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Sensors Product List and Ranking from 1364 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jun 24, 2026～Jul 21, 2026
This ranking is based on the number of page views on our site.

Sensors Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jun 24, 2026～Jul 21, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. Fujikura Electronic Components and Connectors Division Tokyo//Ferrous/Non-ferrous metals
  3. サイアン Shizuoka//Manufacturing and processing contract
  4. 4 KELLER Pressure Japan 日本支社 Tokyo//Machine elements and parts
  5. 5 センシリオン Kanagawa//Electronic Components and Semiconductors
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Last Updated： Aggregation Period:Jun 24, 2026～Jul 21, 2026
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  1. フジクラのロボットハンド用3D形状感圧センサのハンドブック Fujikura Electronic Components and Connectors Division
  2. AI-equipped image sensor 'IV4 Series'
  3. Clamp-on flow sensor "FD-H series"
  4. 4 Radar Level Sensor "FR Series"
  5. 5 Optical speed sensor for rotational measurement 152 G7-E 300 KHz サイアン

Sensors Product List

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Latest Trends in Infrared Sensors

Latest Trends in Infrared Sensors

A guidebook that provides an overview from a technical perspective.

■Overview of the Latest Patent Information: "Patent Guidebook" Extracting necessary information from the vast amount of patent data can be challenging. Therefore, the "Patent Guidebook," which provides a technical perspective on patent information, carefully selects about 75 pieces of recent patent information from the viewpoint of engineers, offering fresh and technically useful insights. This report is designed to assist R&D researchers exploring next-generation technology themes. ■Target Technology Infrared sensors detect infrared radiation emitted from an object or detect infrared radiation reflected or transmitted by illuminating the object with infrared light, thereby sensing the presence, shape, or characteristics of the object. This guidebook focuses on patent information where the feature of the invention is the infrared sensor. It investigates a wide range of technologies, including material technologies such as color filters, infrared detection devices using quantum, thermal, or carbon-based materials, insulation structures and implementation technologies like phononic and hollow designs, as well as application technologies such as gas sensors and obstacle sensors. ■Technology Classification ◇ Quantum Devices ◇ Thermal Devices ◇ Carbon-based Devices ◇ Material Technologies ◇ Implementation and Equipment ◇ Applications

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Magnetic induction sensor for AGV (parallel output)

Magnetic induction sensor for AGV (parallel output)

Stable detection possible from low magnetic fields (0.5 mT)! Sensor using Hall elements in the detection unit.

The "Magnetic Induction Sensor for AGVs" is a sensor designed to guide unmanned transport vehicles (AGVs) to their intended locations by detecting the magnetic flux of guide tape laid on the floor and driving them along the route. It can stably detect low magnetic fields (0.5mT) as well. Additionally, 15 magnetic sensors are arranged at 10mm intervals, with multiple magnetic switches positioned directly above the guide tape being turned ON and outputting in parallel. 【Features】 ■ Non-contact, unaffected by dust, dirt, oil, etc. ■ The induction sensor detects the magnetic field from the guide tape. ■ Can be used by laying it on magnets if the surface is carpeted or made of non-magnetic materials. ■ Allows for the inexpensive and easy construction of automatic guidance systems. *For more details, please refer to the PDF document or feel free to contact us.

  • Sensors
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Magnetic induction sensor for AGV (multi-output) 'UDS-1213'

Magnetic induction sensor for AGV (multi-output) 'UDS-1213'

Maximum high resolution and detection distance! Less susceptible to magnetic field noise!

It accurately measures deviations from the center of the track with high resolution using its unique advanced signal processing. Additionally, it can detect over long distances even with narrow magnetic tape. For a 25mm tape, a clearance of 50-60mm can be achieved. In addition to track detection, it also detects magnetic markers placed on both sides of the track. When used with the UDS1213 and a dedicated two-channel motor controller, it can control autonomous robots. Easy setup and maintenance can be done with free PC software. The magnetic field as seen from the sensor can be visualized in real-time. 【Features】 - Large clearance from magnetic tape - No output influence from distance variations such as bumps and dips - High resolution of 1mm - Includes marker detection functionality - Recognizes branching and merging, allowing for more accurate branching and merging - Built-in output formats: RS232/PWM/Analog/CANbus/USB - Easy parameter setting and observation of installation and maintenance through the included software *Demo units are available.

