Value Collection 400-8060 Strap Clamp Steel

Product Description

The VALUE COLLECTION 400-8060 is a steel adjustable self-positioning strap clamp designed for secure workholding in machining, fabrication, and fixture setups. Built with a 7/8 inch stud and a maximum clamping height of 4-1/4 inches, this clamp accommodates a range of workpiece thicknesses without manual repositioning. The self-positioning design keeps the strap level automatically as clamping height is adjusted, reducing setup time and improving repeatability. Constructed from steel for durability under repeated use, it suits trade and shop environments where reliable, adjustable clamping force is required on a consistent basis.

This strap clamp is suited for use on milling machines, drill presses, and other machine tool setups where T-slot table mounting is standard. The 2-5/8 inch wide by 2-1/4 inch high clamp body provides a stable footprint for holding flat or contoured workpieces. It is commonly used by machinists, tool and die makers, and fabricators working in job shops, manufacturing facilities, and maintenance environments requiring flexible, reusable workholding solutions.

Key Features

• Self-positioning strap automatically levels as clamping height is adjusted
• 7/8 inch stud size compatible with standard T-slot clamping hardware
• Maximum clamping height of 4-1/4 inches accommodates varied workpiece sizes
• Steel construction provides strength and resistance to shop wear
• Clamp body measures 2-5/8 inches wide by 2-1/4 inches high for stable contact

Compatibility

Designed as a standard adjustable strap clamp for use with 7/8 inch T-slot clamping systems on machine tool tables.

Installation Notes

Installation is typically performed by a machinist or tool and die maker during workholding setup. Ensure the machine table T-slots and stud hardware are clean and free of chips before mounting. Always power down and lock out the machine before adjusting or repositioning clamps. Verify that the clamping height does not exceed the 4-1/4 inch maximum to avoid instability during operation.