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Introducing a coreless brushless DC motor that overcomes the weaknesses of coreless motors. This brushless motor boasts more than double the output of conventional motors.

**Features** Comparison with Conventional Motors: Our coreless motor has achieved lightweight and compact design compared to conventional motors. As the name suggests, coreless motors do not have a core (iron core), making them about half the weight and approximately two-thirds the volume of standard core motors. The characteristics of coreless motors include not only being lightweight and compact but also having no cogging, minimal eddy current loss due to high-speed rotation, resulting in less heat generation even at high rotational speeds, and the motor itself being highly efficient. Comparison with Conventional Coreless Motors: Conventional coreless motors are very weak against force and heat because they are shaped solely from copper wire, making it physically impossible to produce torque (force). We have succeeded in developing a motor that overcomes the weaknesses of coreless motors, specifically being "weak against heat and unable to carry high current." We offer an upgraded coreless motor that retains the features of coreless motors while enhancing power. For more details, please contact us or download the catalog.

Universal geared motor: A compact, lightweight, high-quality, and low-cost geared motor. Perfect for universal geared motors!

【Features】 - Compact and lightweight general-purpose geared motor - User-friendly geared motor - High quality at a low price - Reliable track record - Strong sales support - Various gear head variations

"High Efficiency Geared Motor" Technical materials for compact, lightweight, high-quality, and low-cost geared motors with reducers are provided. A review of the basics of geared motors!

【Features】 ○ Compact and lightweight geared motor for transport carts ○ High quality at a low price ○ Extensive lineup ○ Low noise ○ Reliable track record ○ Strong sales support ○ Various gear head variations For more details, please contact us or download the catalog.

A compact gear is built into the motor! It can deliver high torque while maintaining the same motor size. *Latest technical documentation: Special presentation of the technical documentation for the gear-integrated motor!

【FA Equipment Applications】 - Small robots - Small AGVs (Automated Guided Vehicles) - Small conveyors - Small unmanned transport vehicles - Small assistive carts - Small electric carts - Small unmanned carts - Small humanoid robots - Small customer service robots - Small transport equipment - Small arm robots - Small SCARA robots - Small vertical multi-joint robots - Small compound arms - Small picking inspection devices - Small box packing robots - Small cardboard palletizing - Small machine tools supply and retrieval - Small construction and canning structure welding - Small PET bottle picking and transport - Small electronic component picking inspection - Small transport parts picking and transport - Small parallel picking (overhead type) - Small dispensers - Small bolt and screw tightening and other general FA equipment - Small autonomous robots - Small agricultural machinery - Small home appliances - Small automobiles - Small quadruped robots - Small underwater mobile robots - Small nursing care robots

The fixed shaft features a unique technology that allows for a through-type design, making it a wheel-in motor that is strong against loads and impacts. #TechnicalDocumentation #InWheel

●Compact: Thanks to the built-in gear effect, it is overwhelmingly smaller compared to products from other companies. ●Lightweight: Due to the coreless structure, it is lightweight and contributes to the reduction of the vehicle's weight. ●High Efficiency: Longer battery operating time and increased generation of regenerative energy. ●Cogging-Free: With the coreless structure, cogging torque is zero. ●High Torque: By using metal gears instead of resin gears, it achieves three times the torque compared to conventional models. An in-wheel motor is an electric motor that fixes the wheel hub shaft and rotates the motor body. In-wheel motors have a wide range of applications, including electric vehicles, electric wheelchairs, and electric assist bicycles. Our in-wheel motor incorporates a gear mechanism inside the motor, achieving overwhelming miniaturization and weight reduction compared to other companies' in-wheel motors.

We would like to present the basic technical materials for AC servo motors. Introducing the basics of servo motors. Delving into the fundamentals of servo motors!

【Features】 [CPS50] ○ Can support rated output up to 170W in an extremely small size ○ Delivers a rated torque of 0.16 Nm ○ Lightweight and compact (high output per weight and volume) ○ High precision control possible due to no cogging or hysteresis loss ○ Extremely low terminal resistance and inductance ○ Encoder option available [CPS62] ○ Ideal for small to medium AC servo motors ○ Lightweight and compact size, can support rated output up to 350W ○ Delivers a rated torque of 0.52 Nm ○ Can set rotation speed quickly, contributing to improved work efficiency ○ Lightweight and compact (high output per weight and volume) ○ High precision control possible due to no cogging or hysteresis loss ○ Extremely low terminal resistance and inductance ○ Encoder option available [CPS80] ○ Optimal as a medium AC servo motor ○ Delivers a rated torque of 0.90 Nm ○ High precision control possible due to no cogging or hysteresis loss ○ Extremely low terminal resistance and inductance ○ Encoder option available For more details, please contact us or download the catalog.