30kg load capacity and ±0.1µm reproducibility 6-axis precision hexapod
Optimize alignment in the field of photonics with nano-level operation and large apertures.
Optimize the manufacturing process with a compact yet high-precision 6-axis positioning system.
High-thrust piezo actuators that achieve nano-level positioning.
44mm square, maximum stroke of 120µm, high-precision nanopositioner with 0.2nm resolution.
Air bearing stage that supports high-precision calibration work.
An absolute encoder that, like a resolver, is designed for harsh environments and can achieve 22-bit high resolution and high precision. It is unaffected by condensation, oil, dust, or dirt.
Introducing shaft diameter and operating temperature range! Rotary encoder selection guide.
Achieve reliable operation while minimizing friction! Usable in micro-manufacturing, medical technology, and tool control!
Innovating the semiconductor manufacturing process with nanometer-level precision.
High-speed and high-precision wafer inspection is achieved by V-P01.
XY stage supporting high-speed and high-precision experiments.
Ideal for fine-tuning optical systems. High-precision nanopositioner with 0.1 nm resolution.
Flatness of 5 nm, resolution of 0.3 nm, achieving high-speed and high-precision operation with an XY-axis piezo scanner.
Standard rotary encoders for space applications are supplied!!
Permanent magnet BL14060DI hub motor for robots, hollow shaft brushless DC motor, 24V/48V, 300RPM.
Provides essential location and speed information for control functions in various electronic devices!
Manual Setting Type Optical Encoders
We will fully meet our customers' needs with a complete lineup.
A compact linear positioning system with a low price and a footprint of only 44 x 44 mm.
0.1 nm resolution × 0.02% linearity. High-speed servo control of 50-250 µm with zero friction.
Zero wear with air levitation and linear motor. Maximum speed 2m/s, sensor resolution 1nm.
Achieving sub-micron precision Z-axis control with high-speed response and high-rigidity guide.
Non-contact, wear-free, and long-lasting, achieving smooth operation at the nanometer level.
Achieves high precision and high-speed operation while being compact. A highly reliable 6-axis positioning system.
Non-contact, wear-free, and long-lasting, achieving smooth operation at the nanometer level.
Zero friction, high-precision positioning. Revolutionizing the adjustment work of optical devices.
A compact air bearing stage that achieves zero friction and high-precision positioning.
Zero wear with air levitation and linear motor. Maximum speed 2 m/s, sensor resolution 1 nm.
Non-contact drive using air bearings and linear motors. Contributes to the acceleration and stabilization of substrate and component inspection.
Easy nano positioning with 0.1nm resolution and high stability control.
Provides sub-nanometer resolution. 0.1nm resolution and high linearity vertical positioning.
Piezo stage with an opening that achieves nano-level adjustments.
±0.2µm reproducibility, heavy-load compatible model with absolute encoder
High-precision hexapod supporting advanced bioimaging with 6 degrees of freedom control.
Improving the quality and efficiency of semiconductor inspection with high-speed, high-precision Z-axis control.
Achieves sub-micron level precision Z-axis control with high-speed response and high rigidity.
XY stage contributing to the efficiency and accuracy improvement of calibration work.
Compact linear stage with a size of 60mm square, compatible with XYZ axes.
Compact linear stage compatible with XYZ axis, size 60mm square.
Ideal for precise positioning in optical systems. Compact high-precision linear stage with a width of 60mm and a maximum stroke of 200mm.
For Z-axis positioning in wafer inspection and chip inspection. Precision Z-stage utilizing high-rigidity cross roller guides.
For positioning the Z-axis in microscopy, optical experiments, and precision measurements. A precision Z-stage featuring a high-rigidity cross roller guide.
Ideal for nano-precision assembly that cannot be achieved with conventional motor stages.
I will explain it in a simple and easy-to-understand way for beginners!
A rich lineup of products unique to a manufacturer specializing in rotary encoders!
H.264/MPEG2 encoder that achieves broadcast specifications at a low price.
The miniature linear guideway is equipped with an optical linear encoder. The integrated design offers many advantages, such as compactness and simplification of the configuration.
Linear guideways of roller and ball types provided by Schneeburger, founded in 1923, and linear guideways with built-in encoders.
[Module Type] High Resolution! Battery-less, Optical Compact Size Absolute Encoder
Magnetic sensing and pulse energy harvesting through self-generation packaged in one unit.
Ideal for cranes, rolling mills, and mining equipment! A multifunctional rotary encoder that can monitor speed and position collectively.
Forming aluminum non-transparent slits! Scale for encoders processed with thin film etching!
The functions of the Philippine factory include reducing assembly labor hours and optimizing precision through processes such as "injection molding"!
High-performance general-purpose small-sized model rotary encoder
The maximum response frequency is 20kHz! It can be used in a temperature range of -10°C to +60°C.
The sensor uses a magnetoresistive effect element! A magnetic encoder with a maximum response frequency of 20kHz.
Various losses occur during the changeover on a line that handles multiple varieties! Here is a case study on how we improved monetary losses in about 13 operational days!
The octopus generator is widely used as a speed control detector for various industrial machinery engines, including vehicles and ships.
Compact size with a small 16 mm rotary encoder
Unique optical and production technologies enable two-phase rectangular wave output with a diameter of 12 mm.
It is a robust high-resolution linear encoder with a heat resistance of 120°C. Since no electronic components are used inside the sensor, it has excellent environmental resistance.
17-bit single turn, 16-bit multi-turn absolute encoder
A rotation of up to 11.25° will achieve a precision of 17 bits.
23-bit single turn, 16-bit multi-turn full absolute encoder
High-load piezo actuator (HVPZT) with preload sensor option.
Precision positioning for industrial and research fields! High duty cycle Z-stage.
Compact linear stage with built-in limit switch and DC stepping motor!
A compact yet high-precision reference-class 6-axis positioning system.
Equipped with a three-phase linear motor that achieves high speed and high acceleration. Supports high-precision scanning.
Zero friction rotation accuracy. Ideal for optical inspection with flatness below 200nm.
High rigidity & high precision, compact 6-axis stage compatible with vacuum.
Achieves high rigidity with an opening, eccentricity and flatness of less than 1µm.
Achieves high-speed and high-precision operation with high rigidity and less than 1µm of eccentricity and flatness with an open structure.
Achieving high-speed and high-precision wafer inspection with air levitation and linear motors.
Supports optical system adjustments with nanometer-level precision.
High-load compatible, high-precision Z-focus scanner supporting high throughput in wafer inspection.
100 µm stroke, sub-nanometer resolution, high-response focus scanner at 560 Hz with a load of 210 g.
100 µm stroke, 0.4 nm resolution, compatible with high-load objective lenses, high-speed and high-precision PIFOC focus scanner.
Achieving nano-level Z-chip tilt control. High-precision piezo stage with a 66mm aperture.
30kg load capacity; ±0.1µm reproducibility of a 6-axis high-rigidity hexapod.
High-precision positioning of heavy objects up to 250 kg. Equipped with an absolute encoder.
High-rigidity hexapod achieving 6 degrees of freedom alignment with nanometer resolution.
In the laser processing cutting process. Achieving high-precision positioning and high-speed movement.
High-resolution piezo actuator for achieving nano-level positioning.