WHO WE ARE
Milron Metal is a premier metal manufacturer specializing in aluminum service truck bodies and precision metal fabrication since 1996. With corporate headquarters in Edmonton, Alberta, and our United States facility strategically located in Phoenix, Arizona, Milron offers a full line of service truck bodies and metal fabrication services. Our manufacturing solutions include sheet metal fabrication, machining, powder coating, product assembly, contract manufacturing and more.
ALUMINUM SERVICE TRUCK BODIES
Milron designs and builds premium aluminum service truck bodies in North America. We provide the complete fleet solution for all major industries. From aluminum service bodies, aluminum crane bodies, aluminum contractor bodies, welder bodies, to Flatbed/Platform Bodies, Milron can customize it to your needs.
As a precision metal fabrication company, we serve companies across many different industries providing tube processing, laser cutting, punching, bending & forming, machining, CMT, MIG, TIG, & robotic welding, machining, tube laser, powder coating, box liners, and product assembly.
ALL MAJOR TRUCK BRANDS
Our truck bodies work with all major truck brands and industries. Milron Metal serves the North American market, bringing over 22 years of industry expertise in aluminum service truck bodies, crane bodies, and contractor bodies. Our team is experienced and ready to meet the demand of North America.
ENGINEERED, DESIGNED, AND BUILT IN CANADA
At Milron we are proud to be Canadian and understand the direct effect product design has on quality, production costs, and customer satisfaction. The design should look right, feel right, and perform in the harshest conditions. Not only must it pass the scrutiny of our exacting standards, it must also pass yours, our customer. For this reason, we have built a remarkably talented team of engineers and designers, utilizing the latest software and state of the art fabrication machines. We are proud of what we do and are continuously pushing boundaries to stay at the leading edge.