Handwheel VDN.125 FP-SST Z063201
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Handwheel VDN.125 FP-SST Z063201
Handwheels – precision and functionality in every detail
The VDN.125 FP-SST handwheel is a standard machine part, designed for smooth and precise adjustment of components. It finds application in a wide range of industrial equipment where manual motion control is required. Its solid construction and thoughtful design guarantee reliability and user comfort for both the operator and the installer.
Construction and application
Handwheels, such as the VDN.125 FP-SST, play a key role in machines and equipment where direct, manual control over linear or rotary motion is needed. They are used to precisely position elements, adjust tension, or control production processes. Their versatility makes them suitable for machine tools, measuring devices, production lines, and many other industrial applications. It is worth noting that handwheels shorten machine setup times and allow for smooth adjustment of components.
Advantages and benefits
- Versatility: Wide range of applications in various industries – from agricultural machinery to advanced laboratory equipment.
- Durability: Made of high-quality materials, they ensure long-lasting and trouble-free operation even in harsh industrial conditions.
- Ergonomics: Allow for comfortable and precise motion control, which translates into operator efficiency.
- Easy installation: Simple construction facilitates installation and integration with existing machine systems.
- Standardization: As a standard machine part, it ensures easy availability and replacement when needed.
- Compatibility: The ability to connect with various connectors allows adaptation to specific application requirements – particularly useful when adjusting movement in multiple axes.
Elesa+Ganter offers a rich assortment of handwheels, cranks, and other control elements, allowing for comprehensive equipment of workstations and machines. Choosing the right handwheel is an investment in the reliability and efficiency of production processes.

