Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
271～300 item / All 3836 items
This product, which is compact and lightweight yet achieves high functionality and high precision, meets measurement needs in various fields.
●Active in various fields and applications Ideal for color measurement of resin molded products, coatings, plants, fruits, powder materials, skin, printed materials, etc.
Measures six items of building sanitation regulations with one device and automatically generates reports. A low-cost, user-friendly, compact, and lightweight air quality measuring instrument unlike any other.
For buildings that meet the conditions set by the Building Sanitation Act (formerly known as the Building Management Act), air quality measurements are required to be conducted once every two months. The six basic measurement items specified are wind speed (airflow), dust concentration, temperature, humidity, CO concentration, and CO2 concentration. The increase in measurement time and consumable costs due to the number of items has become a significant cost burden. The "Auto Building Set III" promises to achieve cost reduction for your company by improving work efficiency through simultaneous measurement of the six items with one unit and reducing consumable costs.
Simultaneous measurement of necessary material parameters such as Young's modulus and Poisson's ratio for metals, glass, ceramics, resins, composites, etc.
Young's modulus, stiffness, bulk modulus, compressibility, ramen parameters, Poisson's ratio, and sound velocity anisotropy coefficients of not only metals, glass, ceramics, and resins but also composite materials such as MMCs can be measured simultaneously. Measurements can be conducted not only on samples for testing but also on products. It can be measured easily without the need for skill or special fixtures.
The full elastic moduli (Young's modulus, rigidity modulus, bulk modulus, compressibility, ramen parameters, Poisson's ratio), sound velocity anisotropic coefficients, and longitudinal and transverse internal friction can be measured at high temperatures.
Simultaneous measurement of full dynamic elastic moduli (Young's modulus, shear modulus, bulk modulus, compressibility, Lamé parameters, Poisson's ratio), sound velocity anisotropy, longitudinal and transverse internal friction, Debye temperature, etc., over a temperature range from room temperature to 1500°C. Measurements can be conducted while increasing or decreasing the temperature or maintaining a constant temperature. It is possible to measure metals, ceramics, glass, composite materials such as MMC, and resins.
Compatible with large-diameter interchangeable lenses, equipped with AV value measurement function! A high-precision top-of-the-line aperture area meter! Hysteresis evaluation possible with high sampling!
The "AFD-2000" is a high-precision top-tier AV tester that supports large diameters. It can measure the aperture diameter area of interchangeable lenses (AV value measurement). Continuous operation from wide open to minimum aperture (1000 times/second) for aperture diameter evaluation is possible. Hysteresis evaluation is achievable through high sampling. It is suitable for the development, evaluation, and inspection of autofocus functions during video recording. The measurement accuracy is ±0.02EV, and the external interface is USB. 【Features】 ○ AV Tester ○ Measurement of the aperture diameter area of interchangeable lenses ○ Effective measurement diameter: φ1.0–45 ○ Measurement display ・[EV]: -13.10 to +13.10 ・[AV]: 0.00 to +15.10 ○ Continuous operation (1000 times/second) for aperture diameter evaluation from wide open to minimum aperture ○ Hysteresis evaluation through high sampling ● For more details, please contact us or download the catalog.
★Patent Obtained★ Flange back measurement possible! With 5-point measurement, towel measurement for image sensor installation is possible! Supports high-speed measurement and low-reflection sensors!
The "RSM-E1000" is a flange back measurement device for DSLR cameras. It enables the measurement of the tilt of the image sensor installation through five-point measurement. This high-end model supports high-speed measurements and is compatible with low-reflection sensors. The camera being measured is an SLR digital camera body. The supported imaging sensor is APS-C (FULL MICRO4/3 MEDIUM FORMAT). 【Features】 ○ Patent obtained ○ Flange back measurement for cameras ○ High-end model ○ Tilt measurement of image sensor installation through five-point measurement ○ High-speed measurement ○ Compatible with low-reflection sensors ○ Touch panel operation ● For more details, please contact us or download the catalog.
[Video Available] High-precision measurement of lens optical axis alignment! Improved efficiency in assembly work! No reading errors! Prism and parallel plane angle measurement also possible!
The "CS-A1100" is an industry-standard high-precision transmission eccentricity measurement device. By converting the target line image into a cross line, reading errors are almost eliminated. It is capable of measuring the eccentric angles of prisms and parallel planes, and data can be automatically saved to a PC. With a compact design that prioritizes space-saving and ease of use, it has been highly praised by many customers as a measurement device that achieves labor-saving, high quality, and efficiency, especially in manufacturing environments. In addition to this model, we offer a wide range of products, including models compatible with ultra-small diameter lenses, transmission, reflection, and dual-use eccentricity measurement devices, as well as dedicated machines for joining and centering. *Model compatible with ultra-small lenses (φ1.0mm) "CS-A1100S" 【Features】 ○ Centering device ○ Reading errors are nonexistent by converting the target line image into a cross line ○ Calculates and displays the eccentricity amount from the trajectory of the cross line intersection due to lens rotation ○ Minimum reading display for eccentricity is 1" ○ Capable of measuring the eccentric angles of prisms and parallel planes ○ Calibration is possible using a calibration standard ● For more details, please refer to the PDF document or feel free to contact us.
