Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
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1～21 item / All 21 items
Narrow-width web tension measurement load cell.
★ Heine Company manufactures cantilever (single-sided) load cells for narrow web applications. ★ It is specifically designed for tension measurement of narrow wire materials such as tape, fiber, and wire cables. For more details, please contact us or download the catalog.
Compact and lightweight pillow block type load cell. It is ideal for tension measurement in the manufacturing processes of paper, textiles, plastics, and foil materials.
The BZV-A/BZH-A load cells manufactured by HAEHNE are small, lightweight, and highly reliable tension measurement sensors made from aircraft-grade aluminum and designed in a pillow block style. The measurement range is 0.1-0.5 kN, with a high accuracy of 0.5% (combined error), making them suitable for use as tension detection sensors in various manufacturing processes.
Compact and lightweight pillow block type load cell. It is ideal for tension measurement in the manufacturing processes of paper, textiles, plastics, and foil materials.
The HAEHNE BZV-A/BZH-A load cells are small, lightweight, and highly reliable tension measurement sensors made from aircraft-grade aluminum and feature a pillow block design. The measurement range is 0.1-0.5 kN, with an accuracy of 0.5% (combined error), making them suitable for use as tension detection sensors in various manufacturing processes.
No drawings! Unable to understand the current state due to modifications! A 3D laser scanner to solve the design of factories, ruins, and ballast water treatment systems [Catalog available].
3D laser measurement is a pioneering technology for the upcoming era of 3D information. The data obtained using a 3D laser scanner, known as "point cloud," improves various operations for our customers. We propose low-cost, high-performance measurements tailored to your needs. Through point cloud synthesis and alignment, we provide high-quality point cloud data. Case Study: Plant When there are no 2D drawings or the current situation is unclear due to modifications, creating drawings using 3D measurement data is effective. Modeling and drawing through 3D measurement significantly reduces the cost of repair work. *For more details, please download the catalog or feel free to contact us.
The VP2100 is a highly reliable viscometer that effectively optimizes processes. It also allows for density measurement.
!! Density measurement is also possible !! The VP2100 series viscometer, a new product from Cambridge Viscosity, has been developed specifically for process control. The sensor, which incorporates a long-established reciprocating piston method, performs real-time measurements using a small amount of sample liquid. The installation of the sensor is easy, and it offers excellent maintainability, providing a stable signal even over long calibration intervals. The sensor is unaffected by external environmental factors, vibrations, or changes in flow rate. Additionally, it is highly durable and the system is not compromised even with heavy sample liquids outside the measurement range. <Advantages> - Low cost - Easy integration - Minimal maintenance - Quick return on investment !! For more details, please contact us !!
A diverse lineup including a slip ring-less rotary torque meter with high precision, high stability, and fast response, as well as load cells boasting an accuracy of 1/10000!
A colorful lineup of measuring instruments!! We measure various "forces," including pressure measurement, weight measurement, torque, tension, and vibration. 【Featured Products】 - Slip ring-less rotary torque meter - High-precision load cell - Digital indicator with waveform comparison function - Touch panel load cell indicator - Wireless clamp force measuring device - Wireless chuck force measuring device - Vibration meter A comprehensive catalog is also available for free!! Please inquire using the form below.
This is an introduction to radiation monitors with a proven track record worldwide.
Rapiscan (formerly NUCSAFE) company's radiation detectors for steel and scrap are high-performance, high-sensitivity, and fast radiation monitors that can be customized according to user requirements. (Delivery examples: NUCOR Corporation in North America, etc.) The Bughouse monitor detects radiation contained in dust and ensures safety downstream.
By applying a random pattern of white and black spots on the surface and capturing that pattern with a camera, the distribution of surface displacement and strain is measured non-contactly.
Digital Image Correlation (DIC) is a technique that measures the distribution of surface displacement and strain non-contactly by applying a random speckle pattern of black and white dots to a surface and tracking (capturing) that pattern with a camera.
Photonic Doppler velocimetry (PDV) provides a established technology for measuring high-speed events up to several tens of km/s.
Optical Doppler velocimetry (PDV) is an established technology used for measuring high-speed events up to several tens of km/s. It is also referred to as a heterodyne velocimeter and can be used as an auxiliary or alternative tool to the VISAR (Velocity Interferometer System for Any Reflector). ■ Optical Doppler Velocimetry Doppler 1000 Series The Doppler 1000 Series consolidates the main optical components of photonic Doppler velocimetry (PDV) into a very compact device, enabling efficient high-channel-count PDV test setups. ■ For the operating principles of optical Doppler velocity measurement, configuration examples, and development cases, please refer to the following URL: https://www.japanlaser.co.jp/technology/quantifiphotonics_appli-photonic-doppler-vielocimetry/ *You can download the PDF catalog. For more details, please contact us.
