A flexible fabric ribbon sensor incorporates "piezoelectric sensors" and "capacitive sensors." Dual sensing enhances detection accuracy and creates added value.
For areas with poor voltage conditions! It has input surge noise suppression effects.
High power and high amplitude drive is possible! This is a vibrator with a monolithic structure that sandwiches a piezoelectric element between metal blocks.
It is suitable for acoustic research as a multi-channel audio input device.
High-precision nanopositioning stage optimal for bioanalysis
Optimize alignment in the field of photonics with nano-level operation and large apertures.
High-thrust piezo actuators that achieve nano-level positioning.
Long-distance nanopositioning PiezoWalk® drive. High resolution and compact design.
44mm square, maximum stroke of 120µm, high-precision nanopositioner with 0.2nm resolution.
Equivalent products available for domestically manufactured items that have been discontinued. Cross-reference table is being distributed!
250μm travel in X, controlled by voltage signal.
Piezoelectric polarization system: power supply and fixture
Ultra-high rigidity × sub-nanometer resolution, long lifespan due to moisture resistance.
Compact XYZ piezo stage with 40mm size and 100µm operation on the XYZ axis.
90 µm stroke, µs response, sub-nanometer resolution positioning
Ultra-high rigidity × sub-nanometer resolution, ideal for fine adjustments in optical systems.
Ultra-high rigidity × sub-nanometer resolution, supporting precise operations in life science research.
Precise adjustment of lens position with sub-nanometer resolution.
Compact piezo stage with a minimum resolution of 0.1 nm - for micro-positioning under a microscope.
Sub-nanometer resolution, compatible with maximum 800 µm stroke, high-speed and high-precision PIFOC focus scanner.
Frictionless flexure guide integrated structure. High-performance scanner supporting precision machining at the nano level.
100 µm × 3 axes. A compact XYZ piezo stage that achieves optical alignment with nanometer precision.
PIMars precision nano stage that achieves probe positioning with sub-nanometer accuracy.
Maximum 12 mm/s, 50 N high thrust. Sub-nanometer resolution PICMAWalk actuator ideal for semiconductor inspection processes.
Piezo Walk drive, nanometer precision, for positioning in semiconductor manufacturing.
Compact actuator with high holding force, ideal for fine adjustment of mirrors and optical elements.
Long-term stable optical fine-tuning with inertial drive and position feedback.
For high-precision positioning in optical applications. Compact size, 10 nm resolution, self-locking when powered off.
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.
It supports frequencies from 10MHz to 60MHz.
An introductory book on piezoelectric ceramics that explains the basic knowledge! Please make use of it for design and development as well.
High power and high amplitude drive is possible! This is a vibrator with a monolithic structure that sandwiches a piezoelectric element between metal blocks.
If there are specific LD, output, adapter shapes specified by the customer, we will handle everything from design and development to manufacturing.
Published the electrical characteristics graph of the piezo sensor (PVDF polymer piezoelectric)!
Piezo actuator with a maximum displacement of 260um and a maximum blocking force of 50000N.
Low voltage or high voltage driven piezo stack, square, ring, gray, green, black, etc. piezo stack.
Step on it to illuminate the future! Easy installation, removal, and portability, with the option for retrofitting.
This is an introduction to bubble sensors that can be used for detecting air bubbles in tubes and for detecting water outages.
3000 N pressing force / 700 N pulling force, 90 µm movement with sub-nanometer resolution, µs response.
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.
Achieving 90 µm stroke and sub-nanometer resolution positioning.
Support for precision measurement calibration with sub-nanometer resolution positioning.
Compact piezo stage with a minimum resolution of 0.1 nm and a maximum stroke of 38 µm.
Easy nano positioning with 0.1nm resolution and high stability control.
High-precision Z-focus scanner for semiconductor inspection equipment with sub-nanometer resolution and maximum 800 µm stroke capability.
Sub-nanometer resolution, Z-direction maximum stroke of 800 µm, equipped with a flexure mechanism focus scanner.
