Clamping knob DIN 6336-GG-40-M8-D Z017032

Clamping knobs – precision and functionality in every detail

The DIN 6336-GG-40-M8-D clamping knob is a standard machine part, designed for precise and ergonomic adjustment. Made of cast iron, it combines strength and reliability, making it an ideal solution for both professional installers and end users. Wide application in mechanical engineering, precision devices and anywhere where accurate control over the position of elements is required.

Design and application

This is a clamping knob with a threaded sleeve, which ensures stable and secure fastening. Metric M8 thread with a length of 12 mm allows for easy mounting in standard holes. The diameter of the knob is 40 mm, providing a comfortable grip and precision during adjustment. The design compliant with the DIN 6336 standard guarantees high quality and compatibility with other machine elements.

• Applications: ideal for adjusting the position of elements in machines and devices, locking mechanisms, and as control elements in various industrial applications.
• Material: cast iron – provides high resistance to loads and corrosion.
• Thread: metric M8 – standard thread size for easy installation and replacement.
• Threaded sleeve: increases the stability of the connection and prevents the knob from loosening during operation.

Advantages and benefits

By choosing this clamping knob, you gain not only a solid machine element, but also a number of benefits:

• Durability: the cast iron construction guarantees long-term use even in harsh industrial conditions.
• Precision: 40 mm diameter provides a comfortable grip and precise adjustment of settings.
• Easy installation: metric M8 thread facilitates quick and trouble-free mounting.
• Compliance with standards: meeting the DIN 6336 standard ensures compatibility with other machine elements and safety of use.
• Versatility: wide range of applications in various industries – from machine production to precision devices.
• Ergonomics: the shape of the knob has been designed with user comfort in mind, minimizing fatigue during work.