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Design + Engineering
Camaco-Amvian’s design and engineering team, headquartered in Farmington Hills, Michigan combines vision and innovation with process-driven design solutions. The team is comprised of more than 60 engineers globally with offices in Farmington Hills, Michigan; Vadodara, India; and Ingolstadt, Germany.
Delivering Innovative Technology
Global production capabilities, leadership talent, wide product and service resources allow for complete vertical integration in an effort to guarantee the lowest cost for the customer.
Camaco-Amvian is the largest independent supplier of engineered seating solutions for the global automotive industry. The company prides itself on combining the synergies of advanced engineering, manufacturing expertise and financial strength to offer vehicle manufacturers seating structures of unparalleled quality and value. 
Camaco-Amvian provides its customers a number of innovative options by utilizing state of the art processes and technology. The company’s lean manufacturing techniques comprise flexible manufacturing cells, automated assembly lines and computerized robotic welding to deliver world-class products. 
To ensure Camaco-Amvian subscribes to a comprehensive design for each customer’s specific concept the company provides prototype build and management as well as test coordination. All essential developmental tools and processes are utilized to guarantee design and production activities lead to successful results for the customer. 
In an effort to shift to complete vertical integration Camaco-Amvian began operation of its own freight and logistics company in 1997. The result has been a complete success, as the company ships goods from suppliers to manufacturing locations, as well as from plant facilities to customer locations. Customs and logistics are currently managed among various global operations by operating 56 trucks and more than 200 trailers. 
Camaco-Amvian’s seating products cover the spectrum of passenger car and light truck applications, using lean production techniques, flexible manufacturing cells, automated assembly lines and computerized robotic welding to complement the manufacturing process and design requirements. 