We have extensive experience in the diesel and gas fuel system industries, having built machines for testing injectors, tips, nozzle assemblies and pumps. We’ve also built machines to gage or set various fuel system components and other machines to... Read More

The purpose of the Michigan Custom Machines fuel injector nozzle test machine is to test a fuel injector nozzle assembly for mass flow, valve opening pressure (VOP) and leakage. Depending on the fuel system, the nozzle assembly could be a … Read More

The purpose of the Michigan Custom Machine’s Common Rail System development Bench, is to actuate a complete diesel common rail fuel system as it would on the engine and measure its performance. This machine is also Class 1, Division 1 rated &h... Read More

The purpose of the MCM EUI fuel injector calibrator or test machine, as some may call it, is to actuate a fuel injector in the manner that it was intended, while measuring its performance at specific points. The machine also … Read More

The purpose of the Michigan Custom Machines Common Rail System Bench, is to actuate a complete diesel common rail fuel system as it would on the engine and measure its performance. As this machine was designed for product development, it is …... Read More

The purpose of the Michigan Custom Machines Cam phaser control valve tester, or oil control valve tester (OCV) is to validate functional performance at the end of line. The machine automatically receives the finished product from the assembly line, p... Read More

The purpose of this bench is to test Engine Brake Rocker Arm Assemblies. The bench is configured to hydraulically test Engine Brake Rocker Arm final assemblies in a Single Station configuration. The Rocker Arm Assembly consists of three (3) Brake &he... Read More

The Michigan Custom Machines bearing durability test machine is used to validate durability of wheel hub bearings as well as perform wheel hub fretting tests. This two station machine loads the bearing in the axial and radial directions while spinnin... Read More