Adjustable handle ERX.78 P-M8X20-C2 Z050896

Product features

• High quality
• Stainless steel

Adjustable handle – precision and durability in every detail

The ERX.78 adjustable handle is a component that combines a solid construction with a functional design. Made of high-quality glass-fiber reinforced technopolymer, it guarantees durability and resistance to external factors. It is an ideal solution for both professional installers and users who appreciate reliability.

The handle is characterized by high chemical resistance – it is insensitive to the action of solvents, oils and greases, making it suitable for working in demanding industrial conditions. Matte or glossy finish (depending on the selected color version) gives it an aesthetic appearance. The construction with a knurled part facilitates pre-tightening, and the stainless steel AISI 302 spring ensures smooth and reliable operation of the clamping mechanism. The brass threaded pin provides a durable and stable connection.

Functionality and application

The ERX.78 handle is particularly useful in situations where limited space makes traditional clamping operations difficult. The clutch mechanism allows for precise positioning of the arm in any position without the need to loosen the clamp, which significantly speeds up and facilitates work. Therefore, the handle finds application in many industries, including:

• Mechanical engineering – adjustment of the position of machine elements
• Industrial automation – mounting elements in automation systems
• Precision instruments – stabilization and setting of optical elements
• Metalworking – mounting tools and workpieces

Durability confirmed by tests

The handle's construction has been subjected to rigorous strength tests, which confirm its reliability even with intensive use. Tests have shown that the ERX.78 handle withstands over 100,000 clamping cycles at a force of 490 N, which proves its exceptional durability and resistance to wear. The glass-fiber reinforced technopolymer provides significantly higher resistance to loads than standard materials used for the production of this type of component.