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  • Other conveying machines
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Capacitive Load Sensor Usable in 5 Minutes - Smart Force Sensor

Capacitive Load Sensor Usable in 5 Minutes - Smart Force Sensor

No amplifier needed! Easy to handle! Recommended for those who want to easily check load displacement during the manufacturing process.

It is a capacitive "smart force sensor." In addition to not requiring an amplifier, it is resistant to overload, making it easy to handle. The output method is UART (standard). 【Features】 ■ No amplifier required ■ Strong against overload and easy to handle ■ Output method is UART (standard) ■ Just connect to a PC *For more details, please refer to the external link page or feel free to contact us.

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Capacitive Load Displacement Sensor "Smart Force Sensor"

Capacitive Load Displacement Sensor "Smart Force Sensor"

Simplified and miniaturized the detection unit and signal processing unit! Strong against overload, making it easy to handle!

The "Smart Force Sensor" is a capacitive load displacement sensor that combines metal spring manufacturing technology with electronic control technology. It is very compact and does not require large auxiliary equipment like existing load cells. The detection and signal processing sections have been simplified and miniaturized. Additionally, by using an optional USB cable, you can easily check the output on a PC. 【Features】 ■ Capacitive type ■ No amplifier required ■ Strong against overload, making it easy to handle ■ Output method is UART (standard) ■ Achieves stable temperature characteristics and a wide operating temperature range * Demo units are available. * For more details, please refer to the PDF materials or feel free to contact us. * We have created a demo unit using the Smart Force Sensor and Arduino! Please check out the YouTube video!

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  • Other weight measuring instruments
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Magnetic proximity switch/sensor that does not interfere with each other.

Magnetic proximity switch/sensor that does not interfere with each other.

Easily adjustable detection distance! Since there is no oscillation circuit, sensors can be installed in a row. 【Magnetic proximity switch/sensor】

The magnetic proximity switches and sensors handled by our company are of the magnetic type that detects magnets. These sensors use Hall elements in the detection part and can detect a wide range of magnetic fields from low (0.5mT = 5Gauss) to high (10mT = 100Gauss), making them applicable in various applications. There is no mutual interference, and unlike other proximity sensors, there is no oscillation circuit, allowing the sensors to be installed side by side. 【Features】 ■ Non-contact detection ■ Detected object (magnet) ■ Easy adjustment of detection distance ■ No mutual interference ■ Long lifespan *For more details, please refer to the PDF document or feel free to contact us.

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"Magnetic Proximity Switch/Sensor" *Free application collection provided

"Magnetic Proximity Switch/Sensor" *Free application collection provided

Installation is okay with a narrow pitch. Detection is possible even if there is metal (non-magnetic) between the sensor and the detected object.

The "magnetic proximity switches and sensors" that we handle do not have an oscillation circuit, so there is no mutual interference even when installed side by side. Additionally, since they detect magnetic flux, they can properly detect even if there is metal (non-magnetic material) between the sensor and the magnet. Even if you want to increase the detection distance, there is no need to replace the sensor; you can easily adjust it simply by increasing the size of the magnet. ★ We are currently offering an application collection that includes usage examples! You can view it via "PDF Download." 【Contents of the Application Collection】 ◎ Replacement of mechanical limit switches ◎ Detection of pallets with positional shifts due to the presence or absence of loaded items ◎ Deceleration and stop using bipolar detection switches ◎ Application to guide sensors for AGVs * The product catalog is also available. Please feel free to contact us.

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Technical Document "Comparison of Magnetic Induction and Other Robot Guidance Technologies"

Technical Document "Comparison of Magnetic Induction and Other Robot Guidance Technologies"

A detailed introduction to the methods of magnetic induction, laser induction, and natural induction! We will compare their functions, advantages and disadvantages, and the situations in which they are most effectively utilized!

In the rapidly evolving field of robotics, effective navigation systems are essential for optimizing efficiency and safety across various applications. Among the major navigation technologies, magnetic induction, laser guidance, and natural navigation each have distinct advantages and limitations. This technical document will examine these methods in detail, exploring their functions, strengths and weaknesses, and the situations in which they are effectively utilized. [Contents] ■ Magnetic Induction (Current leading guidance method) ■ Laser Guidance (Affordable with high flexibility) ■ Natural Navigation (Ultimate flexibility) ■ Magnetic + Laser/Natural Navigation ■ Comparison of Navigation Technologies ■ Introduction to Sensors for Magnetic Induction *For detailed content of the article, please refer to the PDF document.

