Knurled knob MBT.30 P-M5x10-C4 Z049289

Knurled knobs – precision and ergonomics in one

The MBT.30 knurled knob is part of a series of knobs with knurling, designed for ease of use and precise control. Made of high-impact polypropylene (PP) based technopolymer, it is characterized by durability and resistance to mechanical damage. Its versatility makes it suitable for many devices and machines where reliable and comfortable adjustment is required.

Design and application

The MBT.30 knob is available in two mounting versions: with a threaded end (p) and with a brass insert (B). The version with a M5x10 thread provides quick and easy mounting, and its thread allows for a stable connection to the device. The knurled surface of the knob ensures a firm grip even in wet or dirty conditions, which translates to safety and work efficiency.

Thanks to its ergonomic design, the knob allows for transferring maximum torque with minimal hand effort, which is particularly important when frequently adjusting device parameters. The soft touch and knurled surface make it easier to grip during fast rotation, minimizing hand and wrist fatigue.

Key features and benefits

• Durable material: Made of high-impact PP technopolymer, guarantees long-term operation even in harsh industrial conditions.
• Ergonomic design: The knurled surface provides a firm grip and comfortable operation, reducing operator fatigue.
• Versatile mounting: Availability of a version with M5x10 thread facilitates integration with various types of devices.
• Aesthetic appearance: Black color and matte finish give the knob an elegant look that blends well with modern devices.
• Customization options: Available in other colors, with special symbols or inscriptions.
• Chemical resistance: PP material is characterized by good resistance to many chemicals, which increases the durability of the knob in specific working environments.
• Precise adjustment: Ensures accurate setting of device parameters thanks to a stable threaded connection and ergonomic shape that facilitates rotation.