Provides sub-nanometer resolution. 0.1nm resolution and high linearity vertical positioning.
Ideal for cell manipulation and live cell observation. Achieves stable XY positioning with sub-nanometer precision.
A multi-axis piezo scanner with zero friction that achieves nano-level positioning.
Integrated structure with zero friction flexure guide for precise control of laser beams.
Piezo stage with an opening that achieves nano-level adjustments.
Resonant frequency of 10 kHz. A tip/tilt stage for photonics that achieves both high speed and high resolution.
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.
Maximum 12 mm/s, 50 N high thrust. Sub-nanometer resolution PICMAWalk actuator ideal for optical adjustments.
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.
Achieving a holding force of up to 800N and a resolution of 5nm. High-thrust piezo drive supporting high-precision positioning in semiconductor manufacturing equipment.
Compact linear stage suitable for micromanipulation.
Ideal for nano-precision assembly that cannot be achieved with conventional motor stages.
Sub-millisecond response, sub-nanometer resolution. Ideal for beam control.
It is used in a wide variety of fields, ranging from healthcare to automotive and industrial sectors.
Stacked piezoelectric actuators that achieve large displacement and generated force at low voltage.
Detects bubbles and liquid depletion in the tube through which the liquid flows.
Damage-free transport and inspection of passive components and surface-mounted devices (automotive MLCCs, crystal oscillators, piezoelectric elements), etc.
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.
Equivalent products available for discontinued domestic manufacturer items. Cross-reference table is being distributed!
A stacked piezoelectric actuator is a ceramic element that utilizes the piezoelectric longitudinal effect to convert electrical energy into mechanical energy such as displacement or force.
As piezoelectric ceramic materials, products have been developed using lead zirconate titanate as the main component, and barium titanate as the main component in titabari.
High resolution! High-speed optical communication allows for easy synchronization of light timing in various experiments!
Flange for mounting on TODET-LRC-03650, type with power lead wires and connectors attached.
While supplies last! We support the interruption acknowledgment daisy chain.
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!
A must-see for engineers! This document is packed with valuable information, including diagrams of piezoelectric elements and an overview of hydrophone structures.
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.
A type of piezo film sensor designed for simple use in research applications and similar purposes.
"Where is the sound coming from?" --- What kind of speaker do you imagine for the future?
P35 Piezo Deflector, Piezo Steering Mirror with 43mrad tilt
Quickly and accurately. Piezoelectric devices contribute to the future of life and mobility!
When you fan it, it shines! A fan that lights up without a power source.
Compatible with thin resin! UL94 standard / 5VA quality assurance! Proven flame-retardant coating that withstands 1,000℃.
No setup required! DALI switch ready to use Minimum configuration (1) DALI BUS (2) Switch (3) DALI-2 lighting fixtures can be dimmed.
Lightweight and thin! A sound-generating component that incorporates a piezoelectric element capable of operating in high-temperature environments into its housing.
You can use it for fish finders, proximity switches, medical devices, humidifiers, and ultrasonic cleaners!
Real-time measurement of piezoelectric constants can be performed.
Piezoelectric polymer and prototypes - Supply and contract development of production products.
We provide systems specialized for testing dielectric materials, ferroelectric materials, piezoelectric materials, smart materials, and various applications.
Sub-nanometer resolution positioning with a 90 µm stroke and 1000 N pressing force, with a microsecond response.
High-load piezo actuator (HVPZT) with preload sensor option.
Reproducibility ±1nm, XY axis 100 µm + Z axis 10 µm stroke, optimal for transmitted light with a 50 mm aperture.
±5 mrad × 3 ms convergence, 10 kHz resonance -- high-speed beam steering with 0.1 µrad resolution.
Achieving fine positioning with a maximum stroke of 1800µm and nanometer precision.
Innovating semiconductor manufacturing with sub-nanometer resolution positioning.
Ultra-high rigidity × sub-nanometer resolution, ideal for microscope focus control.