Would you like to develop high-performance CFRP parts with excellent cost performance?
At Tech Lab Co., Ltd., we offer "Anisotropic Design and Analysis of CFRP." We possess a variety of anisotropic material data necessary for anisotropic analysis of many PAN-based and pitch-based CFRPs. Through numerical analysis using FEM (Finite Element Method), we conduct optimal orientation and lamination design tailored to the specifications of parts and products. Furthermore, we propose feasible and cost-effective lamination configurations that take moldability into account, rather than just simple numerical analysis. [What can be achieved with anisotropic design (excerpt)] ■ Ultra-lightweight materials with a specific gravity of 1.5 to 1.7 that have high thermal conductivity ■ Parts with high thermal dimensional stability that have an ultra-low thermal expansion coefficient ■ Heat transfer/insulation that can be controlled based on direction ■ Ability to balance strength, rigidity, and thermal properties, among others *For more details, please refer to the PDF materials or feel free to contact us.
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FEM Analysis of CFRP for Optimal Design ■ Self-weight / Load Stress Analysis ■ Self-weight / Load Deformation Analysis ■ Eigenvalue Analysis ■ Thermal Stress Analysis ■ Thermal Deformation Analysis ■ Heat Transfer Analysis *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Tech Lab Co., Ltd. is a professional group that supports the "prototyping" needed by client companies and their representatives. We can assist in the entire process of prototype development across various industries, including the automotive sector, from planning, design, and engineering to modeling, assembly, and inspection/verification, providing services such as outsourcing and advice. Tech Lab is composed of experienced staff who have primarily supported prototype manufacturing in the automotive industry, assisting with "full vehicle prototypes" such as concept cars and research and development vehicles, as well as numerous "partial vehicle prototypes" focusing on exterior and interior components. Utilizing the know-how gained from prototype manufacturing in the highly technical automotive industry, we support prototype development in various industries using technologies such as "carbon processing," "sheet metal processing," and "sewing processing." Additionally, we have a wealth of development experience in various amusement devices leveraging planning, design, engineering, and molding technologies, and we welcome inquiries for all types of prototype development.