Winding of wires, cables, ropes and much more
Wires, ropes, tapes or fibres. They all have one thing in common: they have to be wound or unwound. On spools, reels or drums. Every detail and precision is important. This requires processes in winding systems that run quickly, safely and efficiently. This is where our Uhing products such as the Rolling Ring Drive, Linear Drive Nut and timing belt drive come into play.
The result: process stability, which is indispensable in the mechanical engineering sector. And this applies to wire drawing machines, cable winding machines, film winders, textile machines, labelling machines, edge strip winders and many other machines in which winding plays a central role.
The Uhing advantages:
- High winding quality
- Uniform layer formation
- High winding speeds
- Long service life of the components in winding machines
- Simple control of the stroke and pitch settings
- Release lever options for manual adjustments
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Rolling Ring Drive
moreOur original, which transforms constant rotation into high-precision, linear movements - ideal for winding and positioning.
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Linear Drive Nut
moreThe backlash-free alternative to spindle technology for compact feed and positioning tasks with minimal maintenance requirements.
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Timing belt drive
moreThe modular drive for flexible, linear movements at high speed and freely selectable stroke length.
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Shaft
moreHardened, all ground, superfinished and made to measure - the perfect basis for all Uhing linear actuators and many other applications.
More product areas
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Positioning and linear movement
moreBringing machine components perfectly into the right position: Thanks to our products, this can be achieved with the greatest possible efficiency.
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Winding technique
moreWinding and unwinding made easy. Our products offer the highest precision.
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Clamping & tensioning elements
moreClamping, tensioning and fixing is child's play with our clamping and tensioning systems.
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Automating processes
moreOur products carry out automated processes as efficiently as possible and with absolute repeat accuracy.