Te-co 68007 52-piece Step Block Clamp Set M16x2.0

Product Description

The TE-CO 68007 is a 52-piece fixturing step block and clamp set designed for workholding applications on milling machines, drill presses, and machining centers. The set includes step blocks, clamps, studs, nuts, and hardware configured around a 25mm step block height, 20mm T-slot width, and M16x2.0 stud thread. Six stud lengths are included: 80mm, 110mm, 125mm, 150mm, 175mm, and 200mm, giving machinists and toolroom technicians the flexibility to fixture a wide range of workpiece geometries without sourcing individual components separately.

This set is suited for machine shops, tool and die operations, and production environments where secure, repeatable workholding is required. It is commonly used in job shop setups and prototype machining where varying workpiece heights and clamping configurations are encountered. The T-nut width of 32mm is matched to standard T-slot table configurations. The range of stud lengths makes this set appropriate for both thin and tall workpieces.

Key Features

• 52-piece complete set reduces the need to source individual step block and clamp components
• M16x2.0 stud thread for strong, positive clamping engagement
• 25mm step block height accommodates a variety of workpiece thicknesses
• Six stud lengths (80mm through 200mm) provide broad workholding range
• 20mm T-slot width compatibility for standard machine table fitment
• 32mm T-nut width for secure, non-rotating table engagement

Compatibility

Designed for use with machine tables featuring 20mm T-slots and compatible with standard M16x2.0 threaded fixturing hardware configurations.

Installation Notes

Step block clamp sets are installed by machinists and toolroom technicians as part of workholding setup. Always power down and lock out the machine before adjusting or repositioning clamps. Position step blocks so clamp force is applied as close to the workpiece as possible to minimize deflection. Ensure studs are fully engaged in the T-nut before applying clamping torque.