PowerPoint, weld-On lifting points


RUD's PowerPoint weld-on lifting points are engineered to provide robust and versatile lifting solutions across various industrial applications. Designed for permanent attachment to loads, these lifting points eliminate the risk of detachment during operations such as rotating, turning, or tilting, thereby enhancing safety and reliability. ​
 

Key Features:

Universal Compatibility: RUD's weld-on lifting points are suitable for all standard welding methods, facilitating seamless integration into diverse lifting setups. ​
 

High Load Capacity: These lifting points are designed to handle dynamic loads of at least 20,000 cycles, with overload testing conducted at 50% above their Working Load Limit (WLL). WLLs range from 600 kg to 100 tons, ensuring suitability for a wide array of lifting tasks. ​
 

Enhanced Safety: Featuring a safety factor of 4:1 in all loading directions, RUD's weld-on lifting points provide a high level of security during lifting operations. All load-bearing components undergo comprehensive crack and load testing in accordance with EN 1677 standards. ​
 

Durable Construction: Constructed from easy-to-weld materials with drop-forged, high-strength tempered steel suspension eyes, these lifting points are built to withstand demanding conditions and extend service life. ​
 

Product Variants:

W-ABA: A versatile weld-on point that can be loaded from all sides, featuring patented wear indicators and a tempered base body for increased wear resistance. ​

VRBS-FIX/VRBK-FIX: Ideal for split force introduction, these models eliminate the need for precise alignment during welding, streamlining the installation process. ​

WPP Series (WPP-S, WPP-B, WPP-VIP): These PowerPoint weld-on lifting points offer versatile connection options, including hook and ring assemblies, and are equipped with double ball bearings for smooth tilting, rotating, and turning operations. ​

By integrating RUD's PowerPoint weld-on lifting points into your lifting systems, you ensure enhanced safety, flexibility, and durability, meeting the rigorous demands of modern industrial applications.