  • magnet
  • Sensors
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Mechanical equipment and agricultural machinery 'Sensor Cable' <Potentiometer Integrated Type>

Mechanical equipment and agricultural machinery 'Sensor Cable' <Potentiometer Integrated Type>

The main body can be arranged in a location with a good environment! A device that outputs the operating stroke as voltage.

In managing the air conditioning louvers of containers, we were converting the opening and closing amount from the stroke, but there was an issue with excessive space. This product allows for the design of a unit in a limited space by combining a cable and a potentiometer, improving layout flexibility. The assistive force does not change with the stroke, making it low-cost, lightweight, and compact compared to electric systems. 【Features】 ■ Used for stroke control of hydraulic cylinders, etc. ■ Device that outputs the operating stroke as voltage ■ Allows the main unit to be laid out in a better environment by using a cable ■ Low-cost, lightweight, and compact compared to electric systems ■ Assistive force does not change with the stroke *For more details, please refer to the PDF materials or feel free to contact us.

  • cable
  • Other cable related products
  • Other process controls
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Metrol Touch Probe Series for Machine Tools

Metrol Touch Probe Series for Machine Tools

The built-in switch is contact-type and highly accurate! There is no temperature drift due to self-heating of the sensor section or temperature characteristics.

We handle the "Touch Probe Series for Machine Tools" manufactured by Metrol. These probes can be mounted on NC machines such as lathes, machining centers, grinding machines, dedicated machines, and robots, and are used for measuring workpiece dimensions, centering, and positioning. When the probe makes contact with the workpiece or table, it outputs a high-precision ON/OFF signal that can be input into NC or PC devices. 【Features】 ■ The built-in switch is contact-type, offering high precision with no hysteresis. ■ No amplifier is required. ■ There is no self-heating of the sensor part, and no temperature drift due to temperature characteristics. ■ Over-travel signals can be output (only for E2A). *For more details, please refer to the PDF materials or feel free to contact us.

  • Processing Jig
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Safety Sensor "AcroSensor" / Edex Cleanse System

Safety Sensor "AcroSensor" / Edex Cleanse System

Improving the productivity of collaborative robots! Introducing 3D safety sensors.

"AcroSensor" is a millimeter-wave radar type 3D safety sensor that reduces the idle time of collaborative robots and improves productivity. It can detect the distance and speed of people in 3D, as well as detect hand movements. This enhances the productivity of collaborative robots and achieves a balance between safety and productivity. Please feel free to contact us if you have any inquiries. 【Features】 ■ Releases collaborative mode and enables high-speed operation when people are at a distance ■ Space-saving by reducing the occupied area ■ Excellent environmental resistance, allowing for stable detection *For more details, please refer to the PDF document or feel free to contact us.

  • Other industrial robots
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◆Outdoor Use of IoT Devices◆ Protects electronic devices in water and soil!

◆Outdoor Use of IoT Devices◆ Protects electronic devices in water and soil!

IoT Environmental Sensor: Proven performance at a depth of 200m! Immediate prototyping available with a large stock of materials.

Are you having trouble installing electronic devices in a new environment? Our potting experts support you from material selection. - You want to install electronic devices in harsh environments such as underwater, in soil, or under high pressure, but you don't know effective methods. - You would like to know what materials to choose. - You want to make them smaller. - You would like assistance from prototyping to mass production. - You have no manufacturing site and want to leave everything to us. - You want to turn your ideas into reality. - You would also like help with component procurement. "Our company shapes your requests with total solution services from design, component procurement, PCB assembly, wiring, to inspection." - We bring your ideas to life with support from design. ⇒ We take on the work of designers, which is often difficult to secure. - We leverage our procurement capabilities to collect components through a wide range of channels. ⇒ We reduce the man-hours required for your component collection. - We manufacture everything from assembly to inspection in our domestic factories. ⇒ We achieve high quality in a short delivery time. By completing all processes in-house, we shorten delivery times and reduce your management workload. *You can download materials including a link to a work video of IoT environmental sensors below. *Please feel free to contact us if you have any questions.

