Step on it to illuminate the future! Easy installation, removal, and portability, with the option for retrofitting.
A flexible fabric ribbon sensor incorporates "piezoelectric sensors" and "capacitive sensors." Dual sensing enhances detection accuracy and creates added value.
Achieving both high dielectric constant and flexibility. A new elastomer material expected to be applied in capacitive sensor applications, updated in July 2026.
A document summarizing various physical property data of piezo films (PVDF polymer piezoelectric films) has been released!
Real-time measurement of piezoelectric constants can be performed.
In-house integrated production of design, machining, plating, various types of joining, and assembly. We offer total quality for mechanical components!
We provide all types of crystal devices to our customers in a timely manner.
It is a transceiver ultrasonic sensor.
They are widely used as flow meter sensors, acoustic sensors, and vibration sensors.
Equivalent products available for discontinued domestic manufacturer items. Cross-reference table is being distributed!
A must-see for engineers! An explanation of the measurement device for piezoelectric strain d33 constants and the binding forces acting on piezo films, along with detailed experimental content!
It is a flexible structure with a soft film piezoelectric material!
Quickly and accurately. Piezoelectric devices contribute to the future of life and mobility!
This is an introduction to airborne ultrasonic sensors that can be used for distance measurement and back sonar.
Piezoelectric polarization system: power supply and fixture
Reproducibility ±1nm, XY axis 100 µm + Z axis 10 µm stroke, optimal for transmitted light with a 50 mm aperture.
Compact nanopositioner. It is a piezo-based nanopositioning system featuring a closed-loop stroke of 100 μm.
Integrated structure with zero friction flexure guide for precise control of laser beams.
High-thrust piezo actuators that achieve nano-level positioning.
High-rigidity piezo Z-stage achieving 0.3 nm resolution and high-speed response.
"From the pursuit of functionality to the pursuit of kindness." It can be said that an unceasing chain of creation and innovation has transformed various dreams into reality.
An introductory book on piezoelectric ceramics that explains the basic knowledge! Please make use of it for design and development as well.
Stacked piezoelectric actuators that achieve large displacement and generated force at low voltage.
We have renewed the ultrasonic sensor that can be used for both sending and receiving.
Detects bubbles and liquid depletion in the tube through which the liquid flows.
High power and high amplitude drive is possible! This is a vibrator with a monolithic structure that sandwiches a piezoelectric element between metal blocks.
Equivalent products available for domestically manufactured items that have been discontinued. Cross-reference table is being distributed!
It is the "TXC-H series" crystal oscillator for clock applications compatible with 8PIN DIP.
Ideal for small spaces. It is a compact crystal oscillator.
We have prepared a course that many customers requested! A current engineer will serve as the instructor!
For commercial wireless and radio equipment! A temperature-compensated crystal oscillator that supports a frequency range of 10.0MHz to 40.0MHz. It outputs a stable oscillation signal.
Surface mount type crystal oscillator supporting frequency range from 1.0 MHz to 80 MHz.
Low voltage or high voltage driven piezo stack, square, ring, gray, green, black, etc. piezo stack.
Visible, audible, and more connected! Automatically detect and capture sound, and eliminate unnecessary noise.
Detects micro-displacements on the order of 1μm! A piezoelectric film sensor that is thin, flexible, and suitable for curved surfaces and narrow spaces.
Here is an example of a head amplifier circuit suitable for piezo sensors (PVDF sensors)!
A must-see for engineers! We have published details and measurement results of the acoustic characteristics of cylindrical hydrophones!
Flexible with a soft film piezoelectric material! General-purpose piezo film sensor with lead wires.
Dr. Piezo will answer frequently asked questions regarding the "piezo film sensor"!
This is a document introducing piezoelectric sensors that are utilized in space exploration and research.
High resolution! High-speed optical communication allows for easy synchronization of light timing in various experiments!
If there are specific LD, output, adapter shapes specified by the customer, we will handle everything from design and development to manufacturing.
Flange for mounting on TODET-LRC-03650, type with power lead wires and connectors attached.
Achieve data collection of various vibrations and realistic remote playback with world-class performance sensors!
The unique coating technology enables piezoelectric functionality without the need for adhesives!
Generate electricity by pressing the protruding part! Made from flexible materials, it can generate electricity in low frequency ranges.
Provides stable and consistent output, displacement, mechanical properties, and excellent reliability and durability!
Consistent bending force output can be generated! It also demonstrates excellent mechanical properties, reliability, and durability.
