The Vertical Lifting Clamp Do80 TNMK was specially developed to lift sheets, plates, and delicate materials safely and without damage. Thanks to innovative protective pads on the gripping surfaces, it leaves no marks or scratches. This makes it ideal for materials such as stainless steel, coated surfaces, natural stone, glass, wood, and plastics in production, assembly, and craft applications.
Advantages & Applications
• Gentle vertical lifting of components without surface damage
• Transporting and turning various materials such as stainless steel, aluminum, glass, or wood
• Two replaceable friction protection pads for mark-free fixation
• Flexible lifting through robust chain link ring
• Additional safety mechanism prevents slipping when picking up and setting down
• Suitable for high-quality materials such as composite, natural stone, and coated surfaces
• Maintenance-free heavy-duty clamp housing for long-term use
• Maximum work safety for sensitive surfaces in interior construction and industrial processes
Technical Details
• Working load limit: 1000 kg
• Gripping range: 0–30 mm
• Weight: approx. 6.5 kg
• Features: Synthetic protective pads, chain link ring, safety lock
• Application range: Stainless steel, aluminum, wood, glass, natural stone, plastics
FAQ
• How are scratches on coated surfaces avoided?
Special synthetic pads transfer the clamping force without metallic contact.
• Can the clamp be used on glass or stone?
Yes, thanks to the non-slip protective surfaces, the clamp is suitable for glass, natural stone, and other sensitive materials.
This lifting clamp offers a safe and surface-friendly solution for demanding lifting requirements in industry and craft.
| EAN | 4032378511211 |
| Commodity code | 84314100 |
| ECLASS-Basic 15.0 (en) | 36.123.447 |
| GS certified | No |
| direction of lifting-clamp | vertical |
| gripping range max. (mm) | 30 |
| gripping range min. (mm) | 0 |
| safety adjustment | yes |
| standard | DIN EN 13155 |
| type of clamp | Do 80 TNMK |
| working load limit (kg) | 1.000 |
Seminars 2026.