  • EMS
  • Sensors

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QCM Crystal Sensor "HC-18/R (HC-49/U) Type"

QCM Crystal Sensor "HC-18/R (HC-49/U) Type"

A crystal oscillator can be used as a sensor substrate to measure minute weight changes.

Introducing the QCM crystal sensor "HC-18/R (HC-49/U) type." QCM (Quartz Crystal Microbalance) can measure minute weight changes using a quartz crystal oscillator as the sensor substrate. When a substance adheres to the electrode surface, the frequency fluctuates according to its mass, and the resonance frequency decreases in proportion to the mass of the substance, allowing it to be used as a microbalance. 【Standard Specifications】 ■ Model: HC-18/R (HC-49/U) type, other options available upon consultation ■ Electrodes: Ag, Au *Please inquire for other options *For more details, please refer to the PDF document or feel free to contact us.

  • Sensors
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[Application Example] Flat Panel Sensor (Example of USB 3.0 High-Speed Imaging)

[Application Example] Flat Panel Sensor (Example of USB 3.0 High-Speed Imaging)

High-speed transfer via USB 3.0 allows for smooth expression and storage of semi-video.

We would like to introduce a product that utilizes "Smart X-ray." The X-ray CCD flat panel sensor, which has a 16-bit density resolution and transmits images via USB 3.0, improves data transfer speed and allows for capturing and displaying more delicate images. Additionally, with a resolution of 750x500 pixels, it can save 3 frames of semi-video per second. [Overview] - Images that could not be distinguished with 14-bit resolution are displayed with 4 times the detail, providing more delicate images. - Smooth expression and storage of semi-video thanks to high-speed transfer via USB 3.0. *For more details, please refer to the PDF document or feel free to contact us.

  • X-ray inspection equipment
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[Application Example] X-ray CCD Flat Panel Sensor (Evaluation of Density Resolution)

[Application Example] X-ray CCD Flat Panel Sensor (Evaluation of Density Resolution)

Recognize and display samples with concentration differences that were difficult to distinguish at 14-bit resolution!

We would like to introduce a product that applies "Smart X-ray." The 'X-ray CCD Flat Panel Sensor' has a 16-bit density resolution for image transmission via USB 3.0, which improves data transfer speed and allows for capturing and displaying more delicate images. Additionally, with a resolution of 750x500 pixels, it can save 3 frames per second of quasi-video. 【Applications】 ■ Recognizes and displays samples with density differences that were difficult to distinguish with 14-bit resolution due to 16-bit processing. ■ Smooth expression and storage of quasi-video thanks to the high-speed transfer of USB 3.0. *For more details, please refer to the PDF document or feel free to contact us.

  • X-ray inspection equipment
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Pressure Sensor "P5X Series"

Pressure Sensor "P5X Series"

Current output type and voltage output type lineup! American SSI manufactured pressure sensors.

The "P5X series" is a pressure sensor that supports a pressure range of 0 to 100 kPa and can handle up to 35 MPa. The diaphragm, which is the pressure receiving part, is made of SUS316L. It is also possible to manufacture compound pressure and absolute pressure sensors that can measure negative pressure. 【Features】 ■ Equipped with a temperature compensation circuit ■ Completely sealed with laser welding ■ IP65 ■ Extensive options available ■ OEM manufacturing is also possible, etc. *For more details, please download the PDF or feel free to contact us.

  • Pressure
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Image sensor "CHRomatic Vision Camera"

Image sensor "CHRomatic Vision Camera"

No need to worry about the effects of vibration! Achieves easy operability without relying on the environment! Also suitable for wafer inspection applications.

The "CHRomatic Vision Camera" is a product based on line camera technology that applies the principle of chromatic aberration confocal microscopy. It is compact and designed for embedded systems (no external light source required), and the chromatic objective lens can be replaced depending on the application and range. By adopting all the advantages of line sensors, it enables high-speed scanning and inline inspection within the area with ease. 【Features】 ■ Clear images even for non-flat workpieces ■ No influence from vibrations ■ High contrast for all materials ■ Maximum data acquisition: 100kHz (200MPixel/sec) ■ Depth of focus: 150μm to 3mm ■ Resolution: 1 to 5μm *For more details, please refer to the PDF document or feel free to contact us.

