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Displacement Gages

FBG Displacement Sensor DST-01 is used for long-term measurement of structural beams and large buildings or other concrete, steel structures, building settlements, displacements and landslides. The sensor is installed by pulling rope, which can accurately and quickly measure the beam settlement, the displacement and deformation of ...

Specifications

Measurement Range: 10-150mm
Measurement Resolution: 0.05 %
Center Wavelength: 1460 ~ 1610 nm
Measurement Accuracy: 0.5 % F.S.
Temperature Compensation: Built-in
...
Data Sheet
HPB- 75 Button Probe
Capacitec Inc
Capacitec’s HPB thin “side-looking” button probes are designed to measure displacement and part dimensional changes in tight or hidden access locations looking at an earth grounded target. The Button Series probes are particularly well suited for placement in very small, down to 0.025 in  (0.65mm), locations ...

Specifications

Measurement Range: 1.27-1.91mm
Measurement Resolution: -- %
Data Sheet
HPB- 40 Button Probe
Capacitec Inc
Capacitec’s HPB thin “side-looking” button probes are designed to measure displacement and part dimensional changes in tight or hidden access locations looking at an earth grounded target. The Button Series probes are particularly well suited for placement in very small, down to 0.025 in  (0.65mm), locations ...

Specifications

Measurement Range: 0.51-1.02mm
Measurement Resolution: -- %
Data Sheet
1813A Digital Linear Gauge Sensor
Ono Sokki Technology Inc
lntroducing compact and lightweight digital linear gauge sensors that are easily installed in current production equipment. With a dust-proof and splash-proof structure that conforms to protection class IP64, the gauges can withstand harsh environments. Suitable for use in dusty environments and areas subject to drips and spIashes. ...

Specifications

Measurement Range: 13-13mm
Measurement Resolution: 1um %
Data Sheet
1730A Digital Linear Gauge Sensor
Ono Sokki Technology Inc
lntroducing compact and lightweight digital linear gauge sensors that are easily installed in current production equipment. With a dust-proof and splash-proof structure that conforms to protection class IP64, the gauges can withstand harsh environments. Suitable for use in dusty environments and areas subject to drips and spIashes. ...

Specifications

Measurement Range: 30-30mm
Measurement Resolution: 10um %
Data Sheet
GS-1713A Digital Linear Gauge Sensor
Ono Sokki Technology Inc
lntroducing compact and lightweight digital linear gauge sensors that are easily installed in current production equipment. With a dust-proof and splash-proof structure that conforms to protection class IP64, the gauges can withstand harsh environments. Suitable for use in dusty environments and areas subject to drips and spIashes. ...

Specifications

Measurement Range: 13-13mm
Measurement Resolution: 10um %
Data Sheet
Antaris 350 LONG STANDOFF LASER TRIANGULATION SENSOR FOR HOT APPLICATIONS
Scantron Industrial Products Ltd
The ANTARIS Series of triangulation sensors is built for long-standoff measurement, such as where the measurement target is extremely hot – for example, hot profile or flatness measurement on hot steel strip. The intelligent signal processing controls exposure of the CCD array and laser power in real time, resulting in excellent ...

Specifications

Measurement Range: 350-620mm
Measurement Resolution: -- %
Data Sheet
Polaris 10 PRECISION LASER TRIANGULATION GAUGE FOR THE STEEL-METALS INDUSTRY
Scantron Industrial Products Ltd
cantron is an established supplier of the POLARIS series, high-precision, robust and flexible laser sensors which were designed specifically for use within the demandingsteels and metal industry. The POLARIS Series of triangulation sensors are highest-precision laser sensors available for measurement of displacement, distance or ...

Specifications

Measurement Range: 10-51mm
Measurement Resolution: -- %
Data Sheet
ATLAS 10 DIGITAL LASER SENSOR
Scantron Industrial Products Ltd
The ATLAS Series of miniaturised laser triangulation sensors are compact, accurate sensors for measurement of displacement, distance or height, or thickness when combined in pairs. The intelligent signal processing controls exposure of the CCD array and laser power in real time, resulting in excellent dynamic behaviour ...

