Mitee-bite 26077 Machinable Toe Clamp 3/8-16 4 Pack

Product Description

The MITEE-BITE 26077 is a machinable-style screw mount toe clamp designed for precision workholding on milling machines, machining centers, and similar CNC or manual setups. Each clamp features a serrated edge surface for positive grip on workpiece stock and delivers up to 6,000 pounds of holding force when torqued to 30 foot-pounds. The clamp body is 1 inch wide and 0.25 inches high, with an extension length of 0.71 inches and a 0.05-inch throw. Machined from steel, these clamps are intended for use by machinists and toolmakers who need repeatable, low-profile clamping close to the part edge. This package contains 4 clamps.

These toe clamps are suited for fixturing applications in job shop and production machining environments. The machinable body style allows the clamp face to be custom-machined to match specific workpiece profiles or step heights, making them a practical choice for odd-geometry parts or close-tolerance setups. The 3/8-16 screw thread is a common size compatible with standard T-slot hardware and machining fixtures. Low clamp height keeps the profile clear of cutting tools in shallow-clearance situations.

Key Features

• 6,000 pound holding force rated at 30 foot-pounds of torque
• Serrated edge surface for positive, non-slip grip on workpiece
• Machinable body allows custom profiling to match part geometry
• Low-profile design: 1 inch wide, 0.25 inches high, 0.05-inch throw
• 3/8-16 screw thread fits standard T-slot fixture hardware
• Package includes 4 clamps, sold as a set

Compatibility

Designed as an OEM-style replacement and standard fitment for machinable toe clamp applications using 3/8-16 threaded T-slot fixture hardware on milling machines and machining centers.

Installation Notes

Installation is typically performed by a machinist or toolmaker. Secure the clamp using a 3/8-16 cap screw torqued to the specified 30 foot-pounds using a calibrated torque wrench. Ensure the machine table and T-slots are clean and free of chips before seating the clamp. Do not exceed the rated torque value, as over-torquing can deform the clamp body or damage the workpiece surface.