Joining Technology in Mechanical Engineering and Toolmaking – Precision for Demanding Applications
Mechanical Engineering
In mechanical engineering and toolmaking, precise, strong and durable joints are essential to the function and quality of components. Our joining technologies provide reliable solutions for a wide range of applications – from marking to complex mechanical joints.
Number Stamps
Precise Marking with Orbital Riveting (GBA)
Number stamps allow components to be marked permanently and precisely. Using FMW orbital riveting technology (GBA), special riveting dies can efficiently apply letters, numbers and logos to tools or components.
The advantages of this technology:
- Permanent and tamper-proof marking
- High marking precision
- Versatile use for customized markings
Ideal for applications where traceability and identification play a key role.
Toggle Clamps
Movable Systems with Precision Riveted Joints
Manual toggle clamps are used wherever workpieces must be clamped quickly, securely and with repeatable accuracy during machining, assembly, inspection or welding. They provide a reliable clamping solution without pneumatic or hydraulic actuation.
For reliable manual operation, precise yet freely moving joints are essential. Our precision riveted joints – for example with process monitoring – ensure that:
- Stable yet freely moving pivot joints are created
- Mechanical loads are reliably absorbed
- Consistently high functional quality is maintained
This technology is particularly suitable for applications requiring both precision and controlled movement.
Other Applications in Mechanical Engineering and Toolmaking
Our joining technologies are used in numerous other applications:
- Pliers
- Chainsaw chains
- Heavy-duty rollers
- Ball bearings
- Pump flanges
- Valves
- Piston rods
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