We conducted walking measurements using two Azure Kinect devices. Please make use of the insights gained from this process.
【Motion Measurement with Azure Kinect】 Our company has successfully utilized the Azure Kinect, the successor to Kinect 2, with our technology, achieving the potential to use it as a markerless 3D motion measurement system. We have already published an overview of the insights gained during this process, so please refer to our catalog. This time, we conducted actual walking measurements. Below, we outline the issues encountered during the experiments and the countermeasures taken, as well as examples of walking measurement results, which are introduced in the catalog. If you are interested, please contact us. 【Issues Encountered】 Errors may occur during the startup process when powering on the Azure Kinect, depending on the conditions of the capture range, and it may become impossible to recover from these errors. This happens when there are objects within the field of view that the Azure Kinect cannot measure. Specifically, this includes objects that are either too close or too far away. Errors also occur when the sky is within the field of view. 【Countermeasures】 It is necessary to follow quite complex procedures to recover from this issue. If you are having trouble with this matter, please contact us.
We are capable of a wide range of services, including system development for quality inspections, environmental measurements, and water quality tests in various plants, as well as procurement and control panel manufacturing.
The various measurement, inspection, and measuring instrument systems proposed by Sysco are designed to develop user-friendly measuring instruments that meet customer needs by providing packaged solutions that reduce costs and easily solve customer problems.
Achieving wireless measurements comparable to servo accelerometers with the world's first unique IoT wireless UNISONet!
Equipped with the high-precision accelerometer "M-A352" manufactured by Seiko Epson! 【Features】 - Achieves synchronization between sensors in microsecond units - Compact design the size of a palm - No power supply or wiring work required, allowing for easy installation - Easy to carry the sensor, enabling smooth mobility - Battery-operated - Supports real-time monitoring and remote surveillance using a PC - Capable of recording data on an internal SD card *For more details, please refer to the PDF document or feel free to contact us. #2
It is possible to perform time-resolved measurements with multiple wavelengths simultaneously! A system that combines a streak camera and a spectrometer.
The "fluorescence lifetime measurement device" has high temporal resolution in the picosecond range, allowing for the direct observation of the photodynamics of luminescent molecules through time-resolved emission spectrum measurements. It is possible to capture the processes that change moment by moment from the optical excited state directly. By combining a spectrometer and a streak camera, it enables simultaneous time-resolved measurements at multiple wavelengths, and tracks spectral changes in the time domain according to the time resolution of the laser, not just the fluorescence lifetime. 【Features】 <Spectrometer> ■M25 Monochromator - Capable of extracting light of a specific wavelength through a slit - Optical system: Asymmetric deformable Czerny-Turner mount type - Wavelength range: 200–1,400 nm - Resolution: Half-width 0.1 nm *For more details, please refer to the related links or feel free to contact us.
High-precision measurement of multiple systems with a single unit! Diverse customization of wiring and configuration is possible. Easy to install.
The multi-circuit electronic power meter "PA60" can measure power for multiple systems with a single unit, achieving space-saving and cost reduction. It is effective in facilities with high power consumption, such as industrial and commercial establishments. It can accommodate low voltage circuits as well as the secondary side of medium and high voltage circuits, and it offers high-precision measurements with an accuracy of less than 1% (power factor 1.0). 【Features】*For more details, please refer to the catalog ■ Capable of measuring 4 circuits for three-phase and 12 circuits for single-phase ■ Customizable wiring and configuration options ■ Easy installation with clamp-type CT ■ Supports RS485 ■ Expandable communication module (RS485, LAN)
Low cost, high precision, accurate non-destructive testing from 50,000 yen per sample.
The diondo industrial CT inspection system helps customers obtain high-precision dimensional measurement information. 【Delivery Data】 Measurement report + Original report images + Defect statistics table 【CT Scanner Specifications】 Model Name: General-purpose Micro/Nano CT System diondo d2 Reflection Target X-ray Tube: 190-300kV Transmission Target X-ray Tube: 160-300kV Area Array Detector: 3000 × 3000px, 139μm Focal Length Range: 400-1200mm, adjustable Maximum Effective Detection Range: Ø520×H650mm Maximum Load Capacity: 50kg diControl Software Features: DR function, Spiral CT, Angle-limited scan, High-speed CT, High-speed reconstruction GPU acceleration, Beam hardening correction, Artifact correction, Batch automatic detection, Automatic geometry correction, Daily detection, Status detection, Measurement module VDI/VDE 2630 【Inquiries and Estimates】 Email: info@nd-seiko.co.jp Phone: 0538-84-9600
With a 3D laser scanner, we measure complex shapes and vast amounts of information in a short time. For i-Construction, BIM, and digital twins.
