MME Group, located in Vadnais Heights, MN, is a division of Seaway Plastics. They are a full-service contract manufacturer specializing in plastic and LSR injection molding. MME works with medical-grade thermoplastics, engineered resins and liquid silicone rubber (LSR). They have 20,000+ square feet of Class 7 & 8 cleanroom space for molding and assembly. Their engineers are experienced in Design for Manufacturing and Assembly (DFMA) and every project is approached with an engineering mindset. MME’s capabilities include full tool design and build, customized quality management systems, supply chain management, secondary operations, packaging and shipping. Some secondary operations offered include advanced and complex mechanical and electrical assembly, sterilization management and custom machining services. MME is ISO 13485 certified, FDA registered and ITAR compliant making them the ideal partner for medical manufacturing.
Misenheimer, Inc.
Misenheimer Inc. is a US manufacturing company offering a wide range of custom tooling solutions from Profiled Inserts, Insert Tooling, Diamond (PCD) tooling, Solid Carbide router bits and our patented helical surfacing cutter QuietCut Pro. We also offer precision Tool Holders, EnduroCoat CNC bits and improved CNC dust nut Hurricane for better chip evacuation on your CNC router. Stop by our booth and speak with one of our tooling specialists about improving your company’s tooling performance.
Midwest Machine Tool Supply
Midwest Machine Tool Supply has been providing the Twin Cities Metro area with high-quality industrial machinery solutions since 1948. Our warehouse in Fridley, boasts 17,000sqft of floor space to accommodate our large inventory with room for our expert value-add engineers.
Microscreen
The Electronic Industry’s Trusted Source for Solder Masks, Screens, and Stencils. More than 40 years of experience have contributed to MicroScreen’s position as a leading supplier of custom, laser-cut stencils and screens to the electronics industry.
METYX
METYX is a global solution partner for high-performance technical textiles – multiaxial, carbon, RTM, woven reinforcements, vacuum bagging products, mold & plug production, fabric and vacuum consumables & core materials kits. Products are provided from USA, Turkey and Hungary facilities. METYX serves marine, automotive, wind energy, construction and architectural applications, infrastructure, sports industries.
MEHOW MEDICAL
Founded in 2010, MeHow Medical is a premier global provider of Contract Development and Manufacturing Organization (CDMO) services for the medical device industry. MeHow operates with a significant workforce of over 2,400 employees, including a dedicated engineering team exceeding 460 professionals. The company maintains an extensive global manufacturing infrastructure comprising five strategically located sites: two in China, two in Malaysia, and one in Ireland. This network encompasses a total area of 400,000 square meters, featuring 30,000 square meters of Class 7 and 8 cleanroom space. The company serves diverse medical markets, including respiratory care, hearing rehabilitation, diabetes management, in vitro diagnostics, cardiovascular interventions, and minimally invasive surgery. MeHow Medical has established itself as a trusted partner to the industry’s leading players, with over 60% of the global top 20 medical technology companies counted among its customers. | MeHow: Your Trusted Partner in Medical Device ManufacturingMeHow specializes in full-service contract manufacturing for the global medical device industry, leveraging extensive experience with Medical OEMs and cutting-edge technology. Headquartered in Shenzhen, China, with facilities in China, Malaysia, and Ireland, we are dedicated to minimizing supply chain risks for our clients.Our in-house R&D center and ESI department collaborate closely with customers to design solutions that meet evolving industry demands. From R&D and tooling to molding, secondary processing, and finished product assembly, we offer end-to-end capabilities.As experts in Liquid Silicone Rubber (LSR) injection molding and LSR/plastic multi-component molding, we support seamless new product launches. With SAP ERP integration, our operations ensure full traceability and compliance with medical device standards, providing the reliability and quality our partners expect.Discover how MeHow can help you bring innovative medical devices to life.
Markforged
At Markforged, we are on a mission to unlock the next 10x innovation in design and manufacturing. We build an Industrial 3D Printing Platform to liberate designers and engineers from decades-old, slow part creation processes. | At Markforged, we are on a mission to unlock the next 10x innovation in design and manufacturing. We build an Industrial 3D Printing Platform to liberate designers and engineers from decades-old, slow part creation processes. NASA, Google, Ford, Amazon, Siemens and thousands of companies in 50 countries use Markforged to print same-day prototypes and produce stronger end-use parts than they did before. With Markforged, customers are able to ship 50X faster, spend 20X less, and build products that are 23X stronger. The Markforged platform includes a full ecosystem of 3D printers for metal, composite, and plastic parts; purpose-built metal & carbon-reinforced materials for strength and beautiful finishes; and cloud software for turning drawings into high-strength printing. | At Markforged, we are on a mission to unlock the next 10x innovation in design and manufacturing. We build an Industrial 3D Printing Platform to liberate designers and engineers from decades-old, slow part creation processes. NASA, Google, Ford, Amazon, Siemens and thousands of companies in 50 countries use Markforged to print same-day prototypes and produce stronger end-use parts than they did before. With Markforged, customers are able to ship 50X faster, spend 20X less, and build products that are 23X stronger. The Markforged platform includes a full ecosystem of 3D printers for metal, composite, and plastic parts; purpose-built metal & carbon-reinforced materials for strength and beautiful finishes; and cloud software for turning drawings into high-strength printing.
Mantle
Mantle designs and produces the only metal 3D printer explicitly built for precision tooling. Mantle’s printer accelerates product development by automating how precision tool components are made. Mantle’s TrueShape™ metal 3D printing technology delivers the accuracy, surface finish, and tool steel properties required for demanding tooling applications. Tools made with Mantle’s technology have produced millions of parts while reducing tooling lead times and costs while helping manufacturers solve their labor shortages. | Mantle has developed an automated toolmaking system that brings together CNC machining, 3D printing, industry-standard tool steels, and advanced software to produce tooling components with the surface finish, accuracy, and steel properties required to make the world’s best products. Mantle’s customers eliminate engineering bottlenecks, lower costs, solve skilled labor shortages, and bring their products to market faster. | The only metal 3D printer built for tooling. Mantle designs and produces the only metal 3D printer that is built specifically for precision tooling. Mantle’s printer accelerates product development by automating how precision tool components are made. Mantle’s metal 3D printing technology delivers the accuracy, surface finish, and tool steel properties required for demanding tooling applications. Tools made with Mantle have produced millions of parts while reducing tooling lead times and costs and solving labor shortages. | Mantle’s automated toolmaking system produces injection mold tools at a fraction of the time and cost of traditional toolmaking methods. Mantle’s all-in-one system combines CNC machining with 3D printing of industry-standard tool steels to produce best-in-class tooling components with the properties and specifications demanded for rigorous tooling applications. Mantle’s customers make tooling a strategic advantage, accelerating their product development, lowering costs, solving labor challenges, and ultimately achieving mass production faster and with greater confidence.