Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
61～90 item / All 713 items
World's smallest class ultra-compact micro-positioning stage
This is a super compact micro-positioner equipped with a simple adjuster for linear movement in physical experiments and optical systems. It offers a wide range of options and accessories, including post mounts, fiber holders, low magnetic properties, vacuum compatibility, and adjustable knurled knobs.
Small high-precision hexapod stage BORA
The BORA Hexapod is a compact 6DOF parallel kinematic system designed for precise positioning and adjustment of elements with a resolution of 0.1 µm. The BORA Hexapod meets the most stringent standards of optics and nanotechnology in terms of resolution, accuracy, stability, and size. Its dimensions allow for integration in confined environments, such as the tips of goniometers for applications in synchrotron beamlines and optical ground support equipment for alignment and calibration of space optical systems. The BORA Hexapod can be used in any orientation, including vertical, horizontal, and inverted.
Simple High-Precision Hexapod Stage PUNA
PUNA is a simple hexapod that meets high-precision positioning applications in research and industry at an optimal budget. It provides a resolution of 0.5 μm in XYZ and 5 μrad (0.0003 °) in rotation for a load capacity of 25 kg. To simplify the design, the motors are mounted in-line, and incremental rotary encoders are incorporated.
High-precision hexapod stage BREVA
BREVA is specially designed to provide high angular precision. With a resolution of XYZ 0.5 µm and rotation 2.5 µrad, it enables angular positioning of objects such as samples, probes, and sensors. It can be used in an orientation-free manner, whether vertical, horizontal, or upside down.
High load capacity high precision hexapod stage ZONDA
ZONDA is a new high-performance 6DOF system that meets the needs of applications requiring high precision, stability, accuracy, heavy loads, and large travel distances. The ZONDA hexapod, designed to position payloads of up to 400 kg with a resolution of just 0.1 µm, offers excellent travel distances of 400 mm in the XY plane, 300 mm in the Z direction, and 40° in three rotations (Rx, Ry, Rz). With integrated inverse components featuring a thermal expansion coefficient, linear absolute encoders standardly integrated into the actuators, and a design with particularly high rigidity in the joints, it possesses unparalleled precision and thermal stability characteristics. It can be used in any orientation, including vertical, horizontal, and upside down.
High stability high precision hexapod stage KUBAN
Kuban is a highly stable 6DOF system designed to position elements in space with high precision and a resolution of 1.5 µrad. The configuration and integration of high-resolution actuators and high-precision spherical joints enable performance with high resolution and reproducibility, with a load capacity of up to 500 kg.
1500kg load capacity high stability high precision long stroke hexapod stage JORAN
The JORAN Hexapod is a high-precision system designed to position and adjust elements with a load capacity of 1500 kg and an angular resolution of 0.5 µrad. In particular, the actuators, spherical joints, and natural granite platform ensure excellent stability and guarantee the quality of positioning over the long term. Developed in collaboration with the European Synchrotron ESRF, it is ideal for supporting mirrors and vacuum chambers on synchrotron beamlines. If necessary, the granite platform can also be replaced with a steel platform.
Compact Dynamic Hexapod Stage NOTUS
NOTUS is a compact and structurally robust motion generator. The load capacity of Notus P is 200 kg. The Notus V hexapod is a high-speed version with a load capacity limited to 100 kg. These hexapods are ideal for applications in laboratories, medical fields, aerospace, and sensors for autonomous vehicles.
Lightweight, so no heavy machinery like cranes is needed for assembly and disassembly! Aluminum alloy lifting stage.
The "POWER STAGE" is an aluminum alloy lifting stage. It is lightweight, so no heavy machinery such as cranes is required for assembly and disassembly. The stage (work platform) is spacious, measuring approximately 3 meters in width and 4 to 10 meters in length. It can reach a maximum height of about 10 meters and can be adjusted to any desired height for work. No tools are needed for the assembly and disassembly of the mast, and the connection can be done with a single touch. Additionally, the work platform will not rise unless it is correctly set, ensuring safety. 【Features】 ■ No heavy machinery such as cranes required for assembly and disassembly ■ Can be raised and lowered with power tools ■ Spacious stage (work platform) ■ Maximum height of approximately 10 meters ■ Tool-free one-touch connection of the mast *For more details, please refer to the PDF document or feel free to contact us.
