DoveLock Dovetail Vises

Contact Details

Kurt Mfg. Co., Industrial Products Div.
Address
9445 E. River Rd.
Minneapolis
55433
MN
United States
Phone
763-574-8309
Toll Free Phone
877-226-7823
Fax
763-574-8313
November 09, 2016
DoveLock Dovetail Vises

Kurt’s DoveLock dovetail vises are ideal for clamping strength and specifically designed for allowing access to five sides of the workpiece in 5-axis, 4th-axis and palletized CNC machining systems. DoveLock vise is available in two sizes: a 1-inch jaw width DTR10 model and 2-inch jaw width DTR20 model.

With a jaw opening of 0.33 to 1.65 inches depending on the DoveLock model, the unique reversible jaws of the vise provides for a wide clamping range of the dovetail workpiece. Varying sized dovetail widths from setup to setup can be accommodated because of the moveable jaw stroke. This allows the machinist to use the optimal-sized dovetail strip best suited for the part size and configuration. Additionally, preparation of the part blank does not require the dovetail holding strip to be machined within 0.001”, therefore machining is much faster than with other dovetail styles holding fixtures.

Designed and built from prehardened 4140 steel, the DoveLock vise is a robust design and minimizes high machining pressure, deflection and clamp creep, according to the company. Antideflection control is also accomplished by two key features of the vise: 1) the moveable jaw slide is retained within the stationary jaw, 2) the vises clamping screw is positioned at the top of the clamping envelope providing additional anti-deflection control.

Both Dovelock models come integrated with a mounting base preconfigured with hole patterns to fit most CNC machines. Additional riser bases or pallet options are available from the factory.

Related Glossary Terms

  • computer numerical control ( CNC)

    computer numerical control ( CNC)

    Microprocessor-based controller dedicated to a machine tool that permits the creation or modification of parts. Programmed numerical control activates the machine’s servos and spindle drives and controls the various machining operations. See DNC, direct numerical control; NC, numerical control.

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