Takiron CI Corporation (President and CEO: Yuji Fukuda, hereinafter "Takiron CI"), a comprehensive plastic processing manufacturer, has developed a new coreless motor (φ17.4 high-torque type) that achieves both approximately 50% smaller volume compared to conventional models and high torque※. This motor will contribute to enhanced performance across a wide range of fields requiring miniaturization, such as medical devices, robotics, and precision instruments. ※Torque... The rotational force generated by a motor's shaft to turn an object Watch the φ17.4 High-Torque Model Promotion Video Here ■ Background The micro motor market is expected to continue expanding, driven by technological advances such as equipment automation, miniaturization, and higher efficiency. Leveraging its expertise—established as the first company in Japan to develop rubber compounded with iron oxide, and known for creating the world's smallest vibration motor at φ6 in the 1990s—Takiron CI has successfully developed a new coreless motor that reduces volume by approximately 50% compared to conventional models while delivering torque equivalent to or greater than previous models. ◼ Specifications of the "φ17.4 High-Torque Model" and Comparison of Starting Torque with Takiron CI's Existing Coreless Motors (24V Specification) 1. Comparison with Takiron CI's Existing φ22 Coreless Motor ✓ Achieves equivalent or higher starting torque compared to the existing φ22 model, despite reducing volume by approximately 50%. ✓ Meets demands for product miniaturization without compromising performance. 2. Comparison with Takiron CI's Existing φ17.4 Coreless Motor ✓ Delivers 1.8 times higher starting torque at the same volume. ✓ Ideal for applications requiring performance enhancement without changing product design. *Volume is calculated based on a cylindrical model of the motor body only, using the formula: (diameter/2)2 × π × length. ・Application Examples ■ Product Inquiries ・Available size range: Custom consul