Starlight for resin development in CAE【Labor-saving】for drive and transmission system development.
Starlight, the "Plastic Professionals," realizes resinization of high-temperature and high-load areas. Development can be completed in a short period, from standalone parts to resinization of motion system units!
- In CAE, we achieve performance predictions to confirm the benefits of resinization through structural analysis (linear and nonlinear), resin flow analysis, vibration analysis, performance analysis in units, thermal analysis, and more. Particularly, the abundance of metal substitution achievements in ultra-high load applications is a characteristic of Starlight. - "Esbear" has a proven track record of resinization in drive systems in fields exceeding 200°C, especially in extremely harsh wear resistance requirements such as lubrication-free and contamination-prone environments. - As "plastic professionals," we not only propose resin materials tailored to applications but also ensure reliable and rapid development of component and unit designs that fully leverage the performance of these resins and Esbear through CAE. - As a record of concurrent engineering, we have development achievements for major electrical and machinery manufacturers and Tier 1 achievements with domestic automobile manufacturers. *For more details, please download the catalog or feel free to contact us.
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P1
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Applications/Examples of results
I have experience in development for major electrical and machinery manufacturers and Tier 1 achievements with domestic automobile manufacturers.
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Company information
Starlight Industries was established in 1936 as a venture company focused on the development of unique sliding materials using phenolic resin. Since then, we have been engaged in the development of new materials, including high-performance engineering plastics, and their composites. Utilizing tribology (friction, wear, and lubrication engineering) and cutting-edge molding technology as key technologies, we provide one-stop solution proposals based on material design, molding processing, and evaluation analysis technology to achieve "optimization and labor-saving" in a wide range of applications and production equipment, including steel, paper, shipbuilding, industrial machinery, robotics, electrical and electronic equipment, and mobility, transport, and conveying equipment. Starlight's strengths: - Compound technology that meets friction performance - Performance evaluation and analysis technology for product design - Molding and processing technology that optimizes costs