Clamping knob DIN 6335-GG-80-M16-D Z016738
Catalog numbers:
- DIN 6335-GG-80-M16-D
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Clamping knob DIN 6335-GG-80-M16-D Z016738
Clamping knobs and their application
The DIN 6335-GG-80-M16-D clamping knob is a standard machine part used for manual tightening and adjustment of element positions. Made of cast iron, it is characterized by high strength and resistance to loads. The star shape of the knob provides a secure grip and comfortable operation, and the 80 mm diameter allows for convenient operation even with gloves. The use of a metric M16 thread allows for universal mounting in many devices and machines.
These types of knobs are widely used in industry, especially in:
- Manufacturing machines and equipment – for precise positioning of elements.
- Machining – for securing and adjusting tools.
- Industrial automation – as control elements in linear systems.
- Laboratory equipment – for adjusting the position of optical or mechanical elements.
- Furniture structures - where adjustment of element positions is required.
Characteristics and construction
The construction of the knob is based on solid cast iron, which guarantees its durability and resistance to mechanical damage. The threaded sleeve provides a stable connection with the fastened element, and the thread length of 20 mm allows for precise adjustment. The total height of the knob is 50 mm, which provides adequate leverage during operation. The DIN 6335-GG standard guarantees compatibility with other machine and equipment elements that meet this standard.
It is worth noting the versatility of these types of knobs – thanks to the standard M16 thread, they can be easily mounted in existing structures, replacing worn or damaged elements. A wide range of applications and a solid construction make the DIN 6335-GG-80-M16-D clamping knob a reliable element of equipment in every workshop or production line. Additionally, cast iron is characterized by good vibration damping, which may be important in some applications.

