Description

Minneapolis Sheet Metal Works (MSM) is a distinguished custom metal fabrication and machining company with a rich heritage dating back to 1908. Founded in downtown Minneapolis, MSM initially specialized in designing unique dust collection solutions for grain elevators and mills, serving the booming commodity industry. Over more than a century, the company has evolved into a comprehensive metal fabrication provider, delivering innovative solutions to some of the largest companies in the region. Operating from a 24,000 square foot facility in New Brighton, Minnesota, MSM combines traditional craftsmanship with modern technology, including advanced CAD capabilities, to meet diverse design, drawing, and fabrication needs. MSM prides itself on being "artists of metal," emphasizing superior craftsmanship, high-quality standards, and a true partnership approach with customers. Their expertise spans custom fabrication of large and small components, assemblies, and structures using a wide variety of metals such as stainless steel, brass, mild steel, galvanized metal, aluminum, and copper. The company’s skilled team is proficient in bending, forming, welding, and assembling complex and unique metal configurations, including challenging square-to-round transitions, chutes, hoppers, and spiral chute flighting. Minneapolis Sheet Metal Works’ portfolio includes signature projects for notable clients like International Paper, Tundra Companies, Dakota Growers, and Environmental Control Solutions, Inc. These projects showcase MSM’s ability to create custom guard devices, stainless steel hoppers, discharge downspouts, and heat exchangers designed for ultra-high temperatures. Whether fabricating small, unique parts or large, complex assemblies, MSM delivers consistent quality and on-time project completion. With over 100 years of experience, a highly talented and seasoned team, and a commitment to customer satisfaction, Minneapolis Sheet Metal Works is well-positioned to be a trusted partner for all custom metal fabrication and machining needs.