Established in 2006, located in Grand Rapids, Michigan, Plasan North America (PNA) is a privately held manufacturing company and world class supplier of high performance metal, composite, and ceramic-composite components for military and commercial applications. Plasan North America offers light weight product solutions and local support to the biggest OEMs in North America.
Utilizing field-proven processes, advanced technologies, and supremely talented engineers, we skillfully oversee every phase of product ideation, development, and manufacturing while continuously delivering on your demands and exceeding your expectations.
From our 350,000 sq. ft. state-of-the-art manufacturing facilities in Michigan, Plasan North America makes advanced metal components and fabrications for virtually every commercial application. Designed for continuous growth and diversification, our manufacturing campus optimizes production runs for varied volumes. Among our newly expanded metals capabilities are: Multi-code capabilities of cutting, bending, and welding regular hard, high hard, and ultra-high hard steels; Specialized staff including multiple CWIs, CWEs, certified welders, and design engineers; and high precision laser cutting and bending of steel, stainless steel, and aluminum.
Established in 1948 (purchased by Plasan group on 2004), located in Chambilly, France, AMEFO is a privately held manufacturing company and has developed, over the years, expertise and know-how of metal and composite solutions for the civil markets and the defense industry.
AMEFO integrates optimal solutions that meet its costumers’ specifications and can be manufactured at the best value. This know-how applies to aerospace, energy, transport and lifting
220,000 square feet of production space designed for metal and composite technologies such as bending, sand blasting, welding, machining, fabric cutting, pressing, bonding, painting and complex assembly. Certified with ISO 9001:2015, ISO EN 3834, EN 15085 and SNCF Homologation, the core competencies that make up the AMEFO organization is its long-standing developed expertise and know-how in welded sub-assemblies for variety of industries (welding and QMOS qualifications) and its responsiveness to quickly put in place a suitable production line for metal composite elements with reliable processes and procedures.
Plasan Carbon Composites (PCC) is a privately held manufacturing company and leading supplier of carbon fiber parts and assemblies in North America. Headquartered in Grand Rapids, Michigan, PCC specializes in the production of Class A and structural parts with a client base comprised of North American Original Equipment Manufacturers (OEMs), and Tier-1 companies in need of lightweight product solutions.
Plasan Carbon Composites Research, Development, & Sales facility located near Detroit, Michigan, is key to commercial markets and allows for strategic partnerships with a multitude of suppliers & customers across the U.S.
Plasan Carbon Composites’ manufacturing facility is designed to cut carbon fiber rolled material, mold carbon fiber parts, machine formed parts to assembly specifications, bond subassemblies for structural integrity, prime or clear coat bonded parts and mechanically finish products to a surface quality that meets customer specifications. PCC offers the highest volume of automotive carbon fiber production globally for Uni-Direction & Exposed Weave materials on body panels, semi-structural, and structural applications.
Tortech Nano Fibers was founded in 2010 as a joint venture between Plasan Sasa Ltd (Israel) and Q-Flo Ltd (UK), a spin-off from Cambridge University, UK. Using the core technology for the production of carbon nanotubes developed at Q-Flo, Tortech is developing a patented process for the manufacture of ultra-long CNT mats non-woven for a wide range of commercial and defense applications.
Tortech’s CNT mats non-woven offer a combination of unique properties such as high electrical and thermal conductivity, excellent EMI shielding, combined with low weight and chemical durability. They are easy to work with, making them ideal for a wide range of exciting new applications in the aerospace, energy, water tech and defense industries.