Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.
31～52 item / All 52 items
Directly record positional changes up to ±500m in the horizontal direction on an aluminum blade.
The OB-600 large displacement gauge for seismic isolation effects records displacements of up to ±500m in the horizontal direction directly onto an aluminum blade using a marking needle. For more details, please download the catalog or contact us.
DIN Size Displacement Gauge MD-1000 Series
Compact body with rich functionality! A DIN-sized displacement gauge that achieves ease of use with a panel meter feel. 【Features】 ○ Compact size of DIN 48×96mm ○ Extensive scaling function Capable of scaling display values across a wide range from 199 to 19999 ○ Auto-zero function Makes zero point adjustment easy for each measurement, and also equipped with other OFFSET functions ○ High visibility with easy-to-read LED display ○ Equipped with analog output function ○ Standard comparator included Smoothly handles everything from commercial power supply to micro-voltage switching ● For other functions and details, please download the catalog.
![[Automation Example] Measurement of the total length of cap components and sorting process](https://image.mono.ipros.com/public/product/image/206808/IPROS4775405290649133556.png?w=280&h=280)
Stable measurement accuracy and reduction of on-site adjustment work are challenges! We will introduce examples that have achieved a reduction in the burden on operators.
We would like to introduce a case where Company C, a metal processing manufacturer, implemented automation equipment for the measurement of the total length of cap parts and the sorting process. In the measurement and sorting of cap parts, which are lathe-processed products, it was necessary to avoid interference with measurement accuracy caused by the entanglement of cutting chips and to ensure stable measurement accuracy, as well as to reduce the complicated adjustment work on-site. To avoid interference from cutting chips, we proposed a method for high-precision total length measurement by placing contact-type displacement sensors above and below. The entire process from material feeding to automatic sorting has been fully automated, achieving a reduction in the burden on operators and optimizing production efficiency. [Case Overview] ■ Background: The challenge was to ensure stable measurement accuracy and reduce adjustment work on-site. ■ Proposal: Various suggestions to reduce adjustment work. ■ Effect: Achieved a reduction in the burden on operators. *For more details, please download the PDF or feel free to contact us.
UK RDP Company manufactured differential transformer displacement gauge
UK RDP Corporation Differential Transformer Displacement Gauges ■□■ Product Lineup ■□■ ■ High-precision Reference Displacement Gauge GT Series ■ Miniature Displacement Gauges D5 & D6 Series ■ Long Stroke Displacement Gauges ACT Series ■ Amplifier Built-in High Output Displacement Gauges DCTH Series (4-20mA option) ■ Amplifier Built-in Single Displacement Gauges LDC Series ■ Compact Waterproof Displacement Gauges D5W Series ■ Long Stroke Waterproof Displacement Gauges ACW Series ■ Amplifier Built-in Waterproof Displacement Gauges DCW Series (4-20mA option) ■ Seawater Pressure Resistant Displacement Gauges SSA Series ■ High Temperature Environment Displacement Gauges LIN Series ■ Non-contact Gap Sensors PY Series ■ Wire Pull Displacement Gauges DWT Series ■ UK RDP Electronics has been providing high-precision and high-quality LVDT displacement gauges, dedicated conditioners, and indicators backed by 40 years of experience and ISO 9001:2000 quality management system. ■ For other functions and details, please download the catalog or contact us.
Subsurface multi-segment displacement / stratified settlement measurement! Multi-point displacement gauge compatible with casing.
The "PM-100G-□, PM-100GB-□" is a multipoint displacement gauge used for multi-stage rock displacement measurement in large underground caverns such as underground power plants and large slopes associated with dam and road construction. It consists of a conversion section that converts displacement into an electrical signal, an anchor section that can be fixed multi-stage within a borehole, and a wire section that transmits the displacement of the anchor section to the conversion section, allowing for the installation of six measurement points in a φ66mm borehole. The conversion section is detachable and compatible with casing drilling. 【Features】 ■ Casing compatible ■ The sliding resistance of the sensor section is low, allowing for smooth detection movement ■ The tension of the PM-100GB-□ sensor section is approximately five times that of the PM-100G-□ *For more details, please refer to the PDF document or feel free to contact us.
![Eddy Current Displacement Sensor [SMT-9700] High Resolution / For OEM](https://image.mono.ipros.com/public/product/image/22f/277400026/IPROS_11718926690257086000.jpg?w=280&h=280)
Designed to meet specification requirements! High-resolution eddy current displacement sensor for OEM use.
For OEM use. Design tailored to specifications is possible. Introducing the eddy current displacement gauge Kaman SMT-9700 handled by Sankyo International.
