Actuator business
We operate a motor business centered on stepping motors and a scanner business centered on brushless motors. In particular, the air dynamic pressure bearing motor, which is based on our proprietary technology, features a non-contact structure during rotation, achieving ultra-high speed rotation, long life, and low vibration, and is used in products such as micro blowers and polygon laser scanners. We also supply a wide range of polygon mirrors and polygon laser scanners to a variety of markets and manufacturers, including biomedical and various industrial equipment.
Polygon mirror & polygon laser scanner
Applications
Multi Function Printer,copiers,Medical equipment,Laser printers, Image diagnostic equipment, Industrial testing equipment, Flaw testing equipment, etc.
Features
Our polygon laser scanners come in low-speed, high-precision types and ultra-high-speed rotation types (air dynamic bearing type). Our high-speed polygon laser scanner, which makes full use of our unique air dynamic pressure bearing technology, achieves ultra-high speed rotation because the bearing is non-contact during rotation, and does not generate wear, noise, vibration, or heat, and is high-end and durable. We will respond to your needs. In addition, for polygon mirrors, which require extremely advanced processing technology, we have built a mass production system that can handle a variety of sizes, numbers of faces, and shapes, and we boast an overwhelming No.1 share in the external sales market.
We are proud of our skilled processing technology and production capacity, which allows us to mass-produce high-quality, compact polygon mirrors and polygon laser scanners at a cost-competitive level, as well as custom-made them, which is truly our strength. We supply a wide range of polygon mirrors and polygon laser scanners to a variety of markets and manufacturers, including biomedical and various industrial equipment. Recently, it has been attracting attention as a scanning device for LiDAR.
Functions
Polygon laser scanner is an optical deflector that is used in multifunction devices and laser printers, and is a component that horizontally scans the drums with highly linear laser beams.
Fan＆Blower
Applications
Our DC Fans include amusement equipment, industrial equipment, OA equipment (laptop PCs, fax machines), computer peripheral equipment (laser printers, CD-R/RW drives, DVD drives), video equipment, communication equipment, and professional video cameras.
Micro blowers are used in medical equipment (ex. CPAP), household fuel cells, 3D printers, servers, ionizers, etc.
Micro blowers are used in medical equipment (ex. CPAP), household fuel cells, 3D printers, servers, ionizers, etc.
Features
Our micro blowers are innovative centrifugal fans that makes full use of our proprietary air dynamic bearing technology. By creating a non-contact state during rotation, we have achieved high power comparable to an air pump, semi-permanent bearing life, and surprisingly low vibration despite being small and lightweight.
Brushless DC axial fans are available in sizes 16 to 60 mm square, and feature small size, thin profile, high air volume, and low noise. In particular, our ultra-thin, compact side flow fan, which measures 16 mm square and has a thickness of 4.5 mm, is used in pico projectors and other devices, and is ideal for spot cooling PCB ICs in mobile devices that require space-saving support.
Brushless DC axial fans are available in sizes 16 to 60 mm square, and feature small size, thin profile, high air volume, and low noise. In particular, our ultra-thin, compact side flow fan, which measures 16 mm square and has a thickness of 4.5 mm, is used in pico projectors and other devices, and is ideal for spot cooling PCB ICs in mobile devices that require space-saving support.
Motor
Applications
Amusement equipment, Industrial equipment, OA equipment, Video equipment, Information equipment, Communication equipment, etc.
Features
Our motors are mainly stepping motors for the amusement machine market, and we have built a production system that allows us to quickly plan, propose, and develop products that immediately meet user needs, and to meet quick delivery deadlines.
We specialize in permanent magnet type (PM type) stepping motors, and our lineup ranges from standard stepping motors to linear drive types. With the technical know-how accumulated over many years, we have established high processing accuracy and assembly technology.
DC motors are available in low-noise resin gear types as well as metal gear types with improved gear strength.
We specialize in permanent magnet type (PM type) stepping motors, and our lineup ranges from standard stepping motors to linear drive types. With the technical know-how accumulated over many years, we have established high processing accuracy and assembly technology.
DC motors are available in low-noise resin gear types as well as metal gear types with improved gear strength.
Functions
Stepping motor is a motor that rotates by a fixed angle each time a pulse signal is applied to the drive circuit, unlike a general motor that rotates once it is connected to a power source. In other words, the motor rotation speed is proportional to the number of pulse signals given to the drive circuit, and the rotation speed is proportional to the frequency of the pulse signals.
In a DC motor, when current is passed through the commutator to the rotor, it is in a magnetic field, so electromagnetic force is generated and it rotates. The rotational force is used to perform mechanical work.
In a DC motor, when current is passed through the commutator to the rotor, it is in a magnetic field, so electromagnetic force is generated and it rotates. The rotational force is used to perform mechanical work.
Potentiometer＆Encoder
Applications
Potentiometers are used in medical equipment, commercial printing machines, measuring instruments, etc., and are also used in a variety of industries and applications, including outdoor special vehicles, ships, and infrastructure equipment. Rotary encoders are used as position and angle sensors for various industrial equipment (industrial robots, injection molding machines, financial terminal equipment), transportation equipment, computer peripheral equipment, measuring equipment, etc., and for manual settings of communication equipment and measuring equipment. It can be used as. Joystick encoders are mainly used in operation panels for medical equipment, broadcast equipment, surveillance cameras, etc.
Features
Potentiometers are available in contact and non-contact types. Contact types include wire-wound resistance element types, conductive plastic resistance element types, and cermet resistance element types, depending on the type of resistance element, and a lineup of single-turn types, multi-turn types, and linear types. We are proud of our wide selection of products. The encoder is specialized in small incremental type rotary encoders. Rotary encoders for setting are available in both optical and magnetic types, and we offer a wide variety of products to suit your usage, including with or without a switch function, with or without a click function, and even with panel waterproof specifications. Optical rotary encoders for servos are available in sizes from φ12mm to φ30mm, and are compact and lightweight, with a lineup ranging from low-cost types to high-resolution types. The joystick encoder is the perfect size for panel operation, and provides an outstanding operating feel (click/switch feel). Furthermore, we have achieved a dramatically longer lifespan. Function A potentiometer is a displacement sensor that provides a voltage output proportional to the amount of mechanical displacement. A rotary encoder is a sensor that converts the amount of rotational mechanical displacement into an electrical signal as a digital signal based on a grid disk containing the rotational displacement of the input shaft, and processes this signal to detect position, speed, etc. . A joystick encoder is a multifunctional device that integrates a joystick, encoder, and switch. It has a rotary encoder with a push switch and a joystick function.