Gantry fixed-type stage (stone base)
X-axis stage on a stone base plate Linear motor stage mounted on a gantry frame with a Y-axis stage 【Features】 ○ Achieves high precision by separating the XY axes ○ Equipped with a suction table compatible with 650mm square size workpieces ○ Optimal for various processes of large substrates ○ Adopts parallel drive on the Y-axis Achieves constant velocity of less than 1% and enables reading at low speeds ○ Adopts multi-carrier drive on the X-axis Allows for a dual-head configuration, easily increasing throughput ● For other functions and details, please download the catalog.
Gantry-type moving stage G5
Gantry-type linear motor stage adopting a square pipe welded structure 【Features】 ○ The gantry axis is equipped with a two-axis stage, allowing for the installation of a workpiece receiving section and conveyor in between. The configuration of a camera head axis and a transmitted lighting axis can be easily realized, making it ideal for inspection devices. ○ Achieves lightweight design. ○ Adopts multi-carrier drive on the X-axis, enabling a dual-head configuration and easily increasing throughput. ● For other functions and details, please download the catalog.
Palm-sized nano stage. With this small size and thinness, positioning on the nanometer order is possible.
The nano-UP series is a compact nano stage that achieves extremely high control resolution and repeatability by incorporating a high-precision feedback scale and piezo actuators. By rapidly switching between a stepping motor (for coarse movement) and piezo (for fine movement), it enables smooth positioning at the nano order. The lineup includes three types and four models: a single-axis stage, a theta stage, and an inclined stage, which can be freely combined according to your application needs. We also welcome inquiries regarding customization, so please feel free to consult with us.
Feedback control of the piezo stage using a maximum of three-axis strain gauge sensors is possible.
By equipping our standard piezo driver M-2629 series with the M-5106 servo unit, feedback control of the piezo stage using up to three-axis strain gauge sensors is possible. Furthermore, by incorporating the capacitive displacement sensor M-2218, feedback control using capacitive displacement sensors is also achieved. It can be mounted on a JIS rack and is compatible with "piezo with built-in strain gauge sensors (from various manufacturers)."
Multi-axis configurable piezo stage
We offer a compact, multi-axis configurable single-axis piezo stage with X and Z axes. By combining multiple products, multi-axis configurations such as XYZ axes can also be achieved. The built-in displacement sensor type allows for extremely high-precision positioning when combined with a closed-loop piezo controller.
3軸変位拡大機構を内蔵
透過窓（φ15）付きピエゾステージです。一体弾性ヒンジ機構により摩擦のない動作を実現しておりメンテナンスは不要です。 ご用途に合わせた形状カスタマイズ等にも迅速に対応可能です。 詳しくはカタログをダウンロードしてください。
Compact yet equipped with a three-axis displacement amplification mechanism.
The built-in displacement sensor type allows for high-precision positioning when combined with a closed piezo controller. We can also quickly accommodate shape customization according to your application needs.
Ideal for precise control of optical mirrors, laser systems, and scanning devices!
We can also accommodate customizations to suit your needs. For more details, please download the catalog or contact us.
It is ideal for high-speed lens positioning in laser interferometers and positioning of large-diameter mirrors.
The built-in displacement sensor type enables high-precision positioning when combined with a closed piezo controller. For more details, please download the catalog or contact us.
Oil-resistant structure with high-speed and high-precision positional resolution. Ideal for precise position control of cutting tools in machine tools and high-speed positioning of millisecond workpieces!
You can use the precision machining tool for precision positioning in areas where oil is present. The built-in displacement sensor type can achieve extremely high precision positioning when combined with a closed piezo controller. For more details, please download the catalog or contact us.
A piezo controller that integrates a control circuit, sensor amplifier, and piezo driver, allowing for closed-loop control when connected to a stage.
Number of channels: 1ch, 3ch OPEN/CLOSED: Feedback switch Output voltage: -10V to +150V (BNC connector)
A piezo controller that integrates a control circuit, sensor amplifier, and piezo driver, allowing for closed-loop control when connected to a stage.
