Laser Microgage provides machine alignment.

Microgage 2D consists of laser transmitter and square receiver. It delivers precision of 0.001 in. and can be used for measuring in 2 axial directions at same time, even when distance between laser and receiver varies as much as 70 ft or more. Processing unit provides measurement readings in X and Y axes and offers controls for zeroing readings. RS232 interface provides data for PCs and laptops....

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Fine Grit Grinding Wheels achieve flatness and parallelism.

Fine Grit Grinding Wheels achieve flatness and parallelism.

Fine grinding diamond and CBN wheels offer button structure that allows coolant flow into grinding zone. Powdered metal, steel, and ferrous materials can be ground without burning or other metallurgical damage. Advanced bond technology ensures consistent wheel-to-wheel performance without lapping and conventional grinding. Button wheels are available in 2A2TSSA shape in 4.5 to 45.6 in. dia and...

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Grinding Wheels feature micro fracturing abrasive.

Grinding Wheels feature micro fracturing abrasive.

BRGi vitrified grinding wheels with XG low-pressure abrasive grain, are used for internal diameter and bore grinding. Friable seeded-gel ceramic grain is developed specifically to micro fracture in low-pressure applications, exposing new sharp cutting teeth during grinding process. Grinding wheels are offered in diameters of .204 to 4.500 in., with thickness of .063 to 4.00 in., and grit sizes of...

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Creepfeed Wheels grind difficult-to-grind materials.

Creepfeed Wheels grind difficult-to-grind materials.

Manufactured with extruded ceramic aluminum oxide grain, Altos(TM) wheels have consistent, open structure for effective coolant flow and chip clearance. Extruded ceramic grain produces consistent grain spacing. Operators can increase infeed rates to achieve up to 50% greater material removal rates without burning part or causing excessive wheel wear.

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Mechanical Struts meets US FDA requirements.

Mechanical Struts meets US FDA requirements.

Mechanical Struts, available in standard and high-load options, are made of stainless steel with no internal gases or seals that can leak. They are suitable for load lift and counterbalance, motion control, and dampening applications.

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Grinding Wheels feature porous surface that resists gumming.

Superabrasive vitrified diamond and CBN grinding wheels use KP Bonding Technology to improve performance. Bonding process uses hollow glass spheres as filler material to provide additional strength to bond post, creating porous surface that resists loading and burning. Form-holding capability extends interval between dressing cycles. KP bonded superabrasives can be used for creep feed grinding,...

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Grinding Wheel uses patented bonding to improve part quality.

Muscle Wheel features impregnated resin to reinforce vitrified bond bridge, creating flexible bond that acts as shock absorber during grinding operations. Resin impregnation extends wheel life up to 70 % longer than traditional vitrified CBN wheels, and extends time between dressing cycles. Porosity of wheel improves thermal stability for consistent grinding. Grinding applications include...

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Grinding Wheels do not soften in water-based coolant..

Grinding Wheels do not soften in water-based coolant..

Neptune(TM) Disc Grinding Wheels utilize X10 technology(TM) to prevent their resin bond from softening in water-based coolant applications. Available in 3 resin bond systems suited to double disc grinding applications, discs include Neptune SD (soft disc), MD (medium disc), and HD (hard disc). Neptune disc wheels are available up to P grade in sizes from 8 to 42 in. and grit sizes from 36 to 120.

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