High quality tooling balls provide a precise reference point for critical machining operations.
Ball and shank are concentric within 5 microns (0.0002 in.) TIR. 440C Stainless Steel heat treated to 55-58 RC. Precise shoulder base to ball centre line dimension within +/- 0.00508mm.
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High quality tooling balls provide a precise reference point for critical machining operations.
Ball and shank are concentric within 5 microns (0.0002 in.) TIR. 1144 steel heat treated to 53-57 RC. Precise shoulder base to ball centre line dimension within +/- 0.00508mm.
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High quality tooling balls provide a precise reference point for critical machining operations. Available with slip fit or light press fit shank diameters.
Precision ground shoulder provides precise C dimension to facilitate locating ball centre line. 440C Stainless Steel heat treated to 55-58 RC.
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High quality tooling balls provide a precise reference point for critical machining operations. Available with slip fit or light press fit shank diameters.
Precision ground shoulder provides precise C dimension to facilitate locating ball centre line. 440C Stainless Steel heat treated to 55-58 RC.
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High quality tooling balls provide a precise reference point for critical machining operations. Available with slip fit or light press fit shank diameters.
Precision ground shoulder provides precise C dimension to facilitate locating ball centre line. 1144 steel heat treated to 53-57 RC.
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High quality tooling balls provide a precise reference point for critical machining operations. Available with slip fit or light press fit shank diameters.
Precision ground shoulder provides precise C dimension to facilitate locating ball centre line. 1144 steel heat treated to 53-57 RC.
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High quality tooling balls provide a precise reference point for critical machining operations. Available with slip fit or light press fit shank diameters.
440C Stainless Steel heat treated to 55-58 RC.
Related Information:
High quality tooling balls provide a precise reference point for critical machining operations. Available with slip fit or light press fit shank diameters.
440C Stainless Steel heat treated to 55-58 RC.
Related Information:
High quality tooling balls provide a precise reference point for critical machining operations. Available with slip fit or light press fit shank diameters.
1144 steel heat treated to 53-57 RC.
Related Information:
High quality tooling balls provide a precise reference point for critical machining operations. Available with slip fit or light press fit shank diameters.
1144 steel heat treated to 53-57 RC.
Related Information:
High quality tooling balls provide a precise reference point for critical machining operations.
Ball and shank are concentric within 5 microns (0.0002 in.) TIR. 1144 steel heat treated to 53-57 RC. Precise shoulder base to ball centre line dimension within +/- 0.00508mm. Weld between ball and shank is designed so the ball will fall off if subject to unusually heavy lateral force, preventing set up and inspection errors that may occur because of a bent shaft. Construction balls can be pulled into a hole or bushing from below without applying pressure on the ball by using a cap screw in the internally tapped shank.
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High quality tooling balls provide a precise reference point for critical machining operations. Available with slip fit or light press fit shank diameters.
Precision ground shoulder provides precise C dimension to facilitate locating ball centre line. 1144 steel heat treated to 53-57 RC. Knurled shoulder. Weld between ball and shank is designed so the ball will fall off if subject to unusually heavy lateral force, preventing set up and inspection errors that may occur because of a bent shaft.
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High quality tooling balls provide a precise reference point for critical machining operations. Available with slip fit or light press fit shank diameters.
Precision ground shoulder provides precise C dimension to facilitate locating ball centre line. 1144 steel heat treated to 53-57 RC. Knurled shoulder. Weld between ball and shank is designed so the ball will fall off if subject to unusually heavy lateral force, preventing set up and inspection errors that may occur because of a bent shaft.
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High quality tooling balls provide a precise reference point for critical machining operations. Available with slip fit or light press fit shank diameters.
1144 steel heat treated to 53-57 RC. Weld between ball and shank is designed so the ball will fall off if subject to unusually heavy lateral force, preventing set up and inspection errors that may occur because of a bent shaft.
Related Information:
High quality tooling balls provide a precise reference point for critical machining operations. Available with slip fit or light press fit shank diameters.
1144 steel heat treated to 53-57 RC. Weld between ball and shank is designed so the ball will fall off if subject to unusually heavy lateral force, preventing set up and inspection errors that may occur because of a bent shaft.
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Premium short shank inspection balls are used as reference points for inspection applications in conjunction with coordinate measuring machines to accurately measure the workpiece.
Made from case hardened 8620 steel. Concentricity of ball to shank is 0.00254mm (0.0001 in.) TIR.