We also accommodate custom orders! Here is an introduction to the microwave and millimeter-wave devices we handle.
You can use it for fish finders, proximity switches, medical devices, humidifiers, and ultrasonic cleaners!
Introduction of cylindrical piezoelectric elements that can be used for vehicle detection, water level detection, and position sensors.
We provide systems specialized for testing dielectric materials, ferroelectric materials, piezoelectric materials, smart materials, and various applications.
Flexible 1 m long piezo PVDF sensor - robust, flexible, long-lasting, waterproof.
3000 N pressing force / 700 N pulling force, 90 µm movement with sub-nanometer resolution, µs response.
High resolution for static and dynamic applications. With preload piezo actuator (HVPZT) sensor option.
High-speed piezo stage with a maximum stroke of 35 µm, a resolution of 0.1 nm, and a load capacity of 10 N.
Integrated structure with zero-friction flexure guide - capable of XY axis, XYZ axis, and XYθz axis motion.
A compact 2-axis piezo system for nano positioning. A flexure guide nano positioning system with a footprint of 44x44mm.
Integrated piezoelectric ceramic direct drive! Linear stage equipped with ultrasonic piezo motor. Suitable for applications in research and manufacturing, automation, and more.
Linear stage with a stroke of 25mm or more driven by piezo walk.
Innovating nano positioning with a holding force of up to 800N and a resolution of 5nm.
Stroke up to 13mm, ideal for fine adjustments of mirrors and optical elements.
Ultra-high rigidity × sub-nanometer resolution, ideal for microscope focus control.
High-precision nanopositioning with a maximum stroke of 35 µm and a resolution of 0.1 nm.
High-precision nanopositioning stage optimal for bioanalysis
Compact piezo stage with a minimum resolution of 0.1 nm - for micro scanning under a microscope.
Sub-nanometer resolution, compatible with maximum 800 µm stroke, high-speed and high-precision PIFOC focus scanner.
High-load compatible, high-precision Z-focus scanner supporting high throughput in wafer inspection.
100 µm stroke, 0.4 nm resolution, compatible with high-load objective lenses, high-speed and high-precision PIFOC focus scanner.
0.1 nm resolution and 0.02% linearity. Improved manufacturing and measurement accuracy with sub-nanometer Z-axis control.
Maximum 1800µm long stroke and nano precision. Position measurement without physical contact using a unique capacitive sensor.
Ideal for microscope sample positioning with a maximum stroke of 1800µm and excellent accuracy provided by capacitive sensors.
Nano-level scanning supporting high magnification observation. Z-chip tilt piezo stage with a 66mm aperture.
Precision control of the beam with a high-speed response of 10 kHz. Tip/Tilt stage for laser processing.
Achieved high-speed beam steering with a convergence of ±5 mrad × 3 ms and a resolution of 0.1 µrad.
Piezo chip/tilt platform achieving high-angle control of ±35 mrad and fast response.
Improving the accuracy and throughput of laser beam control with a large deflection angle and high-speed response.
Ideal for the field of nanotechnology. A linear stage that achieves both high generation power and sub-nanometer precision.
Linear stage for achieving high-precision positioning in cell observation.
High-resolution piezo actuators that achieve nano-level positioning.
For nano-precision scanning of microscope samples. Achieving stable positioning with 0.1nm resolution and high linearity.
Compact design with a 44 mm square. Piezo nano-positioning stage achieving a 120 µm operating range and 0.2 nm resolution.
Supports microscope scanning with low cost and compact design.
Ideal for nano-precision assembly that cannot be achieved with conventional motor stages.
We offer over 600 types of standard piezo actuators. Custom orders can be produced from just one piece.
We provide a wide range of support from prototypes of piezoelectric devices to mass production!
We are advancing the proposal of various piezoelectric evaluation methods that meet needs and the development of various measuring instruments!
No wear or welding occurs without contact, making it maintenance-free and long-lasting! Achieves high capacity, low power consumption, and miniaturization, with a rich lineup available.
Examples of superconducting devices (for superconducting circuit evaluation) operating at ultra-low temperatures of -269℃. *Source: Yokohama National University
Ultrasonic sensors used in vehicle corners and other applications. Compact (thin) transformers specialized for ultrasonic sensors. Shielding to prevent magnetic flux leakage.
It supports frequencies from 10MHz to 60MHz.
It is an oscillator made from artificial crystal that challenges the times.
Functional materials, devices, and standardization: Social implementation accelerated in the IoT era.