Clamp and fix workpieces securely

With a new, highly compact model from its own production, Norelem is expanding its range of floating clamps for clamping and supporting components at predefined clamping points. The new floating clamp model from Norelem is available in two versions. The standard clamping jaw can be modified or replaced depending on the application.

With floating clamps, the clamping jaws hold the workpiece securely in position using spring force, yet with a certain degree of flexibility, and support it – which is why floating clamps are used for thin-walled, bend-sensitive workpieces. They also prevent vibrations and deflection during machining, making them ideal for blanks with ribs or parts with complex or irregular shapes. The "floating" fixation of the part allows the freedom of movement required for machining, leads to precise results with delicate workpieces, and minimizes clamping errors.

Designed for clamping forces up to 8000 N, easy to operate

The new floating clamps from Norelem are available in two versions: With "Form A," the clamping jaws are permanently installed, while with "Form B," users have the option of changing the clamping jaws. Form A is designed to generate load-bearing and clamping forces of up to 5000 N, while with Form B, load-bearing and clamping forces of up to 8000 N are possible. The base body of both versions is made of nitrocarburized steel, and the end stops are made of black anodized aluminum.

With just one actuating element, the floating clamp can be closed to secure the component and then lock the base body in the correct position. In the first step, the floating clamp is pushed down to reach under the workpiece. In the second step, the jaws of the floating clamp are pivoted to the stop. The lower jaw of the floating clamp should then rest against the underside of the workpiece. In the next step, the floating clamp is tightened with the hexagon nut. It's important to maintain the minimum and maximum torque values. The workpiece is now clamped and supported simultaneously.