![Eddy Current Displacement Sensor [DIT-5200] High Precision](https://image.mono.ipros.com/public/product/image/207/277400028/IPROS_11482606985124393000.jpg?w=280&h=280)
High-precision displacement measurement is possible with an eddy current displacement sensor.
Differential Type Introducing the eddy current displacement gauge Kaman DIT-5200 handled by Sankyo International.
![Eddy Current Displacement Sensor [High Temp]](https://image.mono.ipros.com/public/product/image/b7e/277400030/IPROS_13699194994474942000.jpg?w=280&h=280)
Displacement gauge usable in harsh and high-pressure environments.
The eddy current displacement gauge Kaman High Temp can be used in harsh environments. This is an introduction to the eddy current displacement sensor handled by Sankyo International.
Measuring extremely small displacement amounts non-contact using laser light! A optical heterodyne displacement meter suitable for measuring transient response phenomena.
A probe type optical heterodyne displacement meter with one probe and one emission is installed at the top of the microscope tube, allowing for simultaneous measurement of displacement while observing with the microscope. 【Features】 ○ Pinpoint measurement of the measurement point on the object ○ Parallel measurement possible while observing the state of the object ○ Equipped with a reflected illumination system and a CCD camera, allowing the object to be viewed as a regular microscope, while using the CCD camera to observe the state of the measurement surface on a display (CRT) ○ Various devices can be attached to the stage ○ Automation is possible by attaching an automatic stage to the stage ○ The size of the configuration differs depending on whether a manual stage or an automatic stage is used. ○ Either HV400 or HV250 can be selected for the heterodyne displacement meter. ● For other functions and details, please download the catalog.
Optical Heterodyne Displacement Meter HV250
Maintaining the advantages of optical heterodyne measurement, the HV400 simplifies functionality and achieves a low price. It is an optical heterodyne displacement meter equipped with both analog and digital output functions. 【Features】 ○ Maintains a resolution of 10nm with an operating distance of 1000mm ○ Compact and low-cost body and probe ○ Real-time measurement, LED display, analog and digital output ○ Highly versatile ○ Probe shape and optical system configuration can be customized according to the intended use, including shape and options. ● For other functions and details, please download the catalog.
Measure extremely small displacement amounts non-contact using laser light! A optical heterodyne displacement meter suitable for measuring transient response phenomena.
Optical Heterodyne Displacement Meter HV400 【Features】 ○ 1nm resolution 0.001 microns in vertical resolution The measurement reference is the wavelength of a frequency-stabilized HeNe laser ○ Records transient phenomena every 1μs at the shortest Measures, records, and displays events that fluctuate in a short time The fluctuations are clearly visible on the PC's LCD screen ○ Records up to 1 million points, data processing Significantly increases recording time The vast number of recorded points can all be processed on a PC, with filtering and Excel conversion possible ○ Eliminates error factors based on base vibrations through relative measurements Measures the relative displacement between two measurement points Clearly identifies only the relative fluctuation, allowing for the removal of error factors such as base vibration components ● For other functions and details, please download the catalog.
Measurement accuracy of 0.01mm even at a distance of 500m!
IBIS-FS is a displacement meter that applies radar interferometry technology for monitoring structures such as bridges, buildings, historical monuments, and towers. It has overwhelming advantages compared to conventional measurement methods and can be used for both static and dynamic monitoring. Additionally, there is no need to install reflectors like prisms on the monitored objects, allowing monitoring from distances of up to 1 km. Sampling can be conducted for structural vibrations at rates of up to 200 Hz. Furthermore, measurements can be taken regardless of day or night and weather conditions.
Non-contact, stationary system suitable for use on manufacturing lines! Less susceptible to noise from colors and shadows, improving recognition rates for embossed characters!
We propose a reading system for cast characters, mold characters, and engraved characters using a 2D laser displacement meter. 【Current Situation】 The embossed characters, such as part numbers on cast products, are the same color as the background, and there may be protrusions around the characters or the characters may be engraved on curved surfaces, making it difficult to cut out the characters. Standard optical systems cannot read these characters. 【Proposal】 "Embossed Character Recognition System Using 2D Laser Displacement Meter" By stably extracting embossed characters through 3D measurement that traces the surface shape of the object, we achieve a high character reading rate. Additionally, it supports inline measurement without contact. For more details, please refer to the catalog or feel free to contact us.
Connect multiple expansion rods and rotating joints to the tunnel cross-section! We will perform two-dimensional deformation measurement.
