Product Information

Product Information
Tuscan mechanical zero-point clamping technology is essential for rapid changeovers of workpieces, tooling fixtures, pallets, vices, chucks and other workholding devices. By using Tuscan mechanical zero-point bases in your machine shop, you can design various tooling fixtures to suit and exchange them on 3-axis, 4-axis and 5-axis machine tools quickly and reduce downtime between machine cycles. With zero-point clamping, you can reduce setup times by more than 80% – the industry-standard mounting pattern enables simple switchovers of vices, fixtures and tooling between all machines in your machine shop.

Compatibility
Tuscan mechanical zero-point clamping systems use the industry standard 52mm and/ or 96mm mounting pitches. Tuscan bases are compatible with 5th Axis Rocklock Studs – the PS16F (52mm pitch) or PS20F (96mm pitch).

Material
All Tuscan mechanical zero-point bases are made from Steel, not Aluminium. Steel has a higher strength and lifespan than Aluminium so you can be assured you are investing in a high quality product, and buying the best version every single time!

Versatile Mounting Options
Tuscan mechanical zero-point bases are equipped with 96mm and/ or 52mm pitch patterns, as are Jergens Quick-Loc, Lang Quick Point, 5th Axis Rocklock and others. The Tuscan mounting studs are exactly the same as the 5th Axis version; this means both Tuscan and 5th Axis Rocklock systems are completely interchangeable without the need to swap mounting studs.

Uncompromised quality, by a trusted British brand
Tuscan has been supplying Workholding solutions worldwide for a number of years. All Tuscan products are built from premium materials and to exacting standards.

Hold your parts, for less.
Tuscan has been a workholding supplier for several years, and with that experience, Tuscan has developed a series of quality zero-point clamping bases, using only the finest materials, but at an incredible price. The Tuscan zero-point bases are as much as 50% less expensive than their competitors without sacrificing anything in terms of quality.