■In a tough competitive environment, you need sophisticated technology and the ability to respond
New technologies and originality are what it takes to succeed in changing times. The worldwide recession has
broken open the door to a new era of environmentally-responsible vehicles. It takes a broad spectrum of
leading-edge technologies to respond to the need for energy conservation and high-performance. TAMADIC has
taken on the difficult technical challenges of cost reduction, miniaturization and weight reduction, fuel
efficiency, and environmental issues. We provide a full range of services to the automotive industry, from
development and design to production preparation and line maintenance.
TAMADIC is well-equipped to support all phases of manufacturing process, from design to production preparation and systems development. We can manufacture special-order parts at our plants. Leveraging this integrated production system, we offer end-to-end support throughout the vehicle planning process, from basic design to line start up. Through the skillful application of concurrent engineering (CE) methods that pull together years of factory floor experience and knowledge, TAMADIC provides total support for the entire production process.
Full-size bus design | Seat design |
Specialty vehicle development and design | Combination lamp design |
Hybrid vehicle battery development and design | Fuel system design |
Automobile parts production equipment design | Brake design |
Electronic parts and substrate analysis models | Accelerator design |
Vehicle power train development and design | Suspension design |
Engine development and design | Production equipment control design |
Drive train development and design | Engine design |
Design of plastic parts | Transmission design |
Instrument panel structural design | Chassis and body design |
Design of small motors for vehicles | 3-D modeling of automobile parts |
Design of automobile acoustic absorbent materials | Production preparation |
ROB-CAD analysis technology | Production technology |
Press formability analysis | Automobile assembly control systems |
Body production equipment design | Press die design |
Vehicle development | Welding jig design |
Engine compartment layout | Die-cast parts design |
Floor layout | Design of welding, machining, and assembly jigs |
CPM design | Instruments, console, layout |
Inspection jig design | Windshield wiper design |
Transport simulation |