Yes, No]

Table IIIF11: Shellmill (Plain Mill)
Shellmill: A shellmill is an arbor-mounted cylindrical milling cutter having teeth on the periphery. Shellmills appear similar to sidemills, but typically have a longer cutter width and a smaller cutter diameter. A shellmill is sometimes called a plain mi ll.
Attribute Name	Description of Attribute
Cutter Width	The length measurement between opposite faces of the milling cutter, measured along the tool axis.
Number of Teeth	The number of cutting teeth on the milling cutter.
Tooth Style	The style of the cutting teeth on the milling cutter. [Valid values: Straight, Helical]

Table IIIG: Boring Tool
Boring Tool: A boring tool is a single point cutting tool used to enlarge or finish internal holes coaxial with the boring tool axis. The cutting point(s) of the boring tool can be used singly or in pairs.
Attribute Name	Description of Attribute
Boring Tool Subtype	[Valid values: Solid Boring Bar, Insertable Boring Bar, Brazed Boring Tool Bit, Bore Tool Body Assembly]
Boring Tool Function	Common function designation of the boring tool. [Valid values: Boring, Threading, Grooving]
Bore Tool Use	The intended type of machining to be performed with this boring tool. [Valid values: Roughing, Finishing, Both]
Overall Length	Entire length of the boring tool from the drive end to the furthest point on the cutter end.
Number of Boring Tips	Number of boring cutters mounted on the boring tool. Most boring tools consist of either a single cutting point or two cutting points mounted opposite each other. For example, a boring head may use two cutting points to simultaneously perform roughing and finishing operations. Other specialty boring tools may use multiple cutting points to bore more than one diameter at a time.
Minimum Bore Diameter	The minimum size hole that the boring tool can cut. This attribute is equivalent to the cutting diameter for a fixed diameter bore.
Adjustable Diameter?	Does the boring tool have the capability to adjust the bore diameter to a specified value within a diameter range? [Valid values: Yes, No] This capability is commonly provided with precision boring units.
Maximum Bore Diameter (conditional)	The maximum cutting diameter for boring tools with adjustable diameter. Attribute only applies where BORING_TOOL.ADJUSTABLE_DIAMETER? = YES.
Diameter Increment (conditional)	The size of the smallest increment that can be applied to the diameter for adjustable diameter boring tools within its diameter range. [Examples: 0.01, 0.001, 0.0005, etc.] Attribute only applies where BORING_TOOL.ADJUSTABLE_DIAMETER? = YES.
Rake Condition	A designation for the orientation of the true rake of the boring tool. [Valid values: Positive, Negative, Neutral] The rake face is that surface over which the chips bear as they are being severed. If the inclination of the face makes the cutting edge kee ner or more acute, the rake condition is defined as positive. If the inclination of the face makes the cutting edge less keen or more blunt, the rake is defined as negative. The magnitude of the rake is most conveniently measured by specification of two r ake angles in different planes.
Radial Rake Angle (optional)	Also called Side Rake Angle. The angle of inclination of the rake face toward or away from the side cutting edge, measured in a plane that is perpendicular to the side cutting edge and perpendicular to the axis of the tool body shank. If the angle of incl ine is away from the side cutting edge, the Radial Rake Angle (i.e., side rake) is positive. If the angle of incline is toward the side cutting edge, the Radial Rake Angle (i.e., side rake) is negative.
Axial Rake Angle (optional)	Also called Back Rake Angle. The angle of inclination of the rake face toward or away from the end or end cutting edge of the tool, measured in a plane that passes through the side cutting edge and is perpendicular to the axis of the tool body shank. If t he angle of incline is away from the end cutting edge, the Axial Rake Angle (i.e., back rake) is positive. If the angle of incline is downward toward the end cutting edge, the Axial Rake Angle (i.e., back rake) is negative.
End Cutting Edge Angle	The angle formed between the end cutting edge and a plane normal to the axis of the tool body shank. This angle is provided to allow the end cutting edge to clear the finish machined surface on the workpiece.
Side Cutting Edge Angle	The angle formed between the side cutting edge and a plane parallel to the axis of the tool body shank.
Lead Angle	The approach angle of the tool cutting edge to the workpiece, measured between the cutting edge and an imaginary line perpendicular to the feed direction. Although the Lead Angle is not ground on the tool, this angle influences tool performance. The Lead Angle is typically specified by tool vendors assuming a specific use of the tool (i.e., that the tool body axis is either parallel or perpendicular to the direction of feed). Under certain circumstances, the Lead Angle may be equivalent to the Side Cuttin g Edge Angle or the End Cutting Edge Angle. The Lead Angle and the Side Cutting Edge Angle will be equal when the axis of the tool body shank is positioned perpendicular to the feed direction. The Lead Angle and the End Cutting Edge Angle will be equal wh en the axis of the tool body shank is positioned parallel to the feed direction.
Nose Height	Distance from the centerline of the boring tool axis to the nose of the cutting edge, measured normal to the boring tool axis. This measurement is used to determine the specific location of the cutting tip.
Nose Radius	Radius of the nose on the cutting edge nearest the tool face.
Depth Capacity	Maximum capable cutting depth (i.e., maximum boring depth).
Vibration Damping?	Is the boring tool specifically constructed to dampen vibrations and/or does the boring tool include special characteristics to dampen vibrations during machining? [Valid values: Yes, No]