  • Color camera
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3D Measurement - Line Sensor 'CHRocodile CLS'

3D Measurement - Line Sensor 'CHRocodile CLS'

High-speed and wide-range 3D shape measurement with sub-micron accuracy. Features a wide tolerance angle that can accommodate edges and slopes. Suitable for wafer inspection applications as well.

The "CHRocodile CLS" enables high-speed 3D shape measurement at 1 million points per second. It also offers very high precision with a maximum resolution of XY 1µm and Z 0.02µm. We provide up to six types of measurement heads based on range, resolution, and accuracy, and it can be applied inline as well. 【Features】 　■ Non-contact 3D shape measurement over a wide area 　　　Maximum line width of 8.3mm 　■ Wide acceptance angle 　　　Can accommodate reflective surfaces at ±45°, edges, and steep slopes 　■ Contributes to reduced development costs and shortened development lead times, 　　　with a compact unit and a software development kit (DLL, etc.) for equipment integration available 　■ Extensive track record across multiple industries 　　　Semiconductor industry, consumer electronics, glass manufacturing, medical field *For more details, please refer to the materials. Feel free to contact us with any inquiries.

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  • 3D measuring device
  • Other inspection equipment and devices
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Area scan sensor "Flying Spot Scanner"

Area scan sensor "Flying Spot Scanner"

No XY stage needed! Thickness and distance (displacement) measurement possible using the principle of spectral interference! Also suitable for wafer inspection applications.

The "Flying Spot Scanner" is a scanner that combines spectral interference measurement technology with a high-speed scanning system. It can perform high-speed scans of a diameter of 80mm, suitable for offline, inline, and quality control applications. It allows for easy inspection of target areas with definable scanning shapes and filters. Additionally, it can achieve good results even on reflective surfaces. 【Features】 ■ Ultra-fast optical scanning ■ The measurement object and optical sensor are fixed ■ No XY stage required ■ Thickness and distance (displacement) measurement based on spectral interference principles *For more details, please refer to the PDF document or feel free to contact us.

  • Other inspection equipment and devices
  • Other measurement, recording and measuring instruments
  • Scanner
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Thickness measurement - Optical sensor 'CHRocodile 2IT series'

Thickness measurement - Optical sensor 'CHRocodile 2IT series'

Thickness measurement of various materials, capable of handling both during and after processing across a wide measurement range with a single device! Also suitable for wafer inspection applications.

The PreciTech 2IT series is a non-contact thickness measurement sensor that utilizes spectral interference methods. It excels in high-speed and high-precision thickness measurements and is used for measuring and inspecting the thickness of wafers, films, coatings, and air gaps. It is also capable of measuring impurity/doped wafers. Other features include a wide measurement range, large allowable angles, and compatibility with various materials. There is also an area scanner that allows for surface measurements without scanning via a moving stage. There are numerous instances of its incorporation into semiconductor manufacturing equipment, and it is also used in LCD manufacturing equipment, film thickness monitoring, in-situ, and inline inspections. Additionally, it is utilized as a sensor for desktop machines such as standalone units. **Applications**: Thickness measurement before and after wafer processing (such as polishing), thickness measurement during processing, film/coating thickness measurement, glass wafer thickness inspection, TTV, thickness distribution, PCB coating thickness, battery foil thickness, glass thickness, air gaps, and more.

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  • Sensors
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Chromatic Aberration Confocal Sensor 'CHRocodile C'

Chromatic Aberration Confocal Sensor 'CHRocodile C'

Accurate and stable measurements even at a maximum tilt of ±45°! Compatible with all surfaces.

"CHRocodile C" is a chromatic aberration confocal sensor that measures displacement or thickness due to chromatic aberration using white light. It has a compact size of under 440g. It is compatible with all surfaces, including "rough," "mirror," and "colored materials." The probe head is available in sizes from 200μm to 10mm. 【Features】 ■ Compact ■ Surface-independent ■ Accurate and stable measurements even at inclinations of up to ±45° ■ Shape-independent ■ Probe heads available from 200μm to 10mm *For more details, please refer to the PDF document or feel free to contact us.

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  • Optical Measuring Instruments
  • Sensors
  • Sensors

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CHRocodile 2DPS＋CHRocodile 2IT

CHRocodile 2DPS＋CHRocodile 2IT

Introduction of wafer thickness measurement sensors for semiconductor in-process applications!