Number of channels: 1 ch Output voltage: -10V to +150V (BNC connector)
XY axis, long stroke, thin piezo stage
Slim 8mm with transparent window ● For more details, please contact us or download the catalog.
1・2・3軸ロングストローク透過窓付きピエゾステージ MB-140シリーズがモデルチェンジ!
透過窓付ピエゾステージ 御用途に合わせた形状カスタマイズ等にも迅速に対応可能です。
High precision and high stability achieved through frictionless guide.
High-speed response and high precision position resolution.
High movement accuracy due to frictionless operation.
The built-in displacement sensor type (MTL-E1C-M) enables high-precision positioning when combined with a closed piezo controller.
Achieving high-precision temperature control of 0.01°C through a measurement resolution of 1/1000°C and our unique microcurrent control circuit.
1. Compact and High Precision ① With a measurement resolution of 1/1000°C and our unique microcurrent control circuit, we have achieved high-precision temperature control of 1/100°C. ② Advanced software technology allows for simple and compact hardware. ③ In addition to standard PID control, overshoot suppression control has been added, limiting overshoot to 0.1°C. 2. Multifunctional Equipped with an auto-tuning function to eliminate the hassle of setting PID constants, as well as numerous abnormal detection features. 3. Versatility ① Both platinum resistance temperature sensors and thermistors can be used. ② The adoption of a new drive circuit allows for compatibility with a wide range of power supply voltages from 5V to 24V. ③ By utilizing an interface with a computer, various temperature control systems can be constructed.
Achieves a maximum drive current of 10A! Integrates the temperature conversion section, PID control section, and bipolar constant current into a compact DIN-sized body.
The "TDU-5000A(R/G) series" is a DIN-sized 1-channel digital Peltier controller driver. It integrates the temperature conversion section, PID control section, and bipolar constant current drive into a compact DIN-sized body measuring 96mm square. By simply supplying DC power, temperature control of the Peltier element can be achieved. Despite its small size, it achieves a maximum drive current of 10A, capable of driving Peltier elements up to 150W. Additionally, the control stability reaches a maximum of ±0.002℃ (Type G). It is utilized in fields such as optical communication and biotechnology. It comes standard with interfaces for computers and a parallel interface, allowing compatibility with various systems. 【Features】 ■ Integration of the temperature conversion section, PID control section, and bipolar constant current drive in a DIN-sized (96mm square) body ■ Achieves a maximum drive current of 10A despite its compact size ■ Control sensors can use thermistors, Pt100 temperature resistance sensors, or thermocouples ■ Control stability reaches a maximum of ±0.002℃ (Type G, when using thermistors) *For more details, please refer to the PDF materials or feel free to contact us.
Peltier Controller Driver TDC-1000A Series
Peltier controller driver equipped with new features in the TDC-1100/1200 series 【Features】 ○ Control sensors can use thermistors and Pt100 ○ Maximum drive current expanded from 6A to 12A ○ Equipped with temperature correction function ○ Peltier element open/short monitoring function included ○ Various external interface input/output options available ○ Integration of temperature conversion section, PID control section, bipolar constant current drive section, and power supply section ○ High precision temperature control stability of ±0.03℃ ○ Equipped with auto-tuning function ○ Drives Peltier elements with current control ○ Numerous protection functions included ○ Capable of temperature control for both Peltier elements and heaters ○ Equipped with serial interface RS232C ● For other functions and details, please download the catalog.
Peltier Controller Driver TDC-1600 Series
For large-capacity Peltier elements 1-channel digital controller for 300W/600W/900W types 【Features】 ○ The temperature conversion section, PID control section, and bipolar high-efficiency constant current drive section are integrated, allowing for temperature control of the Peltier element simply by supplying AC power. ○ Achieves control stability of ±0.03℃ despite being a high-power type. ○ Standard equipped with an interface for computers, making it compatible with various systems. ○ Compact and high precision. ○ High-speed control cycle of 10 times per second. ○ Temperature sensors (Pt100, thermistor) can be selected and used from the display panel. ○ Various temperature control systems can be constructed using the computer interface. ○ Usable with a maximum drive voltage of 150V / maximum drive current of 20A. ● For other functions and details, please download the catalog.