Table IIIG1: Solid Boring Bar
Solid Boring Bar: A solid boring bar is a one-piece boring tool with an integral shank and integral cutting tip. A solid boring bar is typically made from carbide material, but is also available in high speed cobalt steel, carbide-tipped steel, and other materials. Solid boring bars are typically found only in very small sizes and are becoming increasingly more uncommon in manufacturing applications. A solid boring bar can be used as a stand-alone boring tool (with its holder) or can be part of a boring t ool assembly.
Attribute Name	Description of Attribute
Shank Diameter (conditional)	The diameter of the Solid Boring Bar shank. Attribute only applies when referenced by BORING_TOOL.BORE_TOOL_BODY_ASSEMBLY.
Bar Length (conditional)	The overall length of the Solid Boring Bar. Attribute only applies when referenced by BORING_TOOL.BORE_TOOL_BODY_ASSEMBLY.

Table IIIG2: Insertable Boring Bar
Insertable Boring Bar: An insertable boring bar is a boring tool in which the cutting point is an interchangeable insert mounted directly to a single-piece boring bar. A insertable boring bar can be used as a stand-alone boring tool (with its holder) or c an be part of a boring tool assembly.
Attribute Name	Description of Attribute
Standards Code (optional)	Boring insert holder designation used by the standards organization. An example of this attribute is provided below. From ISO 6261, the 9 symbol designation is as follows: 1) letter identifying the type of tool, 2) number identifying the diameter of the shank, 3) letter identifying the length of the tool, 4) letter identifying the method of holding the insert, 5) letter identifying the insert shape, 6) letter identifying the style of the tool, 7) letter identifying the insert normal clearance, 8) letter identifying the hand of the tool, 9) number identifying the size of the insert. A supplementary symbol consisting of a maximum of three letters and/or numbers may be added by the manufacturer for a better description of its products on condition that this symbol is separated from the standardized designation by a dash. Example: S 25 R - C T F P R 16
Standards Organization (conditional)	Name of the organization responsible for the specified code. [Valid values: ANSI, ISO] Attribute only applies where INSERTABLE_BORING_BAR.STANDARDS_CODE exists.
Insert Catalog Number	List of all applicable inserts that can be used with the tool body. Note: A paired list is required consisting of the Insert Catalog Number and the corresponding Insert Manufacturer.
Insert Manufacturer	Name of the company that manufactures the insert. Note: A paired list is required consisting of the Insert Catalog Number and the corresponding Insert Manufacturer.
Insert Shape	Geometric description(s) of all possible inserts that can be used by the tool body. [Valid values: Square, Triangle, Diamond (Rhombic), Parallelogram, Hexagon, Octagon, Pentagon, Trigon, Rectangle, Round, Trapezoidal]
Included Angle	The included angle of the insert that would be used by this tool body. The angle formed between the sides of the insert as viewed from the top face. [Valid values: 35, 55, 60, 75, 80, 82, 84, 85, 86, 90, 108, 120, 135, 360] Note: 360 degree applies to Rou nd inserts.
Insert Size	The insert size designation. This attribute is typically supplied as the inscribed circle of the insert, but may also be given as gage diameter, width, length, and height, or a designation of insert thickness, depending on the type of insert.
Insert Clearance Angle (optional)	The normal clearance angle required on the insert to fit this boring tool.
Insert Mounting Method	Description of the method used to mount the insert to the boring tool. [Valid values: Clamp, Multiple, Pin, Screw, Blade, Self-Locking, Pin/Clamp, Locating Notch, Edge Mount, Thread Mount]
Shank Diameter (conditional)	The diameter of the Insertable Boring Bar shank. Attribute only applies when referenced by BORING_TOOL.BORE_TOOL_BODY_ASSEMBLY.
Bar Length (conditional)	The overall length of the Insertable Boring Bar. Attribute only applies when referenced by BORING_TOOL.BORE_TOOL_BODY_ASSEMBLY.

Table IIIG3: Brazed Boring Tool Bit
Brazed Boring Tool Bit: A brazed boring tool bit is a boring tool in which the cutting point is a brazed tip permanently fixed to a tool bit. A tool bit is basically a cutting edge mounted on a shank (typically short in length) and held in its cutting pos ition by a tool bit holder. Tool bits considered in the Brazed Boring Tool Bit category typically have round shanks. A brazed boring tool bit can be used as a stand-alone boring tool (with its holder) or can be part of a boring tool assembly.
Attribute Name	Description of Attribute
Standards Code	Brazed boring tool bit designation used by the standards organization. An example of this attribute is provided below. From ANSI B212.1-1984, the 4 symbol designation is as follows: 1) letter indicating if the tool bit is solid (S) or tipped (T), 2) letter indicating if the tool bit is square (S) or round (R), 3) letter designation for the side cutting edge angle (A throu gh H), dash, and 4) size designation for the tool bit diameter in number of 1/16ths. A letter "U" after the number for styles TRG and TRH denotes a semi-finished tool. Example: T R C - 8 Note: The value of item 1 will always equal T and the value of item 2 will always equal R for Brazed Boring Tool Bits as defined in this table.
Standards Organization	Name of the organization responsible for the specified code. [Valid values: ANSI, ISO]
Brazed Tool Style	Common style designation for the brazed tool bit. This designation typically signifies characteristics such as side cutting vs. end cutting, lead angle, nose shape, shank type, and/or tool function. [Valid values: TRC, TRE, TRG, TRH]
Tip Designation	Standard 4-digit identifier for the specific type of brazed tip on the tool body. The first digit designates a style (0 through 7), while the other three digits designate a specific size (although the numbers have no basic code or relation to size). [Exam ples: 1025, 1475, 2060, 2310, 7170, etc.]
Tip Thickness	Thickness measurement for the brazed cutting tip.
Tip Width	Width measurement for the brazed cutting tip.
Tip Length	Length measurement for the brazed cutting tip.
Tip Nose Radius (conditional)	Nose radius measurement for the brazed cutting tip. Attribute only applies where BRAZED_BORING_TOOL_BIT.BRAZED_TOOL_STYLE = TRC or TRE.
Shank Diameter (conditional)	The diameter of the Brazed Boring Tool Bit shank. Attribute only applies when referenced by BORING_TOOL.BORE_TOOL_BODY_ASSEMBLY.
Boring Tool Bit Length (conditional)	The overall length of the Brazed Boring Tool Bit. Attribute only applies when referenced by BORING_TOOL.BORE_TOOL_BODY_ASSEMBLY.

