Adjustable handle ERX.63 P-M6X16-C1 Z014606

Product features

• High precision and durability in every detail

The adjustable handle ERX.63 P-M6X16-C1 is designed for demanding applications where reliability and comfort are essential. Made of high-quality glass-fiber reinforced technopolymer, it guarantees resistance to solvents, oils, greases and other chemicals. This is an ideal solution for both industrial environments and precision devices.

The handle combines a solid construction with well-thought-out functional solutions. The matte gray-black finish of the body provides an aesthetic look and a firm grip, and the glossy finished technopolymer button adds elegance. The arm is equipped with a knurled protruding part that facilitates pre-tightening – appreciated by installers for accelerating assembly. Inside the handle there is a spring made of AISI 302 stainless steel, ensuring smooth and reliable operation of the mechanism.

Construction and materials – the key to longevity

The ERX.63 P-M6X16-C1 handle is distinguished by a careful selection of materials. Technopolymer based on polyamide (PA) reinforced with glass fiber guarantees mechanical strength and resistance to damage. The brass insert with a non-through threaded hole ensures a stable connection and durability of the structure. The use of AISI 302 stainless steel in the spring guarantees corrosion resistance and long-term maintenance of mechanical properties.

Thanks to this, the handle is not only durable but also safe to use – it isolates the operator's hand from the potential risk of electric shock. The lack of visible steel elements further minimizes the risk of corrosion, which translates into a longer product life. The handle design has been thought out in terms of repetitive clamping cycles, making it an ideal solution for applications requiring frequent use. The clutch ratchet mechanism allows easy adjustment of the lever arm during clamping, and the automatic engagement of the teeth after releasing the arm ensures a secure and stable fastening.