Cranes and hoists
Vertical movements are becoming increasingly important in intralogistics. Cranes and hoists must lift, move, and position loads safely—often in conjunction with automated storage or conveyor systems. Safe, robust, and proven drive solutions are crucial here.
Worm gear sets for cranes and hoists
- Powerful and precise with reliable axial misalignment compensation
- Optimized for high loads and minimal backlash
- Low noise and low wear for long service life
Compacta gear motor for magnetic lifting technology
- Compact design and low weight
- High torque for handling heavy loads
- Slip clutch as a safety component
- Reliable in short industrial operation
Spur gearboxes for industrial hoists
- Efficient torque transmission with low friction losses thanks to optimized gearing
- Compact, multi-stage design for high gear ratios with minimal installation space
- Safe in use and suitable for safety-critical lifting applications
- Various reduction ratios in the same housing with modular design
Worm gear sets in screw jacks for industrial lifting applications
How can heavy loads be moved with millimeter precision? With screw jacks, which perform key functions in industrial manufacturing, mechanical engineering, and testing and handling systems—for lifting, adjusting, or positioning. Here, the drive components must be compact, powerful, and permanently reliable.
One example is the C-series screw jack from NEFF Gewindetriebe: it lifts, moves, and positions even containers weighing several tons with precision and safety. The worm gear sets from Framo Morat transfer the drive force to the spindle and enable smooth, controlled linear movement. With center distances of up to 80 mm and gear ratios of up to 80:1, they are ideal for powerful lifting units in confined spaces.
The combination of case-hardened steel and wear-resistant composite metal ensures a long service life and smooth running – even with frequent load changes or changing environmental conditions. Thanks to their self-locking teeth, the screw jacks hold loads securely in position and ensure maximum operational reliability in continuous industrial use.
The advantages at a glance:
- Compact design: Ideal for limited installation space in lifting applications
- High transmission ratio: Powerful, slow linear movement with up to 80:1
- Durability: Wear-resistant materials for continuous operation
- Smooth running: Uniform running for synchronous multiple drives