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440C Hardened to RC 55-58.
Ball and shank are concentric within 5 microns (0.0002 in.) TIR. Weld between ball and shank is designed so the ball will fall off if subject to unusually heavy lateral force, preventing set up and inspection errors that may occur because of a bent shaft.
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RC 65-68
Ball and shank are concentric within 5 microns (0.0002 in.) TIR. Weld between ball and shank is designed so the ball will fall off if subject to unusually heavy lateral force, preventing set up and inspection errors that may occur because of a bent shaft.
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440C Hardened to RC 55-58.
Ball and shank are concentric within 5 microns (0.0002 in.) TIR. Weld between ball and shank is designed so the ball will fall off if subject to unusually heavy lateral force, preventing set up and inspection errors that may occur because of a bent shaft.
Related Information:
RC 65-68
Ball and shank are concentric within 5 microns (0.0002 in.) TIR. Weld between ball and shank is designed so the ball will fall off if subject to unusually heavy lateral force, preventing set up and inspection errors that may occur because of a bent shaft.
Related Information:
440C Hardened to RC 55-58.
Ball and shank are concentric within 5 microns (0.0002 in.) TIR. Weld between ball and shank is designed so the ball will fall off if subject to unusually heavy lateral force, preventing set up and inspection errors that may occur because of a bent shaft.
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Plungers Indexing
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Used in many tooling applications as well as on many types of machinery and equipment.
Plunger is retracted as the nadle is turned on the cam of the body. Groove on top of cam locks the plunger into retracted position. Body made from black oxide coated steel. Plunger is made from steel, ground and nitrided.
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Used in many tooling applications as well as on many types of machinery and equipment.
Plunger is retracted as the nadle is turned on the cam of the body. Groove on top of cam locks the plunger into retracted position. Body made from black oxide coated steel. Plunger is made from steel, ground and nitrided.
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Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Extra large fluted handle for quick and easy plunger retraction. Can be fully retracted into the body by pulling up on the handle. Handle is black thermoplastic. Body and pin are steel with black oxide finish.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Body and pin are steel with black oxide finish.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Body and pin are steel with black oxide finish.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Body and pin are steel with black oxide finish.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Spring loaded to work in a variety of applications on both tooling and equipment that require surface mounting. Plunger is hardened and ground. Knob is black matte plastic. Mounting plate is zinc plated steel. Includes rest position for plunger to stay in retracted position.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Body and pin are steel with black oxide finish.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Body and pin are steel with black oxide finish.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
303 Stainless Steel.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Spring loaded to work in a variety of applications on both tooling and equipment that require surface mounting. Plunger is hardened and ground. Knob is black matte plastic. Mounting plate is zinc plated steel.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
For use where the application calls for the plunger to be welded or bonded. Body and pin are steel with black oxide finish.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
For use where the application calls for the plunger to be welded or bonded. Body and pin are steel with black oxide finish.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
303 Stainless Steel.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
303 Stainless Steel.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Body and pin are steel with black oxide finish.
Used to prevent change in locking position due to shearing force. Spring loaded for use in fastening, locating and indexing on equipment, tooling and other applications.
Body and pin are steel with black oxide finish.
Extreme hardness, wear resistance, non-corrosiveness and chemical inertness.
Tolerances available on request. Grades shown are AFBMA / ISO3290-1. Grade 25. Extreme hardness, wear resistance, non-corrosiveness and chemical inertness. High mechanical strength. Specific Gravity: 3.98.
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Extreme hardness, wear resistance, non-corrosiveness and chemical inertness.
Tolerances available on request. Grades shown are AFBMA / ISO3290-1. Specific Gravity: 3.98. Grade 25. Extreme hardness, wear resistance, non-corrosiveness and chemical inertness. High mechanical strength. Transparent (refractive index 1.76).
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Outstanding wear resistance. Good thermal and chemical resistance.
High hardness. Grades shown are AFBMA / ISO3290-1. High strength over a wide temperature range. High fracture toughness. Outstanding wear resistance. Good thermal and chemical resistance.
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Outstanding wear resistance. Excellent thermal and chemical resistance.
Grades shown are AFBMA / ISO3290-1.
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Hardness: Rockwell C: 60-70.
Tolerances available on request. Grades shown are AFBMA / ISO3290-1. SAE 52100 Chrome Steel. Hardness: Rockwell C: 60-70. Specific Gravity: 7.833.
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