This document provides information about wafer thickness measurement sensors. We introduce the "CHRocodile 2 Series," which is suitable for replacement with contact gauges, as well as the design of optical measurement heads for in-process semiconductor applications. Please take a moment to read it. 【Contents】 ■ CHRocodile 2 Series ■ Design of optical measurement heads for in-process semiconductor applications ■ Advantage: Use of chromatic aberration confocal principle ■ Advantage: Use of spectral interference principle ■ Si thickness measurement data during wafer in-process *For more details, please refer to the PDF document or feel free to contact us.

  • Optical Measuring Instruments
  • Sensors
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[Data] Non-contact thickness and shape measurement sensor

[Data] Non-contact thickness and shape measurement sensor

Many measurement examples are included! We are introducing CHRocodile's applications for semiconductors.

This document provides information about non-contact thickness and shape measurement sensors. It introduces topics such as "The Principle of the CHROMATIC VISION CAMERA," "Measurement Examples," and "Features and Advantages of CHRocodile." Please take a moment to read it. 【Contents (Excerpt)】 ■ White Light Sensor ■ CHRocodile C ■ Interference Sensor ■ CHROMATIC VISION CAMERA ■ FLYING SPOT SCANNER *For more details, please refer to the PDF document or feel free to contact us.

  • Optical Measuring Instruments
  • Sensors
  • Sensors

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Introduction of sensors for battery manufacturing and component inspection.

Introduction of sensors for battery manufacturing and component inspection.

Introducing the measurement principles of each sensor, corresponding sensors, product information, and ease of use!

This document introduces the performance of various sensors for component inspection handled by PreciTech Japan Co., Ltd. It includes the measurement principles, compatible sensors, and ease of use for each sensor, such as the "Chromatic Aberration Confocal Single Point Sensor" and "Optical Point Sensor." Our company provides intelligent and reliable solutions for laser material processing and optical measurement technology. [Overview] ■ Measurement with the Chromatic Aberration Confocal Single Point Sensor ■ Shape and thickness measurement inspection with the Chromatic Aberration Line Sensor ■ Quality control of welding ■ Area scan measurement of thickness, flatness, and shape in specified areas *For more details, please refer to the PDF document or feel free to contact us.

  • Sensors
  • Welding Machine
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In-process measurement of wafer step height

In-process measurement of wafer step height

The "CHRocodile 2 DPS color aberration confocal sensor" is equipped with two independent measurement channels.

In grinding operations, it is necessary to adjust the thickness of the wafer during processing. If using a non-contact, non-destructive optical measurement method, the thickness of the wafer can be monitored during processing without applying stress to the workpiece or damaging it, making it a suitable solution. Our "CHRocodile 2 DPS Chromatic Aberration Confocal Sensor" is equipped with two independent measurement channels. The sensor processes two chromatic aberration probes and synchronizes measurements and outputs in real-time, providing the final height and thickness of the wafer. 【Features】 ■ Development of chromatic aberration probes for harsh environments based on over 10 years of know-how in CMP and grinding interference measurement. ■ Non-contact measurement of wafer thickness in harsh environments. ■ Data acquisition rate of 10 kHz per probe. *For more details, please refer to the PDF document or feel free to contact us.

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[Data] Products for consumer electronics manufacturing processes

[Data] Products for consumer electronics manufacturing processes

For consumers! We feature shape and thickness inspection using color aberration line sensors.

This document contains application examples and proposals for products related to the manufacturing process of consumer electronics. It introduces sub-micron precision displacement, shape, and thickness measurements using optical point sensors, as well as measurements of flatness, thickness, shape, and the arrangement of vertical and horizontal layers and components using FSS. We encourage you to read it. 【Contents (excerpt)】 ■ Applications and Products (designed for inline inspection) - Displacement and thickness measurements using optical single-point sensors and probes - Scanning the desired area for thickness, flatness, and shape - Shape and thickness inspection using color aberration line sensors - Scratch and defect dimension inspection using color aberration line scan cameras - Quality control of welding *For more details, please refer to the PDF document or feel free to contact us.

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A sensor that achieves high-precision and high-speed shape measurement.

A sensor that achieves high-precision and high-speed shape measurement.

