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CMS North America Inc.

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4095 Karona Court
Caledonia, MI 49316-8428
About CMS North America Inc.
  • CMS, designer/manufacturer since 1969 of CNC machining centers/routers (3, 4, 5, 6 axis available) for working wood, plastics/composites, light alloys, glass, natural & engineered stone, and solid surface material. Custom CNC solutions for production needs. Offers full service of sales, personalized training, user-friendly software, 24/7 tech support and extensive parts inventory.

    CMS provides innovative CNC solutions for plastics machining. We engineer our CNC machining centers to deliver the fastest, most efficient, and most versatile performance possible. CMS’ plastic machining systems include numerous features designed to improve the quality and quantity of production and keep operators safe. With high speed work heads, 5-axis capabilities, automated material feeds, rigid construction, and a variety of advanced features available, our CNC plastic machining centers deliver exceptional performance and ease of use.
Products by CMS North America Inc.
  • Athena - 5 axis CNC

    CMS North America's Athena machining center delivers high performance and exceptional quality. Utilizing a high performance electrospindle, the Athena system provides outstanding machining speeds for any material. A fully enclosed work envelope offers safe, efficient CNC machining of medium- to... Read more
  • Sintesy - 5 axis CNC

    CMS North America's Sintesy CNC machining center is designed to cover 100% of your cutting and machining applications for thermoformed plastics and other materials. It offers dynamic, high-speed, 5-axis performance and the longest working strokes on the market. The Sinetsy system provides safe,... Read more
  • Sintex - 5 axis CNC

    The Sintex system is CMS North America’s smallest and most versatile cutting machine. Our first compact CNC machining center provides high-speed processing of thermoformed plastics, composite materials, and more. Sintex allows for very high productivity by means of its efficient pendular design.... Read more