Nidec Minster Fabrication/Machining Services

When looking for large contract machining and fabrication services, you need someone experienced that can meet your specifications and deliver on time.

For more than 125 years the Nidec Minster Corporation has been producing world class machine tools known for their precision, durability and innovation.

To continue to meet these high standards, Minster has invested in the industry’s most advanced fabrication and machining assets.

We specialize in supplying large components with tight tolerances to a wide variety of industries.

Allow us to help you create an efficient supply chain environment with quality products and services all from one location.

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Nidec Minster Machining

The general machining capabilities of Nidec Minster Corporation include a variety of machine tools. Tight tolerances are held using tested methods and equipment ranging from horizontal CNC boring mills and planer mills to live tooling lathes and multi-axis machining centers. 

The Machine Shop is staffed by a diverse and skilled group of flexible machinists who average 20 years of experience. Part quality is maintained through in-process operator inspections. A final part inspection is done on one of the five surface plates or on the coordinate-measuring machine. 

Nidec Minster Fabrication

The Nidec Minster Corporation established its welding and fabrication unit in 1961. This unit produces short run, high quality, low carbon steel weldments ranging from 1 kg. to 81,800 kg. (2.2 lbs. to 198, 996 lbs.) in weight. 

The fabrication facility has both plasma arc and oxy-fuel plate burning capabilities in two N/C plate burning machines. These machines are interfaced to the company CAD/CAM system where the burning templates are created. Flame beveling, forming, heat treating, and shot blasting capabilities also exist in the fabrication facility. 

Most welding is done by positioning the parts on mechanical positioners ranging in size from 4.5 tons to 350 tons. Positioning the weldments in this way allows for the most efficient welding deposition rates. Gas metal arc (metal core) welding processes are employed throughout the fabrication unit. This process was chosen for its deposition rate, penetration benefits, and low slag generating characteristics. 

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