TR-2162 - Tri Tool V-Block Clamp for Tube Squaring (.875 - 1.00 OD)

Precision Clamping for Orbital Tube Machining

The Tri Tool TR-2162 V-Block is a critical component designed for the rigorous demands of industrial tube severing and squaring. In the realm of high-purity piping and orbital welding preparation, the stability of the workpiece is paramount. This precision-engineered V-Block serves as the primary interface between the machine's clamping system and the tube, ensuring that the workpiece remains perfectly concentric and rigid during the machining process. Manufactured from high-grade hardened steel, the TR-2162 is built to withstand the clamping forces and vibration associated with cutting stainless steel and other hard alloys.

This specific assembly is machined to accommodate a versatile range of tube Outer Diameters (ODs), specifically 0.875" (7/8 inch), 0.813" (13/16 inch), 0.780", and 1.000" (1 inch). By utilizing a dedicated V-Block for these specific sizes, operators can achieve a level of grip security that universal jaws often fail to provide. This is particularly important when working with thin-wall sanitary tubing where deformation must be avoided, yet slippage cannot be tolerated. The block's geometry is calculated to distribute clamping pressure evenly, preventing the ovality issues that can compromise an orbital weld.

For maintenance and repair operations (MRO), using genuine OEM parts like the TR-2162 ensures compatibility with Tri Tool's line of portable machine tools. Whether replacing a worn jaw or configuring a machine for a new project involving these specific tube sizes, this V-Block ensures your equipment operates within its specified tolerances. Proper workholding is the first step in achieving the burr-free, square faces required for autogenous welding, making this accessory indispensable for semiconductor, pharmaceutical, and food & beverage facility fabrication.

Integration of the TR-2162 into your tooling setup reduces setup time and minimizes the risk of tooling chatter, which can lead to poor surface finish or tool bit failure. It represents the intersection of durability and precision, a hallmark of Tri Tool's engineering standards.