Clamping knob DIN 6336-GG-50-B8-C Z017036

Clamping knobs – precision and functionality in every detail

The DIN 6336-GG-50-B8-C clamping knob is a standard machine part, valued by professionals for its reliability and precision. Made of cast iron, it provides a solid and durable fastening in various industrial applications. Its versatility makes it suitable for both precise devices and heavier machine structures.

Design and application

This knob, compliant with DIN 6336, is used for manual clamping of elements. A diameter of 50 mm ensures a comfortable grip and precise control during adjustment. The knob design allows for quick and secure locking, which is crucial in processes requiring frequent setting changes. This allows installers to efficiently adapt machines and devices to specific production needs. For the end user, this means ease of use and the ability to quickly change configurations without the need for additional tools.

Advantages and benefits

• Durability: Made of cast iron, it guarantees high resistance to mechanical damage and corrosion, ensuring long-term operation even in harsh industrial conditions.
• Precision: Compliance with DIN 6336 ensures repeatability and reliability of operation, which is important in applications requiring accurate positioning of elements.
• Ease of use: A diameter of 50 mm provides a comfortable grip, allowing for precise adjustments even during prolonged work.
• Versatility: A wide range of applications – from production machines to laboratory equipment – makes this knob an ideal choice for diverse projects.
• Easy installation: Standard thread simplifies integration with existing structures, minimizing installation time.
• Solid construction: Cast iron is characterized by high resistance to loads, which translates into safety of use and reliability of operation.

Material and workmanship

The knob is made of cast iron, which provides it with appropriate mechanical strength and resistance to external factors. This material is widely used in the production of machine elements due to its properties – dimensional stability and ability to dampen vibrations. This translates into quieter operation of devices and longer component life.