Knurled knob B.193/15 P-M4x16 Z013102
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Knurled knob B.193/15 P-M4x16 Z013102
Knurled knob – precision and functionality in every detail
This knurled knob, model B.193/15 P-M4x16, combines solid construction and ergonomic use. Made of high-quality Duroplast, it is a reliable solution for adjustment and control in a wide range of industrial and machine applications. Its knurled surface provides a secure grip, even in conditions requiring precision.
Design and application
The knob features a metric M4 thread with a length of 16 mm, allowing for easy assembly and disassembly. The knob diameter is 15 mm, and the overall height is 27 mm. This makes it compact and space-saving while providing comfortable operation. It is an ideal element for control panels, precision instruments, machines and tooling, where precise adjustment is required. The threaded end allows for stable mounting on a shaft or screw.
Advantages and benefits
- Material durability: Duroplast is a material resistant to abrasion, impact and the action of many chemicals – guaranteeing long-term use even in harsh conditions.
- Ergonomic grip: The knurled surface provides a secure grip and comfortable operation, minimizing the risk of hand slippage during work.
- Precise adjustment: Compact size and threaded end allow for precise setting of device or machine operating parameters.
- Versatility: Wide range of applications – from laboratory equipment to industrial machines.
- Easy installation: Standard M4 metric thread facilitates quick and trouble-free knob mounting.
- Aesthetic appearance: Black color gives the knob an elegant look that blends well with various structural elements.
- Compatibility: ELESA+GANTER product is characterized by high quality workmanship and compatibility with other standard machine elements.
Thanks to the combination of these features, the knurled knob B.193/15 P-M4x16 is a reliable and effective solution for professionals and end-users looking for high-quality control elements.

