Quick-release clamping knob GN 6303.1-M8 Z016173

Quick-release knob – precision and reliability in your hands

The quick-release knob GN 6303.1-M8 is a component from the GN 6303.1 series, manufactured by the renowned company ELESA+GANTER. It is a solid and functional solution, ideal for quick and secure fastening of elements in machines, devices and structures. Made of stainless steel, it guarantees durability and corrosion resistance even in harsh industrial conditions.

Design and application

The knob has a threaded sleeve, which facilitates assembly and ensures a stable connection. The metric M8 thread and 17 mm thread length allow it to be adapted to a wide range of applications. The knob diameter is 30 mm, which provides a comfortable grip and precise operation. It finds application wherever quick and repeatable fastening of elements is required – from machine housings to workstation equipment.

• Quick assembly and disassembly: Enables instant fastening and unlocking of elements without the use of additional tools.
• Durable construction: Made of stainless steel ensures resistance to corrosion, mechanical damage and long-term use.
• Precise fastening: Provides a stable and secure connection, eliminating the risk of the element loosening during operation.
• Ergonomic shape: Facilitates gripping and operating the knob, increasing comfort.
• Versatility: Can be used in various industries and applications – from mechanical engineering to furniture making.

Advantages for the installer and end user

This knob is not only a fastening element – it is an investment in efficiency and safety. For the installer, this means shorter assembly time and confidence in a durable connection. For the end user – convenient operation and no need for frequent tightening or replacement of fastening elements. Stainless steel guarantees reliability even in demanding production or laboratory environments. Thanks to this, the GN 6303.1-M8 knob performs well both in new constructions and in the modernization of existing machines and devices.