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We are developing a flat-shaped "Axial Gap Motor." Unlike conventional radial gap motors, it is characterized by being space-saving, lightweight, and highly efficient. By optimizing the fractional slots, we reduce torque ripple. Additionally, we can provide design proposals for motor characteristics and mounting shapes according to your requirements. 【Features】 - Adoption of a 3D structured powder core and concentrated winding of coils for miniaturization and flattening - Use of surface-mounted magnets and non-magnetic support materials (Rotor) for a maximum efficiency of 96% - Reduction of torque ripple through the optimization of fractional slots - Capability to provide design proposals for motor characteristics and mounting shapes according to your requirements *For more details, please download the PDF or feel free to contact us.

Our company is developing a flat-shaped "Axial Gap Motor." Unlike conventional radial gap motors, it is characterized by being space-saving, lightweight, and highly efficient. By adopting a 3D structured powdered core and concentrated winding of the coils, we have achieved a compact and flat design. With the use of surface-mounted magnets and non-magnetic support materials (Rotor), we have achieved a maximum efficiency of 96%. 【Features】 ■ Achieves compact flat design with 3D structured powdered core and concentrated winding of coils ■ Maximum efficiency of 96% with the use of surface-mounted magnets and non-magnetic support materials (Rotor) ■ Reduces torque ripple through optimization of fractional slots ■ Supports design proposals for motor characteristics and mounting shapes according to your requirements *For more details, please download the PDF or feel free to contact us.

We are developing a flat-shaped "Axial Gap Motor." Unlike conventional radial gap motors, it is characterized by being space-saving, lightweight, and highly efficient. The flat shape structure offers the advantage of reducing the axial dimension of the motor, making it suitable for applications with layout constraints. 【Features】 - Adoption of a 3D structured powder core and concentrated winding of the coil for compact flattening - Use of surface-mounted magnets and non-magnetic support materials (Rotor) for a maximum efficiency of 96% - Optimization of fractional slots to reduce torque ripple - Design proposals for motor characteristics and mounting shapes tailored to your requirements *For more details, please download the PDF or feel free to contact us.

We are developing a flat-shaped "Axial Gap Motor." Unlike conventional radial gap motors, it is characterized by being space-saving, lightweight, and highly efficient. With the adoption of surface-mounted magnets and non-magnetic support materials (Rotor), the maximum efficiency reaches 96%. We can provide design proposals for motor characteristics and mounting shapes according to your requirements. 【Features】 - Adoption of a 3D structured powder core and concentrated winding of coils for miniaturization and flattening - Maximum efficiency of 96% with the use of surface-mounted magnets and non-magnetic support materials (Rotor) - Reduction of torque ripple through optimization of fractional slots - Design proposals for motor characteristics and mounting shapes according to your requirements *For more details, please download the PDF or feel free to contact us.

Our company is developing a flat-shaped "Axial Gap Motor." Unlike conventional radial gap motors, it is characterized by being space-saving, lightweight, and highly efficient. We can provide design proposals for motor characteristics and mounting shapes according to your requirements. The flat shape structure allows for a reduction in the axial dimension of the motor. 【Features】 - Adoption of a 3D structured powder core and concentrated winding of the coil for miniaturization and flattening - Use of surface-mounted magnets and non-magnetic support materials (Rotor) for a maximum efficiency of 96% - Optimization of fractional slots to reduce torque ripple - We can provide design proposals for motor characteristics and mounting shapes according to your requirements. *For more details, please download the PDF or feel free to contact us.

We are developing a flat-shaped "Axial Gap Motor." Unlike conventional radial gap motors, it is characterized by being space-saving, lightweight, and highly efficient. By adopting a 3D structure powder core and concentrated winding of the coils, we achieve a compact and flat design. Optimization of fractional slots reduces torque ripple. 【Features】 ■ Achieves compact flat design with 3D structure powder core and concentrated winding of coils ■ Highest efficiency of 96% with surface-mounted magnets and non-magnetic support materials (Rotor) ■ Reduces torque ripple through optimization of fractional slots ■ We can accommodate design proposals for motor characteristics and mounting shapes according to your requirements *For more details, please download the PDF or feel free to contact us.

We are developing a flat-shaped "Axial Gap Motor." Unlike conventional radial gap motors, it is characterized by being space-saving, lightweight, and highly efficient. The flat shape structure allows for a thinner axial dimension of the motor. It is also suitable for applications with layout constraints. 【Features】 - Adoption of a 3D structured powder core and concentrated winding of the coil for miniaturization and flattening - Use of surface-mounted magnets and non-magnetic support materials (Rotor) for a maximum efficiency of 96% - Optimization of fractional slots to reduce torque ripple - We can accommodate design proposals for motor characteristics and mounting shapes according to your requirements. *For more details, please download the PDF or feel free to contact us.

We are developing a flat-shaped "Axial Gap Motor." Unlike conventional radial gap motors, it is characterized by its space-saving, lightweight, and high-efficiency design. We can provide design proposals for motor characteristics and mounting shapes tailored to your requirements. It is also suitable for applications with layout constraints. 【Features】 - Adoption of a 3D structured powder core and concentrated winding of the coil enables compact flattening. - Use of surface-mounted magnets and non-magnetic support materials (Rotor) achieves a maximum efficiency of 96%. - Optimization of fractional slots reduces torque ripple. - We can provide design proposals for motor characteristics and mounting shapes tailored to your requirements. *For more details, please download the PDF or feel free to contact us.

Our company is developing a flat-shaped "Axial Gap Motor." Unlike conventional radial gap motors, it is characterized by being space-saving, lightweight, and highly efficient. The flat shape structure allows for a thinner axial dimension of the motor, and it can easily accommodate an integrated inverter and appropriate transmission. [Features] ■ Provides high torque and high continuous output density with a liquid cooling mechanism ■ Easily accommodates an integrated inverter and appropriate transmission *For more details, please download the PDF or feel free to contact us.

Our company is developing a flat-shaped "Axial Gap Motor." Unlike conventional radial gap motors, it is characterized by being space-saving, lightweight, and highly efficient. It provides high torque and high continuous output density with a liquid cooling mechanism, making it suitable for applications with layout constraints. [Features] - Provides high torque and high continuous output density with a liquid cooling mechanism - Built-in inverter and easy to mount appropriate transmission *For more details, please download the PDF or feel free to contact us.

We are developing a flat-shaped "Axial Gap Motor." Unlike conventional radial gap motors, it is characterized by being space-saving, lightweight, and highly efficient. The flat shape structure allows for a thinner axial dimension of the motor. It is also suitable for applications with layout constraints. 【Features】 - Adoption of a 3D structured powdered core and concentrated winding of coils for miniaturization and flattening - Use of surface-mounted magnets and non-magnetic support materials (Rotor) for a maximum efficiency of 96% - Optimization of fractional slots to reduce torque ripple - Design proposals for motor characteristics and mounting shapes according to your requirements *For more details, please download the PDF or feel free to contact us.