Adjustable handle, black oxidized steel threaded spindle Z012068
Catalog numbers:
- MR.40 P-M6X10-C9
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Adjustable handle, black oxidized steel threaded spindle Z012068
- Durable construction: Made of oxidized steel ensures corrosion resistance and long-term use. Adjustable handle – precision and functionality in one. The MR.40 p-M6x10 adjustable handle is an element used for precise and convenient adjustment of the position of machine and device components. Made of high-quality materials, it ensures durability and reliability even in demanding working conditions. Its design allows for quick and easy setting of the desired position, which translates into the efficiency of production and service processes.
Construction and application
The handle has a threaded pin with a size of M6x10, made of black oxidized steel. Oxidation provides corrosion resistance and increases the durability of the element. The threaded pin allows for stable mounting in threaded holes, and the handle itself allows for a firm grip and precise operation. It finds application in many branches of industry, including machine production, precision devices, tooling and industrial automation. It is ideal for applications requiring frequent adjustment of the position of elements, such as clamps, guides or positioning elements.
Advantages and benefits
- Durable construction: Made of oxidized steel ensures corrosion resistance and long-term use.
- Precise adjustment: Allows for accurate positioning of machine and device components.
- Comfortable grip: The ergonomic shape of the handle ensures comfortable work even during prolonged use.
- Easy installation: The M6x10 threaded pin facilitates quick and stable mounting in threaded holes.
- Versatile application: Ideal for use in machine production, tooling, industrial automation and service.
- Aesthetic appearance: The black color of the oxidized steel gives the handle an elegant look.
- Safety of use: Provides a firm grip and control over the adjusted element, minimizing the risk of accidental shifting or loosening of the connection.