A 3D laser scanner is a high-speed measuring device that acquires data at the rate of tens of thousands of points per second over a full 360° range around the machine. It calculates distances by sending laser light back and forth between the scanner and the object without direct contact, obtaining three-dimensional coordinate values based on the angle and distance of the emitted light. The data collected by the laser scanner is read using specialized software, and the coordinate data is represented as points (dots) on a PC screen. The collection of measurement points is referred to as point cloud data. Since point cloud data is represented in three-dimensional positions, it allows for the verification of location information on a computer screen. After measurement, the data can be used for 2D CAD and 3D modeling, tailored to the customer's needs. 【Features】 ○ Reduces work time due to high-speed measuring equipment ○ Allows for safe operation without contact with the object ○ Captures data for everything visible, eliminating measurement omissions and the need for re-measurement ○ Enables verification of differences between existing drawings and current conditions on the data ○ Allows for extraction of new information from the data For more details, please contact us or download the catalog.
It will be helpful for the preventive maintenance of small and medium-sized turbo machines and large electric drive machines. Let's perform field balancing to ensure long-lasting operation.
We have set up CABS, which is utilized for field balancing to address shaft vibration and dynamic balancing issues in large turbo machinery (steam turbine generators, gas turbine generators, blowers/air compressors, etc.), for small and medium-sized machines and motor-driven equipment. The challenges associated with bearings cannot be completely avoided, as there will always be slight imbalances in the rotating body or misalignments during assembly (such as centering and distortion), regardless of how well the bearings are made. Moreover, if field balancing is not performed properly after assembly on long shafts or flexible foundations, it can lead to problems caused by vibrations later on. CABS is actively used for field balancing and continuous monitoring of the condition of large turbo machinery. CABS-M is a condensed version that focuses solely on the core functions for field balancing tasks. Electric drive machines are becoming larger day by day, and while the elastic forces increase, the structure of the foundations is shifting from rigid to flexible, complicating the vibration mechanisms. This helps in understanding and analyzing the vibration state. Please feel free to contact us through https://power.mhi.com/jp/group/eng/business/products/cabs.
We offer a wide range of viscometers from lab-type to process control. Please contact us if you would like a demonstration!
Cambridge Viscosity, a specialized manufacturer of viscometers, holds a leading position internationally in the measurement of fluid viscosity. We develop and produce a wide range of products, from laboratory models to those for process control. At Japan Controls, we also have demo units available, so please contact us if you would like to request a demonstration! 【Features】 ● Innovative and highly efficient viscosity measurement technology ● Extremely high accuracy and easy maintenance ● Laboratory (for research and sampling) / process viscometers tailored to your applications 【Product Lineup】 ■ A variety of laboratory models convenient for sampling measurements ■ Process models - Real-time control within the line ⇒ Inline (installed in piping), in-tank (installed in tanks), and ultra-compact models Various sensor shapes and sizes are available to match installation conditions 【Applications】 Due to the fault-free structure of Cambridge viscometers, they are used in a wide range of fields including oil, ink, paint, coatings, pharmaceuticals, chemicals, automotive fuels, motor oils, petrochemicals, printing, biotechnology, and more. *For more details, please contact us.
We will digitize the electrical characteristics of your company's work according to your desired specifications.
What happens at the contact point when power is applied? How does the contact resistance change? How much heat is generated at the contact point during high current flow? What is the resistance value in high-temperature environments? By measuring these factors, you can confirm what is actually happening. By combining several types of equipment, we can approach measurements that are closer to real-world conditions. We also accept requests for visits at any time. For more details, please contact us through our website. ○http://www.sankei-engineering.com/○
Industrial DLP projectors that achieve high-precision 3D inspection.
In the electronic equipment industry, circuit board inspection requires high-precision testing to ensure product quality and reliability. It is particularly important to accurately detect the mounting condition of fine components and soldering defects. Traditional inspection methods have limitations in detection accuracy and inspection speed, making efficient inspection challenging. The DLP projector [OPR series] addresses these issues by enabling high-precision 3D inspection. [Application Scenarios] - Inspection of circuit board mounting conditions - Detection of soldering defects - Inspection of component defects [Benefits of Implementation] - Quality improvement through high-precision inspection - Reduction in inspection time - Cost savings through early detection of defective products