For inline inspection. Supports scanning at 70,000 points per second. Can also measure film thickness. For semiconductor wafer inspection applications.

Our company offers a system that combines the ultra-fast optical scanner 'Flying Spot Scanner (FSS)', which can perform 3D shape measurements with a maximum diameter of 80mm at high speed, with dedicated sensors. It is capable of measuring flatness, thickness, shape, and the arrangement of layers and components both vertically and horizontally with high precision and speed. We also have a wide range of sensors available, which can be selected according to the required measurement range and accuracy. 【Features of FSS】 ■ High precision: Minimum Z-direction resolution of 5nm ■ High-speed scanning: 70,000 points/second ■ Suitable for inline measurement ■ Partial measurements can be freely conducted within the measurement range *For more details, please refer to the materials. Feel free to contact us as well.

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3D Line Sensor CHROCODILE CLS2 Series

3D Line Sensor CHROCODILE CLS2 Series

Non-contact line sensor CLS. High precision, high speed, and wide range 3D shape measurement. High tolerance for angles suitable for edges and slopes. Numerous achievements in wafer edge measurement.

The "CHROCODILE CLS2" and "CHROCODILE CLS2 PRO" can achieve non-contact high-speed three-dimensional shape measurement at a maximum of 48 million points per second (standard is 16.8 million points per second). The resolution is also extremely high, with a maximum of Y1um and Z0.025um, allowing for very precise measurements. Compared to previous generations, there has been a significant reduction in measurement time, and improvements have been made for high NA and increased light volume suitable for wafer edges, wire bonding, and micro bump measurements. There are numerous applications including shape, surface roughness, step height (thickness), flatness, and TTV. It is suitable not only as a tabletop device but also for use as a sensor for in-situ, monitoring, and inline equipment integration. 【Features】 - Three-dimensional shape measurement over a wide area Maximum line width of 20mm - Wide tolerance angle Can accommodate ±53° on reflective surfaces, suitable for edges and steep slopes - Contributes to reduced development costs and shortened development lead times, with a compact unit and a software development kit for equipment integration (such as DLLs) also available - Rich track record across multiple industries Semiconductor industry, consumer electronics, glass manufacturing, medical field *For more details, please refer to the documentation.

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Introduction of Presitech, a non-contact sensor manufacturer.

Introduction of Presitech, a non-contact sensor manufacturer.

A non-contact sensor manufacturer skilled in measurements using color aberration confocal methods and spectral interference methods. Strong in high-speed and high-precision thickness and shape measurements. Capable of handling various materials!

Presitech is a non-contact sensor manufacturer based in Germany. It specializes in high-speed and high-precision thickness measurement and shape measurement, and is used for measuring and inspecting wafer thickness, edge shape, height, and flatness. It offers a wide measurement range, tolerance angles, and can accommodate various materials, with line sensors and area scanners suitable for full surface measurement. There are many proven applications in semiconductor manufacturing equipment, and it is also used in LCD manufacturing equipment and inline inspection of films. Additionally, it is utilized as a sensor for desktop machines such as standalone units. **Applications** Thickness measurement before and after wafer processing (such as polishing), during processing, film and coating thickness measurement, glass wafer thickness inspection, wafer edge shape, TTV, flatness, wire bonding shape, micro bump shape, weld joint shape, PCB shape, non-contact distance sensors mounted on CMM, battery foil thickness, glass thickness, air gaps, etc. *For more details, please refer to the PDF document or feel free to contact us.*

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Surface roughness measurement using optical sensors manufactured by Presitech.

Surface roughness measurement using optical sensors manufactured by Presitech.

The CHROMATIC LINE SENSOR (CLS) enables color aberration confocal measurement along a line.

This document describes the evaluation results of surface roughness measurements using our optical single-point sensor. It introduces the standard roughness specimens used, measurement results, conclusions, and surface roughness samples with calibration certificates. It also includes features and specifications of the "CHROMATIC LINE SENSOR (CLS)," which is equipped with interchangeable probes suitable for various applications and has an integrated setup. [Contents (excerpt)] ■ Overview ■ Standard roughness specimens used ■ Measurement results and conclusions ■ Surface roughness samples with calibration certificates - measurements at the German headquarters ■ Reference: Line sensor CHROCODILE CLS *For more details, please refer to the PDF document or feel free to contact us.

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