For over 73 years Marver Med has been turning out precision metal and plastic parts with a special focus on medical device products. As a leading contract manufacturer specializing in CNC Swiss-Screw Machine made parts, Marver Med built a respected reputation for producing micro-precision and conventional parts that meet rigorous tolerances.
From surgical instruments and medical implants to highly specialized defense and aerospace components, we create parts, components, and solutions of the highest quality. Explore this site to discover our areas of expertise or call us now to learn how we can turn your idea into a reality.
From surgical instruments and medical implants to highly specialized defense and aerospace components, we create parts, components, and solutions of the highest quality. Explore this site to discover our areas of expertise or call us now to learn how we can turn your idea into a reality.
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Located in Stoughton, Massachusetts, Marver Med is an expert manufacturer of precision CNC Swiss, CNC Mill, and CNC Lathed parts. The company was founded in 1947 as Marver Cam, when Swiss-Screw machines were mechanically controlled by cams. In 1996, Marver Cam was acquired by Primo Medical Group. Later in 2007, Marver Cam changed its name to Marver Med to better reflect its primary role as a manufacturer of components for medical devices.
At Marver Med, we specialize in microturning and precision turning of exotic alloys. Our precision CNC & Swiss machining enables us to maintain the accuracy of the most intricate parts, allowing our projects to be completed in a timely and cost-effective manner. Our capabilities range from prototype engineering to micro precision machining.
When it comes to rapid machining of very precise components in various volumes, few options exist better than a computer numerical controlled (CNC) Swiss machine in the hands of Marver Med. As the name suggests, a Swiss screw machine was developed in Switzerland in the 1870s by the watchmaking industry.
Precision CNC turning produces round, cylindrical, spherical, or conical parts such as pins, shafts, or spacers. It is a subtractive machining method that places a tool against a spinning component and removes material to reach the desired configurations. The process uses CNC lathes to machine uniform parts quickly and consistently with shaping, drilling, and tapping operations all occurring within one machine arrangement.
The automated nature, accuracy, and flexibility of CNC milling machines gives them a clear advantage over other alternatives. Because they are computer controlled, their capabilities are sophisticated which lets us continuously improve the products coming off of them. Intricate parts can be rotated in order to be machined in one operation.
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