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Laser Displacement Sensor

ST-P系列高精度高频激光位移传感器

ST-M Series Laser Displacement Sensor

Laser Displacement Sensor

ST-M Series Laser Displacement Sensor

ST-M系列经济型激光位移传感器

0.25 micrometer repeatability 0.05% F.S. linearity Maximum acquisition frequency of 50kHz Multiple industrial interfaces supporting Modbus RUT/Ethernet/analog input

C-series spectral confocal displacement sensor

Chromatic Confocal Sensor

C-series spectral confocal displacement sensor

C系列光谱共焦位移传感器

The C-series spectral confocal displacement sensor employs a non-contact, high-precision measurement method, suitable for precision inspection scenarios such as displacement, thickness, step difference, contour, and flatness. The product features a small spot size, high resolution, and good stability, and can be applied to the inspection of materials such as glass, wafers, thin films, metal mirrors, ceramics, semiconductors, and precision components. It is suitable for integration into automated equipment and online quality monitoring.

I-series spectroscopic interferometric thickness sensor

Interferometric Thickness Sensor

I-series spectroscopic interferometric thickness sensor

I系列白光干涉测厚仪

The I-series white light interferometric thickness gauge adopts the principle of spectroscopic interferometry. By analyzing the interference signals formed by the reflected light from the upper and lower surfaces of the thin film, it achieves high-precision non-contact measurement of the thickness of transparent and semi-transparent thin films and coatings. The product features nanometer-level repeatability, a maximum sampling speed of 10 kHz, and a wide working distance range. It is suitable for thickness measurement of PCB protective coatings, PET multilayer films, UTG ultrathin flexible glass, wafer bonding layers, TSV through-silicon vias, and during grinding and polishing processes.

SDM1 Integrated Displacement Sensor with Thousands of Divisions

Contact Displacement Sensor

SDM1 Integrated Displacement Sensor with Thousands of Divisions

SDM1千分数显一体接触式位移传感器

The SDM1 micrometer-scale integrated displacement sensor is a high-precision measurement product that integrates contact displacement measurement, numerical display, RS485 communication, and IO output. Utilizing the LVDT displacement measurement principle, it boasts a resolution of up to 1 μm and a repeatability of <1 μm. Suitable for industrial automation applications involving displacement, thickness, height, depth, runout, vibration, and dimensional detection, it can replace traditional dial indicators for online inspection and equipment integration.

SDM Multi-Ten Thousand Digit Display Integrated Contact Displacement Sensor

Contact Displacement Sensor

SDM Multi-Ten Thousand Digit Display Integrated Contact Displacement Sensor

SDM万分数显一体接触式位移传感器

The SDM multi-dimensional integrated contact displacement sensor adopts the LVDT inductive measurement principle, integrating high-precision displacement measurement, numerical display, RS485 communication, and IO tolerance output. The product has a resolution of up to 0.1 μm and a repeatability of <1 μm. It can be used for height, thickness, depth, runout, vibration, flatness, and dimensional tolerance detection, and is suitable for automated equipment, precision tooling, online inspection systems, and upgrades to traditional dial indicators and electronic probes.

About Shuoertai

Precision Measurement for Automation Inspection

A complete delivery capability covering sensors, controllers and application solutions for displacement, thickness, profile and safety inspection.

High Precision

Stable measurement, fast integration and ongoing support for industrial sites.

Non-contact Inspection

Stable measurement, fast integration and ongoing support for industrial sites.

Customization

Stable measurement, fast integration and ongoing support for industrial sites.

Support

Stable measurement, fast integration and ongoing support for industrial sites.

Application Cases

Applications

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Application of Laser Displacement Sensors in Coating Step Height and Edge Thickness Measurement for Lithium-Ion Battery Electrodes

Lithium Battery

Application of Laser Displacement Sensors in Coating Step Height and Edge Thickness Measurement for Lithium-Ion Battery Electrodes

This article introduces the application of ST-P series laser displacement sensors in the measurement of coating step height and edge thickness for lithium-ion battery electrodes. It covers inspection requirements, measurement challenges, sensor selection, implementation methods, and application value, providing a reference for online dimensional inspection solutions in battery manufacturing.