Table IIIG4: Bore Tool Body Assembly
Bore Tool Body Assembly: A bore tool body assembly is a boring tool composed of potentially several components that when viewed as a whole are equivalent to the concept of "bore tool body" as used in this data structure. These assemblies are typically ven dor-specific modular boring systems with many alternative configurations. A bore tool body assembly may also include a "stand-alone"-type boring tool (e.g., solid boring bar, insertable boring bar, brazed boring tool bit) as a component in the assembly.
Attribute Name	Description of Attribute
Bore Assembly Information	LIST OF <Reference to BORE_TOOL_BODY_ASSEMBLY_COMPONENT>
Bore Cutter Information (optional)	<Reference to BORING_TOOL.SOLID_BORING_BAR or BORING_TOOL.INSERTABLE_BORING_BAR or BORING_TOOL.BRAZED_BORING_TOOL_BIT>

Table IIIH: Lathe Tool Body
Lathe Tool Body: A lathe tool body is the portion of a non-rotating cutting tool which carries the cutting edges and is either held by its shank (e.g., insertable lathe tool body) or inserted into a lathe tool holder (e.g., lathe tool blade, brazed lathe tool bit).
Attribute Name	Description of Attribute
Lathe Tool Body Subtype	[Valid values: Insertable Lathe Tool Body, Lathe Tool Blade, Lathe Tool Cartridge, Brazed Lathe Tool Bit]
Lathe Tool Body Function	Common function designation of lathe tool body. [Valid values: Turning, Threading, Grooving, Facing, Profiling, Cut-Off, Boring]
Lathe Tool Length	Length measurement representing the overall length of the Lathe Tool Body. Typically measured as the normal distance from the back end of the shank to either the tip of the cutting edge or to an accepted specified point on the cutting edge.
Rake Condition	Description of the orientation for the side rake or side/back rakes of the lathe tool. [Valid values: Positive, Negative, Neutral, Negative/Positive, Double Negative, High Positive] The rake face is that surface over which the chips bear as they are being severed. If the inclination of the face makes the cutting edge keener or more acute, the rake condition is defined as positive. If the inclination of the face makes the cutting edge less keen or more blunt, the rake is defined as negative. The magnitude of the rake is most conveniently measured by specification of two rake angles in different planes. Positive and Negative refer to the direction of the side rake. Neutral indicates a zero degree side rake angle. Negative/Positive indicates a negative side rake and a positive back rake. Double Negative indicates negative angles for both side and back rak e. High Positive indicates positive angles for both side and back rake.
Side Rake Angle (optional)	Also called Radial Rake Angle. The angle of inclination of the rake face toward or away from the side cutting edge, measured in a plane that is perpendicular to the side cutting edge and perpendicular to the base of the tool body shank. If the angle of in cline is away from the side cutting edge, the Side Rake Angle (i.e., radial rake) is positive. If the angle of incline is toward the side cutting edge, the Side Rake Angle (i.e., radial rake) is negative.
Back Rake Angle (optional)	Also called Top Rake Angle or Axial Rake Angle. The angle of inclination of the rake face toward or away from the end or end cutting edge of the tool, measured in a plane that passes through the side cutting edge and is perpendicular to the base of the to ol body shank. If the angle of incline is away from the end cutting edge, the Back Rake Angle (i.e., axial rake) is positive. If the angle of incline is downward toward the end cutting edge, the Back Rake Angle (i.e., axial rake) is negative.
End Cutting Edge Angle	The angle formed between the end cutting edge and a plane normal to the axis of the tool body shank. This angle is provided to allow the end cutting edge to clear the finish machined surface on the workpiece.
Side Cutting Edge Angle	The angle formed between the side cutting edge and a plane parallel to the axis of the tool body shank.
Lead Angle	The approach angle of the tool cutting edge to the workpiece, measured between the cutting edge and an imaginary line perpendicular to the feed direction. Although the Lead Angle is not ground on the tool, this angle influences tool performance. The Lead Angle is typically specified by tool vendors assuming a specific use of the tool (i.e., that the tool body axis is either parallel or perpendicular to the direction of feed). Under certain circumstances, the Lead Angle may be equivalent to the Side Cuttin g Edge Angle or the End Cutting Edge Angle. The Lead Angle and the Side Cutting Edge Angle will be equal when the axis of the tool body shank is positioned perpendicular to the feed direction. The Lead Angle and the End Cutting Edge Angle will be equal wh en the axis of the tool body shank is positioned parallel to the feed direction.
Depth of Cut	The maximum cutting depth below the workpiece surface that can be achieved. For Cut-Off tool bodies, this attribute is typically known as the Cut-Off Diameter.
Minimum Bore Diameter (optional)	The smallest bore diameter that the tool body can enter for internal turning operations.

