In modern metalworking (in particular, in flat grinding, milling, and electrical discharge machining), there is often a need to accurately position a workpiece at a non‑standard angle. It is precisely for such tasks that sinusoidal magnetic plates are used. However, when working with thin, small, or fragile workpieces, standard equipment is not always effective — the magnetic field may be distributed unevenly, and the workpiece may deform or shift.
To solve this problem, NPP “Magnit” produces small‑pole sinusoidal plates. Thanks to the reduced inter‑pole distance, such plates ensure the most dense and uniform holding of even the smallest workpieces (with a height of 2 mm or more).
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Key features and advantages of NPP “Magnit” products:
- Variability of design: The company produces both single‑turn (1S) plates for tilting a part in one longitudinal or transverse plane, and double‑turn (2S) plates for complex spatial processing of workpieces in two planes at once.
- Power and autonomy: The plates operate based on ultra‑powerful permanent magnets. The specific adhesion force reaches 70–80 N/cm². The equipment does not require connection to the power grid, which completely eliminates the risk of the part detaching in the event of a sudden power outage in the production facility.
- High positioning accuracy: The construction of the plates is made of high-quality steels with precision grinding, which guarantees perfect flatness and precise compliance with specified angles.
- Wide size range: The production facilities of NPP Magnit allow us to produce equipment of various sizes (from compact 100x250 mm to massive 320x1250 mm), which meets the needs of most modern machines.
Import substitution in action
In the context of growing demand for reliable domestic tooling, the products of Bashkir company NPP Magnit LLC are becoming an excellent alternative to their foreign counterparts. The company provides strict quality control at all stages of production, provides warranty service and offers flexible production times.
By investing in high-quality machine tooling, factories significantly reduce the percentage of defects in high-precision machining and cut down the time required to reconfigure machines.