Mitee-bite 25210 Low Profile Positioning Stop 880 Lb

Product Description

The MITEE-BITE 25210 is a low profile positioning stop from the Kopal Mini Clamp series, designed for precision workholding applications in machining environments. Built from spring steel, this standard-height stop delivers 880 pounds of clamping pressure with a jaw height of 2.5mm, making it well suited for secure, repeatable part location where clearance is tight. Machinists and fixture builders install this component as part of modular clamping setups on milling machines, machining centers, and precision fixturing plates. Its compact form factor allows placement close to the workpiece without interfering with toolpaths.

The 25210 is used in production and job-shop machining settings where low-profile workholding is required. The Kopal Mini Clamp series is designed for applications where standard-height clamps would obstruct cutting tools or limit setup flexibility. This stop is appropriate for both horizontal and vertical machining center fixtures where controlled clamping force and minimal stack height are critical to part accuracy and throughput.

Key Features

• 880 pounds of clamping pressure for secure, repeatable workholding
• 2.5mm jaw height allows use in tight-clearance fixture configurations
• Low profile, standard height design minimizes interference with cutting tools
• Spring steel construction provides durability and consistent clamping force
• Part of the Mitee-Bite Kopal Mini Clamp series for modular fixture compatibility

Compatibility

Designed for use within the Mitee-Bite Kopal Mini Clamp series. Intended for modular workholding fixture setups on milling machines and machining centers requiring low-profile positioning stops.

Installation Notes

Installation is typically performed by a machinist or fixture engineer during workholding setup. Ensure the fixturing plate or machine table is clean and free of debris before seating the stop. Follow the machine tool manufacturer guidelines and any applicable shop safety procedures when torquing fasteners and testing clamping force. Power down or de-energize any automated clamping systems before adjusting or replacing fixture components.