Table IIIH1: Insertable Lathe Tool Body
Insertable Lathe Tool Body: An insertable lathe tool body is a lathe tool in which the cutting edge is an interchangeable insert. The lathe tool body acts as an insert holder. The insertable lathe tool body typically consists of two sections: 1) the tool body head, which holds the insert and 2) the tool body shank, which mounts the lathe tool body to the lathe tool block. The shank of an insertable lathe tool body is typically square or rectangular in shape. The tool body head is typically differentiated from the tool body shank by a different cross-sectional size.
Attribute Name	Description of Attribute
Standards Code (optional)	Lathe insert tool body designation used by the standards organizations. An example of this attribute is provided below. From ISO 5608-1989 and ANSI B212.5-1986, the 10 symbol designation is as follows: 1) letter identifying the method of holding the horizontally mounted inserts, 2) letter identifying the insert shape, 3) letter identifying the tool holder style, 4) letter identifying the normal clearances of the insert, 5) letter identifying the hand of the tool holder, 6) two digit number identifying the tool height (shank height of tool holders and height of cutting edge), 7) two digit number identifying the tool holder shank width or, for cartridges, the letter C followed by a letter identifying the cartridge type, 8) letter identifying the tool length, 9) two digit number identifying the insert size, 10) letter indicating special tolerances. A supplemental position, wh ich consists of a maximum of three letters and/or numbers, may be provided by the manufacturer for a better description of its products, with the condition that this eleventh position is separated from the standardized system by a dash and that it does no t contain letters specified for position 10. Example (metric dimensions): C T G N R 32 25 M 16 Q
Standards Organization (conditional)	Name of the organization responsible for the specified code. [Valid values: ANSI, ISO] Attribute only applies where INSERTABLE_LATHE_TOOL_BODY.STANDARDS_CODE exists.
Insert Catalog Number	List of all applicable insert catalog numbers that can be used with the tool body. Note: A paired list is required consisting of the Insert Catalog Number and the corresponding Insert Manufacturer.
Insert Manufacturer	List of the manufacturers corresponding to the inserts indicated above. Note: A paired list is required consisting of the Insert Catalog Number and the corresponding Insert Manufacturer.
Insert Shape	Geometric description(s) of all possible inserts that can be used by the tool body. [Valid values: Square, Triangle, Diamond (Rhombic), Parallelogram, Hexagon, Octagon, Pentagon, Trigon, Rectangle, Round, Trapezoidal]
Included Angle	The included angle of the insert that would be used by this tool body. The angle formed between the sides of the insert as viewed from the top face. [Valid values: 35, 55, 60, 75, 80, 82, 84, 85, 86, 90, 108, 120, 135, 360] Note: 360 degree applies to Rou nd inserts.
Insert Size	The insert size designation. This attribute is supplied as one of the following: inscribed circle, gage diameter, width, length, and height, or a designation of insert thickness.
Hand of Insert	The feed direction of the insert that would be used by this tool body. [Valid values: Left, Right, Both, Neither]
Qualified?	Is the tool body qualified for length? [Valid values: Yes, No]
Drop Head?	Is the head of the tool body centered below the shank axis? [Valid values: Yes, No]
Insert Position	The position of the insert on the head of the tool body. [Valid values: End, Side, Undercut] Side indicates that the insert is seated to the side of the head. This causes the shank of the tool body to be positioned parallel to the workpiece axis during cu tting. End indicates that the insert is seated to the end of the head. This causes the shank of the tool body to be positioned perpendicular to the workpiece axis during cutting. Undercut indicates that the insert is seated at an angle from the tool body axis.
Insert Mounting Method	Description of the method used to mount the insert to the lathe tool body. [Valid values: Clamp, Multiple, Pin, Screw, Blade, Self-Locking, Pin/Clamp, Locating Notch, Edge Mount, Thread Mount]
Head Width	The normal distance from the back side of the shank to the tip of the cutting edge. The back side of the shank is the side opposite from the workpiece approach. This attribute is required to specify the location of the cutting point.
Head Length	The normal distance from the back end of the tool body head to the tip of the cutting edge. The back end of the head is along the tool body shank opposite from the cutting edge where the tool body head ends and transitions to the tool body shank. This att ribute is required to specify the location of the cutting point.
Head Height	The normal distance from the base (i.e., bottom side) of the tool body head to the tip of the cutting edge. Also called Cutting Edge Height. This attribute is required to specify the location of the cutting point.