Laser Displacement Sensor for Online Thickness Measurement of Lithium Battery Electrodes After Roll Pressing

Lithium Battery

Laser Displacement Sensor for Online Thickness Measurement of Lithium Battery Electrodes After Roll Pressing

This article introduces the application of ST-P series laser displacement sensors in online thickness measurement of lithium battery electrodes after roll pressing, covering detection requirements, measurement challenges, sensor selection, installation methods, and implementation points to help engineers achieve high-precision, high-speed non-contact thickness measurement.

Wafer Step Height Inspection

Semiconductor

Wafer Step Height Inspection

Wafer Step Height Inspection provides stable measurement data for automation inspection.

3C Glass Cover Flatness Inspection

3C Electronics

3C Glass Cover Flatness Inspection

3C Glass Cover Flatness Inspection provides stable measurement data for automation inspection.

Lithium Electrode Coating Thickness Inspection

Lithium Battery

Lithium Electrode Coating Thickness Inspection

Lithium Electrode Coating Thickness Inspection provides stable measurement data for automation inspection.

Precision Part Step Height Inspection

Precision Manufacturing

Precision Part Step Height Inspection

Precision Part Step Height Inspection provides stable measurement data for automation inspection.

Articles

Articles

Article Center
ST-P Series Laser Displacement Sensors for Wafer Surface Height and Flatness Measurement

Application Notes

ST-P Series Laser Displacement Sensors for Wafer Surface Height and Flatness Measurement

This article introduces the engineering application of ST-P series laser displacement sensors in wafer surface height, flatness, and warpage measurement, covering selection, installation, signal output, and precautions for semiconductor automation inspection.

2024-04-25

ST-P Series Laser Displacement Sensor in Probe Station Z-Axis Height Feedback Detection

Application Notes

ST-P Series Laser Displacement Sensor in Probe Station Z-Axis Height Feedback Detection

This article introduces the application of ST-P series laser displacement sensors in semiconductor probe station Z-axis height feedback detection, including detection objects, pain points, selection suggestions, and installation precautions to help engineers achieve high-precision non-contact height measurement.

2024-04-24

Laser Displacement Sensor for Online Thickness Measurement of Lithium Battery Electrode Sheets

Application Notes

Laser Displacement Sensor for Online Thickness Measurement of Lithium Battery Electrode Sheets

This article introduces the application of laser displacement sensors in online thickness measurement of lithium battery electrode sheets during coating and calendering processes. It highlights the technical advantages of the ST-P series high-precision laser triangulation sensors and compares three measurement schemes: single probe, dual probe through-beam, and reference surface measurement, providing selection guidance for lithium battery equipment manufacturers and automation engineers.

2024-04-21

ST-P Series Laser Displacement Sensors in Micro-Vibration and Stage Runout Detection for Semiconductor Equipment

Application Notes

ST-P Series Laser Displacement Sensors in Micro-Vibration and Stage Runout Detection for Semiconductor Equipment

This article introduces the application of ST-P series laser displacement sensors in micro-vibration and stage runout detection for semiconductor equipment, covering measurement objects, on-site challenges, installation methods, selection recommendations, and precautions for engineering reference.

2024-04-19

laser-displacement-sensor-faq-troubleshooting

FAQ

laser-displacement-sensor-faq-troubleshooting

This document outlines common issues encountered with laser displacement sensors in installation, wiring, communication, exposure, sampling, measurement anomalies, analog output, and field maintenance, helping engineers quickly troubleshoot and optimize measurement stability.

2024-04-09

Common problems and troubleshooting suggestions in the use of spectral confocal displacement sensors

FAQ

Common problems and troubleshooting suggestions in the use of spectral confocal displacement sensors

This document summarizes common issues encountered by spectral confocal displacement sensors in connection, light source, exposure, refractive index, transparent body thickness measurement, dual-probe inter-photon emission, data drift, and field applications, helping engineers quickly troubleshoot and optimize measurement results.

2024-04-09

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Serving precision measurement scenarios across new energy, semiconductors, 3C electronics, automotive manufacturing and research institutes

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Request Free Selection Support

After you submit the measurement requirement, engineers will recommend a suitable displacement sensor solution based on range, accuracy, material, installation space and output method.

Quickly identify whether laser, chromatic confocal, contact or interferometric thickness measurement is more suitable.
Support selection analysis based on samples, drawings and on-site photos.
Provide communication, installation, testing and data acquisition suggestions.
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