De-sta-co 424208-M M6 Cap Tip Clamp Spindle Assembly

Product Description

The DE-STA-CO 424208-M is an M6 threaded spindle assembly designed for use with squeeze action plier clamps in manual clamping applications. The spindle body is machined from carbon steel for strength and durability. It features a flat neoprene cap tip rated at 80-85A Shore hardness, providing a firm yet non-marring contact surface at the workpiece. Overall length is 1.63 inches and the tip surface diameter is 0.66 inches. Jam nuts are included. This assembly is installed by tooling and fixturing technicians in production, fabrication, and assembly environments where repeatable part-holding force is required.

This spindle assembly is suited for manual clamping setups in light manufacturing, welding fixtures, and bench assembly stations. The flat neoprene tip protects finished or sensitive workpiece surfaces while maintaining consistent clamping contact. The M6 thread size fits standard squeeze action plier clamp bodies that accept this thread pitch, making it a direct service replacement or initial build component in production fixtures.

Key Features

• M6 threaded spindle machined from carbon steel
• Flat neoprene tip cap with 80-85A Shore hardness rating
• Tip surface diameter of 0.66 inches (16.76 mm)
• Overall length of 1.63 inches (41.4 mm)
• Jam nuts included for secure spindle positioning and depth adjustment
• Minimum operating temperature of -20 degrees F

Compatibility

Designed for use with manually operated squeeze action plier clamps that accept an M6 spindle thread.

Installation Notes

Installation is performed by tooling technicians or maintenance personnel setting up or servicing manual clamp assemblies. Disengage and de-energize any associated fixturing before replacing spindle components. Thread the spindle into the clamp body to the required working depth and secure with the included jam nut to lock position. Inspect the neoprene tip cap for wear or deformation periodically and replace the assembly when tip condition affects clamping consistency.