Table IIIH2: Lathe Tool Blade
Lathe Tool Blade: A lathe tool blade is a thin blade-like insert holder used to mount an insert for lathe cut-off operations. The lathe tool blade may or may not have an integral shank for mounting to the tool block.
Attribute Name	Description of Attribute
Tool Blade Style	Common style designation for the Lathe Tool Blade. [Examples: General Purpose, Anvil, Manchester, etc.]
Insert Catalog Number	List of all applicable insert catalog numbers that can be used with the tool body. Note: A paired list is required consisting of the Insert Catalog Number and the corresponding Insert Manufacturer.
Insert Manufacturer	List of the manufacturers corresponding to the inserts indicated above. Note: A paired list is required consisting of the Insert Catalog Number and the corresponding Insert Manufacturer.
Blade Width	The width measurement of the Lathe Tool Blade. Also called Blade Thickness.
Blade Height	The overall height measurement of the Lathe Tool Blade from the base (i.e., bottom side) to the top surface.
Cutting Edge Height	The normal distance from the base (i.e., bottom side) of the Lathe Tool Blade to the tip of the cutting edge.
Maximum Overhang (optional)	The maximum length that the Lathe Tool Blade is allowed to protrude when mounted in a lathe tool holder. This attribute is important for Lathe Tool Blades without an integral shank and with adjustable settings within the lathe tool holder.
Number of Insert Pockets	The number of insert pockets on the Lathe Tool Blade. Some tool blades are manufactured with insert pockets on both ends thereby decreasing tool change time. [Valid values: 1, 2]
Integral Shank?	Does the Lathe Tool Blade have an integral shank? [Valid values: Yes, No] Alternatively, the Lathe Tool Blade could be mounted in a separate lathe tool holder.
Mounting Angle (conditional)	The angle that the Lathe Tool Blade is designed to be mounted in the tool holder. Attribute only applies where LATHE_TOOL_BLADE.TOOL_BLADE_STYLE = MANCHESTER.
Manchester Holder Designation (conditional)	Designation for the size of the Manchester Holder to hold this Lathe Tool Blade. Attribute only applies where LATHE_TOOL_BLADE.TOOL_BLADE_STYLE = MANCHESTER.

Table IIIH3: Lathe Tool Cartridge

Lathe Tool Cartridge: A lathe tool cartridge is a rectangular-shank turning or copying tool with ANSI/ISO designated styles and dimensional characteristics. A lathe tool cartridge is typically mounted in a custom tool holder for specialized applications. Lathe tool cartridges are typically used in multiples to machine several surfaces simultaneously.
Attribute Name Description of Attribute

Standards Code Lathe Tool Cartridge designation used by the standards organization. Note that this code covers a superset of the tools described by this table. An example of this attribute is provided below. From ANSI B212.10 and ISO 5608, the compulsory symbol designation is as follows: 1) letter identifying method of holding horizontally mounted insert, 2) letter identifying the shape of the insert to be used, 3) letter identifying the style of this tool, 4 ) letter identifying the normal clearance angle of the insert to be used, 5) letter identifying the hand of this tool, 6-7) two digit number identifying the cartridge's cutting edge height in millimeters, 8-9) two digit number identifying the shank width in millimeters for tools having rectangular cross-section and cutting edge height equal to shank height, or the letter "C" followed by the letter "A" identifying that this tool is cartridge-style tool and has dimensions in accordance with ISO 5611, 10) a letter identifying the length of the tool for non-cartridge style tools, for cartridge-style tools a dash (i.e., the letter "-"), 11-12) two digit number identifying the required insert size by specification of the major cutting edge length (diameter for round inserts) in millimeters. Example: M T F N R 20 C A - 1 1
Standards Organization Name of the organization responsible for the specified code.
[Valid values: ANSI, ISO]
Insert Shape A description of the shape of the insert required.
[Valid values: Hexagonal, Octagonal, Pentagonal, Round, Square, Triangular, Rhombic, Parallelogram] Note that ANSI recognizes only round, square, triangular, and rhombic as accepted shapes.
Insert Size A value indicating the length of the primary cutting edge of the insert, or in the case of a round insert, the diameter of the insert.
Insert Corner Angle (conditional) The value of the corner angle on the required insert.
[Valid values: 80, 55, 75, 86, 35, 82] Attribute only applies where LATHE_TOOL_CARTRIDGE.INSERT_SHAPE = RHOMBIC or PARALLELOGRAM or HEXAGONAL. Note that ANSI recognizes only 80 degrees as an accepted angle.
Insert Clearance Angle A value indicating the normal clearance angle required of the insert's cutting primary cutting edge. [Valid values: 0, 3, 5, 7, 11, 15, 20, 25, 30, other] Note that ISO does not recognize "other" as a valid value.
Primary Cutting Edge An indication of whether the tool style is designated as principally end cutting, side cutting, or both. [Valid values: End, Side, Both]
Cutting Edge Height The normal distance from the base (i.e., bottom side) of the Lathe Tool Blade to the tip of the cutting edge.
Insert Mount Method A description of how the insert is held by the cartridge. [Valid values: Top Clamping, Top and Hole Clamping, Hole Clamping, Screw-On]
Offset Shank? An indication of whether the cutting end of the cartridge is offset from the shank or not. [Valid values: Yes, No]
F Dimension A value indicating the distance from a specified point at the cutting edge to the rear backing surface of the cartridge.

