Knurled knob MBT.50 P-M8x16-C3 Z049463
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Knurled knob MBT.50 P-M8x16-C3 Z049463
Knurled knob – precision and ergonomics in one
The MBT.50 P-M8x16-C3 knurled knob is a component of standard machines and industrial equipment, designed with operator comfort and reliable operation in mind. Made of high-impact polypropylene (PP) based technopolymer, it is characterized by durability and resistance to damage. The black, matte finish gives it an aesthetic appearance, and the knurled surface ensures a firm grip even in difficult working conditions.
Design and application
This is a knob with an M8x16 threaded end, which means it is intended for mounting on elements with a corresponding thread. The knob diameter is 50 mm, which ensures comfortable operation. Thanks to its ergonomic shape and knurled surface, it allows the operator to transfer maximum torque with minimal manual effort. This is particularly important in applications requiring precise setting or adjustment.
Advantages and benefits
- High-quality material: PP technopolymer guarantees durability and resistance to external factors.
- Ergonomic design: The knurled surface provides a firm grip and comfortable operation, reducing hand fatigue during work.
- Versatility: The knob with M8x16 thread is compatible with a wide range of devices and machines.
- Aesthetic appearance: The matte black finish adds a professional character to the device.
- Precision: Allows accurate setting and adjustment of mechanical elements.
- Durability: ELESA+GANTER components undergo rigorous mechanical, physical, chemical and endurance tests, guaranteeing their reliability.
- Wide range of applications: Ideal for control panels, laboratory equipment, production machines and many other industrial applications.
The manufacturer ELESA+GANTER has maintained a leading position in the segment of standard components for machines and industrial equipment for over 75 years, offering products of high quality and design consistent with the principles of ergonomics.

