How DCM Rotary Surface Grinders are Transforming the Additive Manufacturing Industry

As additive manufacturing continues to develop, manufacturers are placing greater emphasis on accurate and efficient post-processing. Metal 3D printed components often require additional finishing before they can meet the dimensional, flatness and surface quality standards demanded by sectors such as aerospace, medical and automotive manufacturing.

DCM rotary surface grinders provide a controlled method of removing material evenly and accurately. Their rotary table design, automated controls and precision movement help manufacturers achieve consistent finishes while reducing the amount of manual intervention required during post-processing.

Processes such as Direct Metal Laser Sintering, Electron Beam Melting and Binder Jetting can leave components with rough surfaces, distortion or areas that require flattening. Rotary surface grinding can correct these issues while providing high levels of parallelism and repeatability. DCM machines can achieve flatness down to around 0.0002 inches, making them suitable for critical mating surfaces and tightly controlled components.

Compared with manual lapping, belt sanding and other labour-intensive finishing methods, automated grinding can also reduce cycle times and improve throughput. This gives additive manufacturing businesses a more consistent and scalable way to finish metal components.

Read the original DCM Tech article here: https://www.dcm-tech.com/how-dcm-rotary-surface-grinders-are-transforming-the-additive-manufacturing-industry/

View the DCM Tech rotary surface grinder range here: https://www.rk-int.com/product/dcm-ig-series-grinders/

For more information on How DCM Rotary Surface Grinders are Transforming the Additive Manufacturing Industry talk to RK International Machine Tools