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Lathe Tool Cartridge: A lathe tool cartridge is a rectangular-shank turning or copying tool with ANSI/ISO designated styles and dimensional characteristics. A lathe tool cartridge is typically mounted in a custom tool holder for specialized applications. Lathe tool cartridges are typically used in multiples to machine several surfaces simultaneously.
Attribute Name	Description of Attribute
Standards Code	Lathe Tool Cartridge designation used by the standards organization. Note that this code covers a superset of the tools described by this table. An example of this attribute is provided below. From ANSI B212.10 and ISO 5608, the compulsory symbol designation is as follows: 1) letter identifying method of holding horizontally mounted insert, 2) letter identifying the shape of the insert to be used, 3) letter identifying the style of this tool, 4 ) letter identifying the normal clearance angle of the insert to be used, 5) letter identifying the hand of this tool, 6-7) two digit number identifying the cartridge's cutting edge height in millimeters, 8-9) two digit number identifying the shank width in millimeters for tools having rectangular cross-section and cutting edge height equal to shank height, or the letter "C" followed by the letter "A" identifying that this tool is cartridge-style tool and has dimensions in accordance with ISO 5611, 10) a letter identifying the length of the tool for non-cartridge style tools, for cartridge-style tools a dash (i.e., the letter "-"), 11-12) two digit number identifying the required insert size by specification of the major cutting edge length (diameter for round inserts) in millimeters. Example: M T F N R 20 C A - 1 1
Standards Organization	Name of the organization responsible for the specified code. [Valid values: ANSI, ISO]
Insert Shape	A description of the shape of the insert required. [Valid values: Hexagonal, Octagonal, Pentagonal, Round, Square, Triangular, Rhombic, Parallelogram] Note that ANSI recognizes only round, square, triangular, and rhombic as accepted shapes.
Insert Size	A value indicating the length of the primary cutting edge of the insert, or in the case of a round insert, the diameter of the insert.
Insert Corner Angle (conditional)	The value of the corner angle on the required insert. [Valid values: 80, 55, 75, 86, 35, 82] Attribute only applies where LATHE_TOOL_CARTRIDGE.INSERT_SHAPE = RHOMBIC or PARALLELOGRAM or HEXAGONAL. Note that ANSI recognizes only 80 degrees as an accepted angle.
Insert Clearance Angle	A value indicating the normal clearance angle required of the insert's cutting primary cutting edge. [Valid values: 0, 3, 5, 7, 11, 15, 20, 25, 30, other] Note that ISO does not recognize "other" as a valid value.
Primary Cutting Edge	An indication of whether the tool style is designated as principally end cutting, side cutting, or both. [Valid values: End, Side, Both]
Cutting Edge Height	The normal distance from the base (i.e., bottom side) of the Lathe Tool Blade to the tip of the cutting edge.
Insert Mount Method	A description of how the insert is held by the cartridge. [Valid values: Top Clamping, Top and Hole Clamping, Hole Clamping, Screw-On]
Offset Shank?	An indication of whether the cutting end of the cartridge is offset from the shank or not. [Valid values: Yes, No]
F Dimension	A value indicating the distance from a specified point at the cutting edge to the rear backing surface of the cartridge.

Brazed Lathe Tool Bit: A brazed lathe tool bit is lathe tool in which the cutting point is a brazed tip permanently fixed to a tool bit. A tool bit is basically a cutting edge mounted on a shank (typically short in length) and held in its cutting position by a tool bit holder. Tool bits considered in the Brazed Lathe Tool Bit category typically have square or rectangular shanks.
Attribute Name	Description of Attribute
Standards Code	Brazed lathe tool bit designation used by the standards organization. Note that if the Brazed Lathe Tool Bit is used for boring operations (i.e., LATHE_TOOL_BODY.LATHE_TOOL_BODY_FUNCTION = BORING), the standards document specifies a different form of the Standards Code designation than for other lathe operations. Examples of this attribute are provided below. From ANSI B212.1-1984 (brazed lathe tool bits for boring), the 4 symbol designation is as follows: 1) letter indicating if the tool bit is solid (S) or tipped (T), 2) letter indicating if the tool bit is square (S) or round (R), 3) letter designation for the side cutting edge angle (A through H), dash, and 4) size designation for the tool bit square size in number of 1/16ths. Example: T S C - 8 Note: The value of item 1 will always equal T and the value of item 2 will always equal S for Brazed Lathe Tool Bits as defined in this table. From ANSI B212.1-1984 (general purpose brazed lathe tool bits), the 3 symbol designation is as follows: 1) letter designation for the tool shape (A through G), 2) letter indicating Right (R) or Left (L) hand for tool shapes A, B, F, G, and E with offset p oint (symbol not used for tool shapes C, D, and E with central nose angle), and 3) size designation for the tool bit shank in number of 1/16ths of width and height for square shanks or number of 1/8ths of width and number of 1/4ths of height for rectangul ar shanks. Examples: A L - 8 5 or E - 8
Standards Organization	Name of the organization responsible for the specified code. [Valid values: ANSI, ISO]
Brazed Tool Style	Common style designation for the brazed tool bit. This designation typically signifies characteristics such as side cutting vs. end cutting, lead angle, nose shape, shank type, and/or tool function. [Valid values: TSA, TSB, TSC, TSD, TSE, TSF, AR, AL, BR, BL, C, D, E, ER, EL, FR, FL, GR, GL, CT, CTL, CTR, MN, VG]
Tip Designation	Standard 4-digit identifier for the specific type of brazed tip on the tool body. The first digit designates a style (0 through 7), while the other three digits designate a specific size (although the numbers have no basic code or relation to size). [Exam ples: 1025, 1475, 2060, 2310, 7170, etc.]
Tip Thickness	Thickness measurement for the brazed cutting tip.
Tip Width	Width measurement for the brazed cutting tip.
Tip Length	Length measurement for the brazed cutting tip.
Tip Nose Radius (conditional)	Nose radius measurement for the brazed cutting tip. Attribute only applies where BRAZED_LATHE_TOOL_BIT.BRAZED_TOOL_STYLE = AR, AL, BR, BL, D, ER, EL, FR, FL, GR, GL, TSA, TSB, TSC, TSD, TSE, or TSF. (i.e., attribute does not apply for C, E, CT, CTL, CTR, MN or VG)

