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[Must-see for Mechanical Designers] Customized Gear Reducer Design Proposed by Resin Experts Y

Support from customized design to mass production, including optimal mechanism proposals and verification.

We provide comprehensive support from customized design utilizing special differential planetary gears, multi-stage planetary gears, and gear trains to evaluation and analysis. The following reduction mechanisms are also available: ■ Special differential planetary (3K type) - A mechanism characterized by its lightweight, flat design, and high reduction ratio. ■ Multi-stage planetary (2K-H type) - A mechanism characterized by its small diameter, compactness, and ease of assembly. ■ Gear trains - Design and material proposals as alternatives to metal are possible. ~Mass Production Achievements~ Color printer "Multi-stage planetary (2K-H type)" - Cumulative total of 400,000 units. Electric lock for residential entrance doors "Special differential planetary (3K type)" - Cumulative total of 2 million units. We also possess numerous performance evaluation devices for reduction gears. For information on other mechanisms, examples of customized designs, and past achievements, please download from the link below.

Starlight Industries Resin Gear Reducer Special Site

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Please download the materials regarding other mechanisms, customized design examples, and past achievements from the link below.

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Please download the materials regarding other mechanisms, customized design examples, and past achievements from the link below.

Applications/Examples of results

For information on other mechanisms, examples of customized designs, and past achievements, please download from the link below.

Resin Reduction Gear S-BearⓇDD Y

CATALOG

Gear Reducer Development Proposed by Resin Experts

CATALOG

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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