ARTICLE

Extended workholding

31 March 2016

Developed some 15 years ago, Leader’s MultiVice modular strip vice system offers fast and accurate workholding of single or multiple components using modular strips to increase the density of parts loaded on the machine tool’s bed. Now, the range has been significantly extended and visitors to MACH will be able to see examples of the latest developments.

Manually operated, the MultiVice system can be selected to work in one of two ways. The first uses a ‘fixed’ datum stop, with a movable stop located on the 1.5mm pitch serrated strip where it is simply clamped via a tee slot and the jaw stroke is then operated to open and close by a hex screw tightening an inverted wedge.

The second uses a dual action inverted wedge to open or close the jaws each side of it – allowing two parts to be robustly clamped at once against the fixed stop and a central stop.

As well as achieving secure locking/unlocking with just a quarter turn of the key, the design of the system provides parallel, self-aligning clamping at the jaw faces. The strips are produced from hardened tool steel and are available in three widths; 50, 75 and 100 mm in lengths of 300 to 700mm, 430 to 730mm, and 550 to 750mm, respectively.

The flexibility of the system means it can be used for high volume applications or for mixed batch machining. For volume production multiples of the same components can be machined, from cut billet, cast or forged and even part machined raw material. For low volume operations one-off parts and raw material of various sizes and specifications can be quickly loaded.

Fitted as standard with hardened jaws, soft jaws can be specified so that workshops can machine component-based geometric forms into the face of the jaws to provide quick location and secure workholding for complex parts.

Mark Jones, Leader MD, says: “As well as increasing the loading capacity of a machine tools table the MultiVice system is also able to extend the capacity of other workholding ancillaries such as tombstones and rotary trunnions. With a minimum height the Z axis of the machine is never compromised and the rigid clamping gives increased tool life through less vibration.” Stand 5304

 

 
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