Clamping knob DIN 6336-GG-80-B12-B Z025043

Clamping knobs – precision and functionality in every detail

The DIN 6336-GG-80-B12-B clamping knob is a standard machine part, valued for its reliability and versatility. Manufactured by Elesa+Ganter, this knob is used in many branches of industry where precise and secure fastening of elements is required. Made of cast iron, it is characterized by high strength and resistance to loads. The knob diameter is 80 mm, which ensures a comfortable grip and ease of operation.

Application and design features

Clamping knobs, such as the GG-80-B12-B model, are ideal for applications requiring frequent adjustment and fastening of elements. They are widely used in industrial machines and equipment, workbenches, measuring devices, and many other applications. The knob design provides stable and secure clamping, minimizing the risk of loosening the connection during operation. This allows maintaining precision and safety of operations.

Benefits for the installer and end user

• Wide compatibility: The knob meets the DIN 6336 standard, which guarantees its compatibility with a wide range of devices and machines.
• Durability and reliability: Cast iron construction ensures long-term operation even in harsh industrial conditions.
• Ergonomics: 80 mm diameter provides a comfortable grip and ease of use, which translates into work comfort for both the installer during assembly and the device operator during daily use.
• Precise fastening: The knob design guarantees stable and secure clamping, which is crucial in applications requiring high accuracy.
• Easy installation: Standard thread facilitates quick and trouble-free mounting of the knob in various structures.
• Versatility: Suitable for a variety of applications – from production machines to laboratory equipment.

Elesa+Ganter offers a wide range of standard machine elements, and clamping knobs are an important part of this offer. These products are characterized by high quality workmanship and attention to detail, which translates into their reliability and durability.