ProGrind

New England Machine Tools, Inc. (NEMT) is a Bristol, Connecticut-based manufacturer that specializes in the design and construction of high-precision CNC grinding machines, control systems and custom automation solutions for diverse manufacturing industries.

New England Machine Tools, Inc. has been building grinding systems for over 37 years, with its founding dating back to 1988. This long history reflects stability, deep industry knowledge, and a proven track record of adapting to changing manufacturing needs and advancing technology paradigms.

NEMT's modular solutions stand out for their ability to automate and precisely control grinding processes ensuring exceptional quality and repeatability producing critical parts with tight tolerances across batches. 

NEMT’s willingness to design machines “from the ground up” (using advanced 3D CAD models) for unique customer requirements, combined with its industry experience and expertise in both hardware and software integration, positions it as a flexible and innovative partner for complex manufacturing challenges.

NEMT is an authorized systems integrator for Fanuc.

What makes NEMT unique?

End-to-end in-house production: NEMT in-sources all aspects of design, fabrication, assembly, and testing, giving us ultimate control over production. All machines are designed, built, assembled, tuned, and tested in-house in the USA, allowing for strict quality control on all orders.

Industry-Spanning Expertise: Our machines are in production across a wide range of industries, ranging from medical devices, aerospace, automotive, industrial tools, optical to general manufacturing. Our footprint is a testament to our versatility and deep technical know-how.

Long-term partnership: We emphasize long-term client relationships through ongoing support, training, and continuous improvement. Machines that NEMT built and deployed 30+ years ago are still going strong.

We believe we are the best choice for any manufacturer in the market for affordable custom-designed highly automated machines tailored to specific applications and processes where surface finish, complex geometries, and micron-level accuracy are paramount.