Knurled knob MBT.50 P-M10x30-C5 Z049493

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 combining functionality, durability and comfort of use. Made of high-impact polypropylene (PP) based technopolymer, it is characterized by a matte finish and black color. It is an ideal solution for applications requiring frequent adjustment and precise setting.

The knob has an M10 thread with a length of 30 mm, which ensures stable and secure mounting. The knob diameter is 50 mm, which guarantees a comfortable grip and ease of operation even with gloves. The knurled surface increases adhesion, allowing maximum torque to be transferred with minimal hand effort. This is particularly important in industrial applications where precision and efficiency are key.

Construction and materials

The knob is made of high-quality plastic, which ensures resistance to mechanical damage, chemical action and weather conditions. This material is also characterized by dimensional stability and long-term durability. The matte finish not only improves the aesthetics of the product, but also prevents glare, which is important in some applications.

The use of polypropylene (PP) based technopolymer guarantees high reliability and durability of the knob even in demanding working conditions. ELESA+GANTER is known for its attention to the quality of its products, confirmed by numerous awards for design and high quality of offered elements. All products are subjected to rigorous mechanical, physical and chemical tests to ensure their proper functioning and safety of use.

Applications

Knurled knobs with threads are widely used in various industries:

• Mechanical engineering: adjustment of the position of machine elements, setting the operating parameters of devices.
• Automation: control of production processes, setting the operating parameters of robots and automatic control systems.
• Medical devices: adjustment of medical equipment settings, ensuring precise control over treatment parameters.
• Laboratory equipment: setting the operating parameters of laboratory devices, ensuring measurement accuracy.
• Industrial furniture: adjustment of the height of worktops, setting the angle of inclination of furniture elements.
• General applications: everywhere where precise adjustment of position or setting of an element by hand is required.