Clamping knob DIN 6336-AL-50-M10-D-MT Z016996
Catalog numbers:
- DIN 6336-AL-50-M10-D-MT
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Clamping knob DIN 6336-AL-50-M10-D-MT Z016996
Clamping knobs – precision and functionality in every detail
The DIN 6336-AL-50-M10-D-MT clamping knob is a standard machine part, designed for precise and ergonomic adjustment. Made of aluminum, it combines lightness with durability, making it an ideal solution for various industrial applications. Its construction, compliant with the DIN 6336 standard, guarantees reliability and compatibility with existing systems.
Construction and application
This knob is characterized by a diameter of 50 mm and a metric M10 thread with a length of 16 mm. It has a threaded sleeve, which ensures stable and secure mounting. The aluminum material affects the reduction of the element's weight, while maintaining adequate mechanical strength. It finds application in devices requiring frequent adjustment, such as production machines, laboratory equipment or control stations. Thanks to its ergonomic shape, it provides comfortable use even during long-term work.
Advantages and benefits for professionals and end users
- Durability and reliability: Aluminum construction and compliance with DIN 6336 guarantee long life and stable operation in various conditions.
- Ergonomics: The knob diameter (50 mm) provides a comfortable grip and precise adjustment, minimizing operator fatigue.
- Versatility: Can be used in a wide range of machines and devices – from simple production stations to advanced automation systems.
- Easy installation: Metric M10 thread and threaded sleeve facilitate quick and secure mounting in existing structures.
- Lightweight: Aluminum reduces the weight of the element, making it easier to operate and reducing the load on the machine structure.
- Aesthetics: Carefully made knob adds a professional look to the device.
The DIN 6336-AL-50-M10-D-MT clamping knob is a solid choice for both installers looking for reliable components for their projects and end users who value comfort and precision in device operation.

