Handle MT.64-AT+IR Z028355
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Handle MT.64-AT+IR Z028355
MT.64-AT+IR Handle – Precision and Functionality in One Element
The MT.64-AT+IR handle is an element from the wide range of standard machine parts offered by ELESA+GANTER. Designed for smooth and precise linear adjustment of machine components, it finds application in many industries. It is a solid solution that significantly facilitates and speeds up machine retooling, minimizing production downtime.
Construction and Application
Handles such as the MT.64-AT+IR are a key element in sliding mechanisms. They allow for manual adjustment of the position of machine elements, which is particularly useful where precision and control are required. A wide range of available sizes and materials allows the handle to be adapted to specific application needs. The use of high-quality materials guarantees durability and reliability even in demanding working conditions.
Advantages and Benefits
- Versatility: The MT.64-AT+IR handle can be used in a variety of machines and equipment, from simple production stations to advanced automation lines.
- Ergonomics: The handle's design has been designed with work ergonomics in mind, which translates into user comfort and reduced operator fatigue.
- Durability: Made of durable materials, the handle ensures long-lasting and trouble-free operation.
- Precision: Allows precise adjustment of the position of machine elements, which is crucial for ensuring high product quality.
- Easy installation: The simple construction facilitates the assembly and disassembly of the handle, reducing machine service time.
- Wide selection: ELESA+GANTER offers a wide assortment of handles with different dimensions and materials, allowing you to tailor the product to individual customer needs.
The MT.64-AT+IR handle is not just a mechanical element – it is an investment in the efficiency and reliability of your machines. Its solid construction and precise workmanship guarantee long-term use and minimize the risk of failure, resulting in cost savings and increased productivity.