Bore Tool Body Assembly Component: Bore tool body assembly components are the various tooling components that are used to construct bore tool body assemblies. These components are typically generic interchangeable components or part of a vendor-specific m odular boring system. There are many possible configurations to assemble these components into a functional boring tool.
Attribute Name	Description of Attribute
Bore Tool Body Assembly Component Subtype	[Valid values: Boring Bar Shaft, Interchangeable Boring Head, Boring Cartridge, Bore Depth Extender, Bore Diameter Extender, Boring Head Modular Bridge, Boring Head Insert Holder, Boring Tool Chamfer Collar, Bore Tool Length Setting Ring]
Manufacturer	Name of the company that manufactures the component (or the component distributor, if applicable).
Manufacturer's Catalog Number	Component designation or ordering code used by the manufacturer. This number provides a unique identifier for the component.
Model Designation	A name or number designating a specific model or style of the component.
Bore Tool Body Assembly Component Material (optional)	Description of the material composing the Bore Tool Body Assembly Component (manufacturer's designation).
Component Cost	The purchase price of the Bore Tool Body Assembly Component by the end-user.

Boring Bar Shaft: A boring bar shaft is the basic boring bar which is able to mount various other interchangeable components (specifically boring heads or boring cartridges) to hold the cutting edge. The boring bar shaft simply provides a tool shank for d riving the tool and/or an extension for additional bore depth.
Attribute Name	Description of Attribute
Shaft Length	The overall length of the Boring Bar Shaft.
Shaft Diameter	The diameter of the Boring Bar Shaft.
Cutter End Mount Type	The method used to attach interchangeable components to the Boring Bar Shaft for holding the cutting edge (e.g., interchangeable boring head, boring cartridge). This attribute may consist of a generic mount method or a manufacturer-specific designation to indicate the specific mount style. [Examples: Dovetail, Thread, Set Screw, Specialty Coupling, etc.]

Interchangeable Boring Head: An interchangeable boring head is used with modular boring components to hold the cutting edge. The cutting edge is primarily an insert. The interchangeable boring head may be used singly (as in mounted on a boring bar) or in pairs (as used on modular bridge-type assemblies). Many configurations may exist: the insert may be mounted to the boring head directly; a separate insert holder or cartridge may be mounted to the boring head; a boring bar (either solid or insertable) may be mounted to the boring head for additional boring depth; etc.
Attribute Name	Description of Attribute
Head Gage Length	The length of the Interchangeable Boring Head, not including the mounting or coupling portions on either end of the head.
Head Diameter	The diameter of the Interchangeable Boring Head.
Drive End Mount Type	The method used to attach the drive end of the Interchangeable Boring Head to the boring bar shaft or other modular boring tool assembly component. This attribute may consist of a generic mount method or a manufacturer-specific designation to indicate the specific mount style. [Examples: Dovetail, Thread, Set Screw, Specialty Coupling, etc.]
Cutter End Mount Type	The method used to attach a cutting edge or other boring tool assembly component to the cutter end of the Interchangeable Boring Head. [Examples: Insert Mount, Thread, Boring Bar Mount, Specialty Coupling, etc.]
Insert Shape (conditional)	The shape of the insert that this component accepts. Attribute only applies where CUTTER_END_MOUNT_TYPE = INSERT_MOUNT.
Insert Size (conditional)	The inscribed circle dimension of the insert that this component accepts. Attribute only applies where CUTTER_END_MOUNT_TYPE = INSERT_MOUNT.

Boring Cartridge: A boring cartridge is a modular Bore Tool Body Assembly Component used to mount a cutting edge directly to a boring bar (with appropriate fittings) or to an interchangeable head attached to the boring bar. The Boring Cartridge is a cylin drical unit that can hold either an insert or a tool bit for the cutting edge.
Attribute Name	Description of Attribute
Size Designation (optional)	An alphanumeric notation corresponding to the Boring Cartridge size.
Minimum Bore Diameter	The minimum boring diameter achievable with this component.
Cutting Edge Type	The type of cutting edge mounted in this Boring Cartridge. [Valid values: Insert, Tool Bit]
Insert Shape (conditional)	The shape of the insert that this component accepts. Attribute only applies where BORING_CARTRIDGE.CUTTING_EDGE_TYPE = INSERT.
Insert Size (conditional)	The inscribed circle dimension of the insert that this component accepts. Attribute only applies where BORING_CARTRIDGE.CUTTING_EDGE_TYPE = INSERT.
Tool Bit Size (conditional)	The diameter of the tool bit shank that this component accepts. Attribute only applies where BORING_CARTRIDGE.CUTTING_EDGE_TYPE = TOOL_BIT.
Mount Configuration	An indication of the orientation that the Boring Cartridge is mounted in its holder. [Valid values: Angular, Vertical]
Mount Type	The method used to attach this Boring Cartridge to other modular boring components. This attribute may consist of a generic mount method or a manufacturer-specific designation to indicate the specific mount style. [Examples: Clamp, Set Screw, Specialty Co upling, etc.]

