Knurled knob MBT.50 P-M10x50-C3 Z049498

Knurled knob – precision and ergonomics in one

This knurled knob from the MBT.50 P series, from the renowned manufacturer ELESA+GANTER, is an element used for precise control and adjustment in machines and equipment. Made of high-impact technopolymer based on polypropylene (PP), it is characterized by high strength and resistance to mechanical damage. The black, matte finish gives it an aesthetic appearance and ensures comfortable use.

The knob has an M10 thread with a length of 50 mm, which ensures stable and secure mounting. The knurled surface of the knob guarantees a firm grip even in difficult working conditions, minimizing the risk of slipping and increasing the precision of operations. This is particularly important in applications requiring frequent and accurate parameter adjustment.

Design and application

The MBT.50 P knob was designed with the operator's ergonomics in mind. The knurling and soft-touch surface make it easier to grip during quick rotation, reducing hand and wrist strain. This allows for the transfer of maximum torque with minimal effort.

The wide range of applications includes:

• Industrial machines and equipment

• Laboratory equipment

• Medical devices

• Industrial automation

• Furniture structures requiring precise adjustment

The knob is compatible with most standard machine elements, making it easy to integrate into existing systems. The material used – technopolymer – ensures resistance to many chemicals and dimensional stability over a wide temperature range.

Advantages of the MBT.50 P knob

• Ergonomic design: knurled surface provides a firm grip and comfortable use.

• Durability: made of high-impact PP technopolymer guarantees long-term operation.

• Precision: enables accurate adjustment of device operating parameters.

• Versatility: wide range of applications in various industries.

• Aesthetics: black, matte finish gives a professional look.

• Easy installation: M10 thread ensures quick and stable mounting.

• Chemical resistance: the material is resistant to many chemicals.