MITEE-BITE

The machinable width on MITEE-BITE Uniforce clamps allows the clamping face to be profiled to match the contour of the workpiece. This is done by machining the clamp's edge to the desired shape, which improves contact and grip on irregular surfaces. It is particularly useful for holding castings, forgings, or machined parts with curved or angled features. The process is typically performed on a milling machine or grinder before the clamp is put into service. Once profiled, the clamp can be reused for the same part geometry or re-machined for a different application.

MITEE-BITE Machinable Uniforce Clamps are available with a range of bolt sizes to suit different clamping forces and fixture designs. Inch-series bolts include #8-32, 1/4"-20, 5/16"-18, and 1/2"-13. Metric bolts include M4, M8, M12, and M16. The bolt size generally corresponds to the clamp's overall size and machinable width. For example, the 0.18-inch machinable width clamp uses a #8-32 bolt, while the 20.3 mm machinable width clamp uses an M16 bolt. Selection depends on the required holding force and the mounting provisions on the fixture plate.

Yes, MITEE-BITE Uniforce clamps are designed for mounting on fixture plates, machine tables, and T-slot tables. They are commonly used in CNC milling, drilling, and grinding operations. The clamp is secured with a bolt through the mounting hole, and the clamping force is applied by tightening the bolt. The low-profile design allows for clearance in tight areas and reduces interference with cutting tools. When used on a CNC table, the clamps can be positioned to hold multiple workpieces or a single large part. The machinable face can be customized to match the workpiece surface for secure holding.

MITEE-BITE Machinable Uniforce Clamps are made from steel. The specific grade is not stated in the product data, but the steel construction provides the strength and wear resistance needed for industrial workholding. The clamps are designed to withstand repeated clamping cycles and the forces generated during machining. The machinable portion is typically softer than the main body to allow profiling with standard cutting tools, while the body maintains structural integrity. For applications requiring corrosion resistance, additional surface treatments may be applied, but these are not standard on all models.

The Uniforce clamping principle uses a wedge or lever mechanism to convert bolt torque into a clamping force that is distributed over a wide area. When the bolt is tightened, the clamp body pivots or slides to press the machinable face against the workpiece. This design reduces point loading and helps prevent distortion of thin or delicate parts. The force is applied parallel to the mounting surface, which keeps the workpiece flat against the fixture. The result is secure holding with minimal part deformation, making it suitable for precision machining and inspection operations.

A machinable Uniforce clamp has a face that can be profiled to match the workpiece contour, providing a custom fit for irregular shapes. An adjustable toe clamp typically has a fixed toe that can be adjusted in height or position but is not machined to match the part. Uniforce clamps are often used for low-profile clamping where the clamp body sits below the workpiece surface. Adjustable toe clamps are more general-purpose and can be used for a variety of part shapes without modification. Both types are available from MITEE-BITE, and selection depends on the specific workholding requirements.