Specifications

Measurement Range: 2-40mm
Measurement Resolution: 2 %
Data Sheet
CDX-L15A Ultra High Accuracy Laser Displacement Sensor
Ramco Innovations Inc
With conventional image sensors, feedback control to the shutter could not keep up with sudden changes in receiving light levels caused by changes in workpiece colors, momentary inabilities to perform measurements would be caused, resulting in response delays. With newly developed ATMOS image sensors, measurements can be performed ...

Specifications

Measurement Range: 110-190mm
Measurement Resolution: 0.25 %
Data Sheet
VIEW Benchmark XLT
VIEW Micro-Metrology
The VIEW Benchmark™ XLT delivers VIEW performance and reliability in a large travel, non-contact, high precision metrology system. The Benchmark XLT is designed to handle large area parts or nested groups of smaller parts using its moving bridge design. Advanced image processing allows the Benchmark XLT to operate with high speed, ...

Specifications

Measurement Range: 900-1500mm
Measurement Resolution: -- %
Data Sheet
VIEW Benchmark 624
VIEW Micro-Metrology
The VIEW Benchmark™ 624 is a large capacity, fully automatic, 3-axis dimensional measuring system. The Benchmark 624\'s moving bridge design creates an open work envelope for easy access to the measurement area and allows the part being measured to remain stationary at all times. With its massive granite base and high precision ...

Specifications

Measurement Range: 624-624mm
Measurement Resolution: -- %
Data Sheet
VIEW Benchmark 250
VIEW Micro-Metrology
The VIEW Benchmark™ 250 is engineered for high accuracy in a compact benchtop configuration complete with VIEW’s dual magnification optics and metrology-grade construction. The Benchmark 250 is designed for use on the production floor to provide precision measurements for process control. Its compact size and powerful ...

Specifications

Measurement Range: 150-300mm
Measurement Resolution: -- %
Data Sheet
PD-1001Interferometric Sensing
Evanescent Optics
The PD-1000 is a fringe tracking interferometer composed of a control unit that contains a stabilized laser diode source, uses a fiber optic cable for transmission and reception of the optical signal, and is independent of light amplitude. The system is compatible with a variety of interferometers, which may be configured as bulk ...

Specifications

Measurement Range: 0.3-0.3mm
Measurement Resolution: -- %
Data Sheet

Frequently Asked Questions

A displacement gauge, also known as a displacement sensor, is an optical metrology tool that measures the displacement of an object without physical contact. These sensors are often used in industries where precise measurements are essential, such as automotive, aerospace, and semiconductor manufacturing.

Displacement gauges work by using a light source, typically a laser, to measure the distance between the gauge and the surface being measured. The light reflects off the surface and is detected by a receiver, which then calculates the distance using triangulation. The gauge can also be used to measure changes in position over time.

Displacement gauges offer high accuracy, repeatability, and resolution, making them ideal for use in industries where precision is crucial. They are also non-contact, which means they can be used to measure delicate or fragile objects without causing damage. Additionally, they can measure small or large distances with equal accuracy.

Displacement gauges are used in a variety of industries, including automotive, aerospace, and semiconductor manufacturing. They are commonly used for measuring distance, position, and vibration. They are also used in research applications for measuring the deformation of materials under stress.

When choosing a displacement gauge, it is important to consider factors such as accuracy, resolution, measurement range, and environmental conditions. It is also important to choose a gauge that is compatible with the material being measured and the desired measurement method. Additionally, some gauges may be better suited for dynamic measurements while others are better suited for static measurements.

There are 14 different Displacement Gages from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Displacement Gages with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Displacement Gages vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

Did you know that displacement gauges are a crucial component in many high-precision industries? Displacement gauges, also known as displacement sensors, are non-contact optical metrology tools used to measure the displacement of an object. These sensors are ideal for measuring precise changes in position and can be used in a variety of industries, including automotive, aerospace, and semiconductor manufacturing. They use a laser to measure the distance between the gauge and the surface being measured, providing high accuracy, repeatability, and resolution. Displacement gauges are also non-contact, which makes them useful for measuring delicate or fragile objects without causing damage. They can measure small or large distances with equal accuracy, making them versatile and reliable tools. In addition to measuring position, displacement gauges are also used for vibration analysis and deformation measurements in materials research. When choosing a displacement gauge, it's important to consider factors such as measurement range, accuracy, and compatibility with the material being measured.