ダイナックス Product Lineup

The "Axial Gap Motor" is a motor applicable for driving and auxiliary use in EVs, HEVs, and industrial applications. It achieves a compact and flat design by adopting a 3D structured powder core and concentrated winding of the coils. By utilizing a surface-mounted magnet type and non-magnetic support material (Rotor), it has achieved a maximum efficiency of 96%. We can accommodate design proposals for motor characteristics and mounting shapes according to your requirements. 【Features】 ■ Achieves compact flat design with 3D structured powder core and concentrated winding of coils ■ Maximum efficiency of 96% with surface-mounted magnet type and non-magnetic support material (Rotor) ■ Reduces torque ripple through optimization of fractional slots ■ Accommodates 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.

■What is an Axial Gap Motor? An axial gap motor is a high-efficiency, high-torque electric motor that has a structure where the magnetic flux flows in the axial direction. The stator and rotor are arranged in a disk shape facing each other, and the magnetic flux flows in the axial direction, exhibiting performance characteristics different from conventional radial motors. ■Principle Structure In an axial gap motor, the stator coil and rotor magnet are arranged in a planar configuration, and torque is generated by the flow of magnetic flux in the axial direction. This structure allows for the concentration of magnetic flux density and the expansion of the torque generation area, achieving high output while remaining compact. ■Differences from Radial Motors Radial motors are highly versatile, excelling in manufacturing costs and design flexibility, but due to their structure, they tend to be thicker and have limitations in cooling and torque density. In contrast, axial gap motors feature a thin design, high torque, and high efficiency, making them ideal for applications in special vehicles, compact mobility, and robotics where space constraints are present. Particularly in applications requiring both lightweight and high output, axial motors demonstrate significant advantages.

The "Axial Gap Motor" is a motor and generator used for driving and auxiliary applications in EVs, HEVs, and industrial use. It achieves a compact and flat design through the adoption of a 3D structured powdered core and concentrated winding of the coils. By utilizing a surface-mounted magnet type and non-magnetic support material (Rotor), it has achieved a maximum efficiency of 96%. We can accommodate design proposals for motor characteristics and mounting shapes according to your requirements. 【Features】 ■ Achieves compact and flat design through the adoption of a 3D structured powdered core and concentrated winding of the coils ■ Achieves 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 ■ Accommodates 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.

The "AFT140i" is a motor with an integrated inverter suitable for small mobility applications. An optional reduction gear can be added. With Axial Flux Technology and a liquid cooling mechanism, it provides high torque and high continuous output density. Its compact and lightweight package contributes to reducing the footprint of the applicable applications. We respond to customer requests with two voltage levels and four gear ratios. 【Features】 ■ Provides high torque and high continuous output density with Axial Flux Technology and a liquid cooling mechanism ■ Easily accommodates an integrated inverter and suitable transmission ■ Reduces the footprint of applicable applications with a compact and lightweight package ■ Responds to customer requests with two voltage levels and four gear ratios *For more details, please download the PDF or feel free to contact us.

Features: Flat-shaped, high-efficiency axial gap motor Output range: 3 to 18.7 kW Size: Slim design with an outer diameter of φ230 to 300 mm and a shaft length of 100 mm Applications: Can be mounted in motors and generators for EVs, HEVs, and industrial drive and auxiliary applications Support: Custom design and proposals available upon request *For more details, please download the PDF or feel free to contact us.*

The "AFT140i eDrive" is a motor with an integrated inverter suitable for small vehicles. An optional transmission can be added. With Axial Flux Technology and a liquid cooling system, it provides high torque and high continuous output density. Its compact and lightweight package contributes to reducing the footprint of applicable applications. We respond to customer requests with two voltage levels and four gear ratios. 【Features】 ■ Provides high torque and high continuous output density with Axial Flux Technology and a liquid cooling system ■ Easily accommodates an integrated inverter and suitable transmission ■ Reduces the footprint of applicable applications with a compact and lightweight package ■ Responds to customer requests with two voltage levels and four gear ratios *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.

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.

