We are an industry leading manufacturer of cylindrical finishing machines providing tailored solutions to customers in a wide variety of industries.
Cylindrical finishing is a process used to shape the outside of metal and composite objects that have a central axis of rotation. This technique creates cylindrical forms with consistent, smooth surface finishes.
Wet grinding uses a liquid to mitigate fire hazards, by lubricating the grinding surface, when mixing metals. Dry grinding is a process used when metals are being ground that are heat-sensitive or in a high-production facility.
OD grinding is the process used to create smooth, round surfaces on the exterior of a workpiece and is typically used to improve the dimensional accuracy of and finish of objects such as, shafts, rods and tubes.
Our machines provide a variety of solutions for different types of equipment used in the food service industry. With special importance placed on ensuring the elimination of contaminants, we provide our customers with a variety of options that make sure their products are food grade safe.
From camshafts, shocks, and drive shafts to pistons and diesel injectors, our Randbright machines are able to finish a wide variety of automotive parts. Our expertise in the automotive industry allows us to help our customers find the right machine to fit their specific needs.
To enhance both the aesthetics and functionality of marine fixtures, a smooth finish is crucial. By utilizing our machines to achieve a cylindrical finish, our customers can ensure their fixtures are resist to corrosion even with consistent wear and tear.
The cylindrical shape of a tank is necessary in order to achieve consistent pressure within the tank itself. Our machines produce the necessary shape to ensure the tank is operational and safe over a period of time.
We have 50 years of expertise discovering new manufacturing solutions that we are proud to share with you.
Since 1972, Randbright has manufactured industrial machinery right here in the U.S.A. for metalworking industries using U.S. labor, and locally available components whenever possible.
