Construction of jaws for clamping a square cross-section in a three-jaw chuck

Country of Origin: Slovakia
Reference Number: TOSK20210907001
Pubilcation Date: 2021-09-07

Summary

An innovative device that lets one clamp a cross-section in a three-jaw chuck is aimed at engineering companies with production of mechanical components via lathing. The research team at a university in Bratislava offers this time-saving solution to manufacturers of tooling under license.

Description

Established Slovak research institute of one of the Slovak universities has developed the device for machinery sector. Nowadays, three-jaw chucks are most often used on lathes for clamping workpieces. They are universal clamping jigs for clamping rotating (cylindrical) workpieces. The three jaws of the chuck are replaceable and take a relatively short time to replace. It is not possible to clamp a square workpiece (e.g. a square rod) into a three-jaw chuck with standard jaws. In this case, it is necessary to replace the three-jaw chuck with a four-jaw chuck. This exchange is much more demanding: both in time and physically. The design of the jaws for clamping a square cross-section in a three-jaw chuck makes it possible to clamp workpieces with a square cross-section in a three-jaw chuck. It is not necessary to replace the entire chuck. Only its jaws need to be replaced. The industrial applicability of the construction of these jaws is in engineering companies that deal with the production (especially machining) of mechanical components. The institute is seeking an industrial partner for licensing for the further development and commercionalization of this technology.

Expertise sought

Stage of Development

Prototype available for demonstration

Stage of Development Comment

Requested Partner

The institute is seeking an industrial partner for licensing the technology. Field of activity: the new technology is applicable in the machinery field. Role of partner: - license agreement - the licensing for the further development and commercionalization of this technology is sought

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