The "Axial Gap Motor" is a motor applicable for driving and auxiliary use in EVs, HEVs, and industrial applications. While advancing the development of your products, are you facing any of the following challenges? - Wanting to reduce the space for motor layout - Looking to further increase energy efficiency - Improving motor quality and ensuring stable procurement 【Features】 - Adoption of a 3D structured powder core and concentrated winding of coils 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 - Dustproof and waterproof performance equivalent to IP67 - Compatible with low to high voltage (48V to 800V) - 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.

The "Axial Gap Motor" is a motor applicable for driving and auxiliary use in EVs, HEVs, and industrial applications. As you advance the development of your products, are you facing any of the following challenges? - Wanting to reduce the space for motor layout - Looking to further increase energy efficiency - Seeking improvements in motor quality and stable procurement By adopting a 3D structured powder 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%. We can provide design proposals for motor characteristics and mounting shapes according to your requirements. 【Features】 ■ Achieved compact and flat design with 3D structured powder core and concentrated winding of coils ■ Maximum efficiency of 96% with the use of surface-mounted magnets and non-magnetic support materials (Rotor) ■ Reduced 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.

The "Axial Gap Motor" is a motor applicable for driving and auxiliary use in EVs, HEVs, and industrial applications. As you advance the development of your products, are you facing any of the following challenges? - Wanting to reduce the space for motor layout - Looking to further increase energy efficiency - Aiming for improved motor quality and stable procurement We have achieved a compact and flat design through the adoption of a 3D structured powder core and concentrated winding of coils. By using a surface-mounted magnet type and non-magnetic support material (Rotor), we have achieved a maximum efficiency of 96%. We can provide design proposals for motor characteristics and mounting shapes tailored to your requirements. 【Features】 ■ Achieved compact and flat design through the adoption of a 3D structured powder core and concentrated winding of coils ■ Maximum efficiency of 96% with the use of surface-mounted magnet type and non-magnetic support material (Rotor) ■ Reduced torque ripple through optimization of fractional slots ■ 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.

The "Axial Gap Motor" is a motor applicable for driving and auxiliary use in EVs, HEVs, and industrial applications. As you advance the development of your products, are you facing any of the following challenges? - Wanting to reduce the space for motor layout - Looking to further increase energy efficiency - Improving motor quality and ensuring stable procurement We have achieved miniaturization and flattening through the adoption of a 3D structured powdered core and concentrated winding of the coils. By employing a surface-mounted magnet type and non-magnetic support material (Rotor), we have achieved a maximum efficiency of 96%. We can provide design proposals for motor characteristics and mounting shapes tailored to your requirements. 【Features】 ■ Achieved miniaturization and flattening through the adoption of a 3D structured powdered core and concentrated winding of the coils ■ Maximum efficiency of 96% achieved with the use of surface-mounted magnets and non-magnetic support materials (Rotor) ■ Reduced torque ripple through optimization of fractional slots ■ 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.

The "Axial Gap Motor" is a motor applicable for driving and auxiliary use in EVs, HEVs, and industrial applications. As you advance the development of your products, are you facing any of the following challenges? - Wanting to reduce the space for motor layout - Looking to further increase energy efficiency - Aiming for improved motor quality and stable procurement 【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) achieving a maximum efficiency of 96% - Optimization of fractional slots to reduce torque ripple - Dustproof and waterproof performance equivalent to IP67 - Compatible with low to high voltage (48V to 800V) - Proposals for motor characteristics and mounting shapes tailored to your requirements *For more details, please download the PDF or feel free to contact us.

In the EV industry, reducing vehicle weight is a crucial challenge for extending driving range and improving energy efficiency. In particular, miniaturizing and enhancing the efficiency of motors are essential for reducing the overall weight of the vehicle and minimizing energy consumption. Axial gap motors contribute to the lightweighting and performance enhancement of EVs by achieving space efficiency and high energy efficiency. 【Application Scenarios】 - EV drive motors - Compact mobility - Special vehicles 【Benefits of Implementation】 - Vehicle lightweighting - Extended driving range - Improved energy efficiency DynaX Co., Ltd. is a specialized manufacturer of drive system components, providing high-quality products that satisfy our customers. We conduct research and development, production, and sales in a consistent system, actively developing products that cater to electrification.