Bore Depth Extender: A bore depth extender is a Bore Tool Body Assembly Component used to extend the axial reach of a boring tool.
Attribute Name	Description of Attribute
Drive End Mount Type	The method used to attach the drive end of the Bore Depth Extender to other modular boring components. This attribute may consist of a generic mount method or a manufacturer-specific designation to indicate the specific mount style. [Examples: Dovetail, T hread, Set Screw, Specialty Coupling, etc.]
Cutter End Mount Type	The method used to attach the cutter end of the Bore Depth Extender to other modular boring components. This attribute may consist of a generic mount method or a manufacturer-specific designation to indicate the specific mount style. [Examples: Dovetail, Thread, Set Screw, Specialty Coupling, etc.]
Extension Length	The length of the extension as assembled, i.e., not including its mounting shaft.
Outer Diameter	The maximum outer diameter of the component body.

Bore Diameter Extender: A bore diameter extender is a Bore Tool Body Assembly Component used to increase the cutting diameter of a boring tool. This extender typically consists of a cross-piece that rotates about the tool axis with a boring head mounted o n each end of the extension. This type of assembly can be used to bore very large holes. A bore diameter extender is also called an "extension bridge".
Attribute Name	Description of Attribute
Minimum Bore Size	The minimum boring diameter achievable with this component.
Maximum Bore Size	The maximum boring diameter achievable with this component.
Outer Diameter	The maximum outer diameter of the component body as it would rotate about the tool axis. This attribute should not be confused with "length", as this diameter is typically the longest dimension of the component.
Extender Length	The length of the component measured along the boring tool axis.
Extender Width	The distance between the two longer sides of the component measured in a plane perpendicular to the boring axis.
Drive End Mount Type	The method used to attach this Bore Diameter Extender to the rotating shaft. This attribute may consist of a generic mount method or a manufacturer-specific designation to indicate the specific mount style. [Examples: Bolt Hole Pattern, Thread, Clamp, Spe cialty Coupling, etc.]
Cutter End Mount Type	The method used to attach other modular boring components to the cutter end of the Bore Diameter Extender. This attribute may consist of a generic mount method or a manufacturer-specific designation to indicate the specific mount style. [Examples: Bolt Ho le Pattern, Thread, Clamp, Specialty Coupling, etc.]

Boring Head Modular Bridge: A boring head modular bridge is a Bore Tool Body Assembly Component which permits the attachment of a bore diameter extender (i.e., extension bridge) to the rotating bore shaft.
Attribute Name	Description of Attribute
Drive End Mount Type	The method used to attach the drive end of the Boring Head Modular Bridge to other modular boring components. This attribute may consist of a generic mount method or a manufacturer-specific designation to indicate the specific mount style. [Examples: Dove tail, Thread, Set Screw, Specialty Coupling, etc.]
Cutter End Mount Type	The method used to attach the cutter end of the Boring Head Modular Bridge to other modular boring components. This attribute may consist of a generic mount method or a manufacturer-specific designation to indicate the specific mount style. [Examples: Dov etail, Thread, Set Screw, Specialty Coupling, etc.]
Gage Length	The axial length of this component, not including the mounting or coupling portions on either end of the adapter.
Outer Diameter	The maximum outer diameter of this component.

Boring Head Insert Holder: A boring head insert holder is a Bore Tool Body Assembly Component which mounts a cutting insert onto a modular boring head. An insert holder is typically used with bridge-type boring tool assemblies for finishing operations tha t require more precise holding of the insert. Roughing operations typically do not require such precision and may mount the insert directly to the boring head rather than using an insert holder.
Attribute Name	Description of Attribute
Mount Type	The method used to attach this Boring Head Insert Holder to other modular boring components. This attribute may consist of a generic mount method or a manufacturer-specific designation to indicate the specific mount style. [Examples: Clamp, Set Screw, Spe cialty Coupling, etc.]
Insert Shape	The shape of the insert that this component accepts.
Insert Size	The inscribed circle dimension of the insert that this component accepts.

Boring Tool Chamfer Collar: A boring tool chamfer collar is a Bore Tool Body Assembly Component which mounts on the shaft of a boring tool to chamfer the entrance to the hole as the boring cutter reaches its final boring depth.
Attribute Name	Description of Attribute
Minimum Chamfer Diameter	The minimum chamfered diameter achievable. The chamfer diameter desired must fall between the allowable minimum and maximum chamfer range. The depth of cut determines the actual chamfer diameter made by the chamfer collar.
Maximum Chamfer Diameter	The maximum chamfered diameter achievable. The chamfer diameter desired must fall between the allowable minimum and maximum chamfer range. The depth of cut determines the actual chamfer diameter made by the chamfer collar.
Collar Length	The axial length of the component, not including its leading cutting edge.
Outer Diameter	The maximum outer diameter of the component body.
Mounting Diameter	The inner diameter of the collar (i.e., the bore of the collar). This value determines the allowed size of the boring shaft for mounting the chamfer collar.
Insert Designation	The ANSI/ISO standard insert designation used for this component.

Bore Tool Length Setting Ring: A bore tool length setting ring is a positioner mounted on a boring tool at the desired "setting length" to specify a desired depth of cut not to be exceeded with the boring tool.
Attribute Name	Description of Attribute
Mounting Diameter	The inner diameter of the ring (i.e., the bore of the ring). This value determines the allowed size of the boring shaft for mounting the length setting ring.
Ring Length	The length of the ring, measured along the tool axis.
Ring Diameter	The outer diameter of the Bore Tool Length Setting Ring.