The Heart of Next-Generation Precision Equipment: Ultra-Thin Seamless Stainless Belts. Establishing a New Standard in Power Transmission with High Precision and Environmental Adaptability.

Overview
The drive transmission method of precision equipment significantly affects its overall performance based on efficiency and accuracy. Traditional gears and rubber belts have faced issues with transmission accuracy degradation and dust generation. In response, our newly developed ultra-thin seamless stainless belt fundamentally solves these problems. With minimal strength and rigidity variation in the circumferential direction, it achieves exceptionally high drive transmission accuracy. Furthermore, the high rolling rate achieved through spinning processing provides mechanical strength of over 1,600 Mpa.

Features
High-Precision Drive Transmission: Minimal variation in strength and rigidity in the circumferential direction significantly improves drive transmission accuracy.
High Mechanical Strength: Achieves over 1,600 Mpa of high strength through the effects of the rolling rate from spinning processing.
Anti-Static: Its non-static nature makes it ideal for driving precision electronic equipment.
Suitable for Harsh Environments: Maintains high strength and durability even under extreme temperatures, low temperatures, and vacuum conditions.
Cost Reduction: Application of metal sleeve technology achieves cost reduction while maintaining high performance.

Specifications
Processable Dimensions: Outer diameter φ20 to 160 mm, width L3 to 400 mm, thickness t0.015 to 0.060 mm.
Processable Materials: SUS304, SUS305, SUS316L, etc., with material selection possible according to application.

This ultra-thin seamless stainless belt can be utilized as a drive transmission belt in a wide range of fields, including precision machinery, food machinery, and medical equipment. Its high precision and environmental adaptability establish a new standard in power transmission, contributing to the performance improvement of various devices.