In the robotics industry, high torque and space-saving characteristics are required for the drive of arms and joints. In particular, to increase the load capacity and enhance the agility of movements, compact motors with high output are essential. Axial gap motors have been developed to meet these needs. 【Application Scenarios】 - Arm drive for industrial robots - Joint drive for collaborative robots - Drive for transport robots 【Effects of Implementation】 - Increased load capacity due to high torque - Space-saving due to miniaturization - Improved energy efficiency due to high efficiency

In the machine tool industry, precise control of motors is required to achieve high-precision machining. In particular, positioning accuracy and response speed are critical factors that influence product quality. Conventional motors may face space constraints and energy efficiency challenges, which can hinder performance improvements. Our axial gap motor achieves high output and a maximum efficiency of 96% while maintaining a compact and flat design. This contributes to space-saving and energy-saving, supporting the enhancement of machine tool performance. 【Application Scenarios】 - Precision grinding machines - CNC lathes - Laser processing machines 【Benefits of Implementation】 - High-precision positioning control - Space-saving - Improved energy efficiency

In the AGV (Autonomous Guided Vehicle) industry, high output in limited spaces and high energy efficiency to support long operating hours are required. In particular, for AGVs that operate autonomously within warehouses and factories, miniaturization of motors enhances layout flexibility, and energy-saving performance affects running costs. Axial gap motors have been developed to address these challenges. 【Application Scenarios】 - Transport AGVs in warehouses - Parts transport AGVs in factories - Transport AGVs for outdoor use 【Benefits of Implementation】 - Miniaturization and lightweight design of AGVs - Extended battery operating time - Cost reduction through energy savings

In the electric tool industry, there is a demand for both work efficiency and portability. This is particularly important for tools that require high power, where the size and performance of the motor are critical issues. Conventional motors tend to be larger, which can make them cumbersome to handle. Axial gap motors achieve compact electric tools that are high-powered yet small due to their compact flat design and high efficiency. 【Usage Scenarios】 - Impact Wrench - Grinder - Electric Drill 【Benefits of Implementation】 - Lightweight tools - Improved workability - Extended battery runtime

The "DAX-350" is a flat, high torque density axial gap motor. It supports a power supply voltage range of 300 to 600 Vdc and enables high-precision rotation detection using a resolver. It can withstand vibrations of up to 5G. The cooling method employs liquid cooling, achieving a maximum output (60 sec) of 84 kW, a rated output (60 min) of 55 kW, and a maximum torque (60 sec) of 800 Nm. The inverter is separate. 【Features】 ■ Flat, high torque density axial gap motor ■ Continuous operation with high torque enabled by liquid cooling mechanism ■ Supports a power supply voltage range of 300 to 600 Vdc ■ High-precision rotation detection possible with a resolver ■ Waterproof and dustproof IP67, X9K, and can withstand vibrations of up to 5G *For more details, please download the PDF or feel free to contact us.

This document is a collection of applications for the "Axial Gap Motor," which achieves miniaturization and flattening through the adoption of a 3D structured powder core and concentrated winding of the coil. It explains common challenges and expected benefits in the use of electric motors in applications such as electric small buses, ride-on lawn mowers, and towing carts. Additionally, it introduces the features of the "Axial Gap Motor." We encourage you to read it. [Contents] ■ Use of in-wheel motors in electric small buses ■ Use of electric motors for driving ride-on lawn mowers ■ Use of electric motors for driving towing carts ■ Replacement of hydraulic actuators with electric motors ■ Replacement of hydraulic/engine pumps with electric motors *For more details, please download the PDF or feel free to contact us.

This document introduces the basic knowledge of "Axial Gap Motors." As an overview of the motor, it explains the use of magnetic attraction/repulsion forces to generate rotational magnet torque and the utilization of electromagnets, accompanied by diagrams. Additionally, it clearly explains the unique flat shape of axial gap motors using schematic diagrams. [Contents] ■ Magnet Torque ■ Rotating the Rotor ■ Utilizing Electromagnets ■ Rotating the Rotor with Electromagnets ■ Motor Structure ■ Differentiation through Flat Shape *For more details, please download the PDF or feel free to contact us.