Based on years of experience and modern production standards, MIZ produces a wide range of turning tools, including cutters, holders, replaceable heads, cutting inserts, and mandrels.
The company’s current catalog features a rich selection of tools for external and internal turning. The factory offers solutions with various cutting tool angles (45°, 63°, 75°, 93°, 95° — types S, K, J, L, D, B, N), which allows you to choose the ideal tooling to meet any geometric and technological requirements.
Among the popular items in the catalog are inserts from the following series:
- DSSNR (IR-208) and DSSNL (IR-209);
|
- DCLNR (IR-210) and DCLNL (IR-211);
|
- PCLNR, DDJNR, DWLNR, CSKPR, DSKNR and many other modifications.
|
Key advantages of JSC “MIZ” products:
- Impeccable quality: All manufactured products strictly comply with GOST standards. The plant guarantees exceptional quality of materials and precision of sharpening, which directly affects the durability of the tool and the cleanliness of the processed surface.
- Technological support: Experienced engineers and technologists at JSC “MIZ” are always ready to provide expert assistance. They help customers choose the optimal technological solutions and make precise selections of threading and turning tools tailored to the specifics of a particular production process.
- Versatility: The tool is suitable for use in a wide variety of metalworking conditions, including the production and clamping of pipes and couplings of the oil grade.
The plant’s extensive production experience enables it to ensure the ideal geometry of the tool and the high precision of the mounting locations for each holder. In addition to classic cutters, the company produces boring bars, replaceable heads, cutting inserts, and cassettes. All products are manufactured from high‑quality alloys designed for stable operation under intensive production loads.
Engineers and technologists at the Moscow Tool Plant continue to expand their product range, offering modern technological solutions for thread cutting and turning operations of any complexity.