Introducing the "Connected Internal Space Displacement Gauge" used for deformation measurement and track measurement. Multiple extension rods and rotating joints are connected to the tunnel cross-section, measuring each extension amount and rotation angle to perform two-dimensional deformation measurement. Please feel free to contact us for inquiries regarding measurement consultations, sales of measuring instruments and sensors, installation, and data management. 【Features】 ■ Multiple extension rods and rotating joints connected to the tunnel cross-section ■ Measuring each extension amount and rotation angle to conduct two-dimensional deformation measurement ■ Capable of measuring vertical and horizontal displacements in various shapes and along the longitudinal direction ■ Compact installation space that does not interfere with construction ■ Achieves high measurement accuracy and long-term stability *For more details, please refer to the PDF document or feel free to contact us.
Measurement across roads and valleys, observation in landslide areas, and safety monitoring during construction. Measurements that are less affected by bad weather.
"MereX-D" is a diffuse laser displacement meter that demonstrates its power in locations where measurement is difficult. It allows for long-term measurement of terrain displacement and observation of ground movement and structural movement. Additionally, the measurement error is ±2mm regardless of the measurement distance. By diffusing the normal laser beam and widening the spot diameter, it enables stable measurements even in environments with rain, snow, or dust. 【Features】 ■ Continuous measurement over a long period ■ Diffuse laser that is less affected by obstructions ■ Simple configuration with only the main unit and reflector ■ When combined with an alarm system, it aids in safety management at construction sites and monitoring of sloped areas *For more details, please refer to the PDF document or feel free to contact us.
We will also introduce the angle measurement methods using a displacement gauge and a laser autocollimator!
The measuring instruments used for precise angle measurement are mainly displacement meters and laser autocollimators. So, which is better for angle measurement, the displacement meter or the laser autocollimator? In this article, we will compare and explain the angle measurement methods using displacement meters and laser autocollimators. *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.*
We will also introduce points to consider when purchasing a laser displacement measurement device!
There are two main modes of reflection: specular reflection and diffuse reflection. Instruments that measure displacement and distance with lasers are designed to primarily correspond to one of these modes. Since each mode has opposing advantages and disadvantages, I will explain how to choose which type of displacement meter to purchase for those who are unsure. As a preface before diving into the main topic, I will discuss the mechanism of devices that measure angles, displacement, and distance with lasers. *For detailed content of the column, you can view it through the related links. Please feel free to contact us for more information.*
From sampling to full measurement. We manage the variation in warpage quantitatively through coordinate measurement of multiple points using a non-contact displacement gauge.
Large, thin-walled cover lenses and resin panels are prone to warping and distortion during the cooling process after molding, which can lead to assembly defects and appearance issues. Traditional sampling three-dimensional measurements made it difficult to guarantee the entire production. Yoshida Techno Works has developed a dedicated measurement fixture with multiple non-contact displacement sensors to quantitatively acquire and manage coordinate data (warping amount) for all molded products. The measurement data is recorded and stored on a lot basis and is also used for feedback to optimize molding conditions. This initiative has significantly reduced the risk of defective products with shape issues leaking out and has eradicated assembly defects in subsequent processes.
New arrival! Response speed 5 times faster! Ideal capacitive displacement sensor for measuring the blur of rotating objects.
■High Response, High Stability, High Resolution, Capacitive Non-Contact Displacement Sensor The PS-IA-HS is an ultra-precise non-contact displacement sensor that utilizes a unique capacitive method, achieving high response, high stability, high resolution, and versatility. With a proven track record and high evaluation, the user-friendliness of the PS-IA has been maintained while the response speed has increased fivefold. It enables the measurement of high-speed displacement phenomena that were previously difficult to measure. It is ideal for measuring the wobble of rotating objects and for closed-loop control of piezo stages. * A wide lineup with a standard measurement range of 30μm to 10,000μm * Sensitivity remains unchanged regardless of material if it is a conductor * Not affected by surface roughness * High linearity: ±0.05% or less * Response speed of 5kHz We will make recommendations based on your usage environment. Please feel free to contact us.
I will also explain the differences between contact displacement gauges and non-contact displacement gauges!
Measuring the displacement of an object precisely is an important factor in various fields such as machinery and equipment manufacturing, and robot control. When measuring displacement, a displacement sensor is generally used. This article will provide a detailed explanation of the basics, mechanisms, and applications of displacement sensors. A displacement sensor is a device that accurately measures the displacement of an object. This displacement is referred to as "displacement," and the displacement sensor is also called a "displacement sensor." *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*