[Video available] Capable of eccentric measurement for both transmissive and reflective types with a single unit! Can measure lenses from small diameter to large diameter! Automatically calculates and analyzes the reflection image positions of each lens surface!
The "TR-A1" is a transmission and reflection hybrid eccentric measurement device capable of measuring lenses from small to large diameters. It allows for easy operation, enabling measurements of both reflection and transmission using the same procedure. It is suitable for optical axis adjustment (centering), eccentricity measurement, analysis, and bonding of lenses. Through reflection measurement, it is possible to analyze the surfaces of bonded lenses and lens units, making it suitable for lens development. The positions of the reflection images on each surface can be automatically calculated and measured. Transmission measurement is also suitable for measuring the entire lens and for bonding work (balsam). Additionally, a variety of lens rotation devices are available according to application needs. *Infrared lenses can also be measured. 【Features】 - A centering device capable of measuring lenses from small to large diameters - Easy operation for measuring both transmission and reflection using the same procedure - Versatile image processing that can detect dark reflection images - Wide range of lens measurements possible with interchangeable objective lenses - Numerous lens rotation devices available according to application needs - High-precision measurement of misalignment and tilt (angle) of each lens surface - Equipped with a digital magnetic scale for accurate movement of the objective lens For more details, please refer to the PDF document or feel free to contact us.
Compatible with ultra-small lenses! The minimum measurable diameter is φ0.5! Reflective eccentric measurement device! Measurement of each surface of the lens is possible!
The "US-A1" is a reflective eccentricity measuring instrument capable of measuring and analyzing the angles of each lens surface through image processing. It can quickly capture the reflected image of the lens under test using dedicated analysis software. Measurement data can be recorded and edited on a computer. Stable measurements are made possible with a specially developed ultra-low-speed rotating motor stage and an electromagnetic suction pump. By removing the objective lens and lens rotation device, it can also be used as an autocollimator (f=200mm). It features a compact design and a long-lasting structure. Measurement of infrared lenses (IR lenses) that do not transmit visible light is also possible. Additionally, we offer the "US-A1000," which can perform transmission and reflection measurements of ultra-small lenses with a single device. 【Features】 ○ Image processing ○ Reflective eccentricity measuring instrument ○ Compatible with ultra-small lenses and infrared lenses ○ Minimum measurable diameter is φ0.5 ○ Capable of measuring the angles of each lens surface ○ Equipped with a cat's eye mask function ○ Compact design for space-saving ○ Uses LED for illumination, ensuring long life and energy efficiency ○ Ultra-low-speed rotating motor stage ● For more details, please refer to the PDF document or feel free to contact us.
Flange back measurement! Possible to measure taper with five-point measurement! Adopting image processing technology for even higher precision! Measurement error ±2.5μm!
The "RSM-II1000" can measure the flange back of DSLR cameras. It allows for the measurement of the tilt of the image sensor installation through five-point measurement. By changing from a reflective light method to an image processing method, measurement accuracy has improved. It is now possible to measure cameras that previously had unstable measurement values. The camera to be measured is an SLR digital camera body, compatible imaging sensors are APS-C (FULL MICRO4/3 MEDIUM FORMAT), and the external interface is USB. 【Features】 ○ Capable of measuring the flange back of single-lens reflex cameras ○ High-end model ○ Tilt measurement of the image sensor installation through five-point measurement ○ Uses image processing method ○ Measurement accuracy ±2.5μm ○ Touch panel operation ● For more details, please contact us or download the catalog.
Lens resolution performance evaluation device! Minimal error impact from the camera! Can also be used for acceptance testing!
MTF refers to the ability to reproduce the subject with a certain degree of fidelity, represented by contrast with spatial frequency on the horizontal and vertical axes. Through MTF measurement technology, we provide complete inspection in lens manufacturing, development considerations, and optical axis adjustment devices for lenses and cameras. A reticle placed at the focal plane of the lens under test is illuminated with collimated light and imaged by a camera using a reverse projection method. Since the enlarged image is processed, the influence of errors from the camera is minimized. We can propose MTF measurement, various image evaluation charts, light sources, and software according to your needs. Please feel free to consult us. 【Features】 ○ High-speed parallel processing - Camera image acquisition and MTF calculation are processed in parallel. This brings the MTF calculation time close to zero, achieving speedup. ○ High precision and high stability - Excellent measurement stability achieved through our unique super-sampling technology based on ISO12233. ○ Minimal error influence from the camera due to processing of enlarged images. ○ Halogen lamp fiber light source spectral correction. * Near-infrared light source (optional). ○ Measurement of infrared camera lenses for industrial cameras is also possible. ● For more details, please contact us or download the catalog.
★Patented Product★ Camera flange back measurement! With five-point measurement, it is possible to measure the tilt of the image sensor installation!
The "RSM-7000" is capable of measuring the distance to the light-receiving surface of the image sensor. It allows for tilt measurement of the image sensor installation through 5-point measurement. 【Features】 ○ Patent obtained ○ Measurement of camera flange back ○ Tilt measurement of image sensor installation through 5-point measurement ○ Touch panel operation ○ Measurement details: 5-point measurement ・Distance from mount to imaging element surface ・Error against reference value ○ Measurement accuracy: ±5us ● For more details, please contact us or download the catalog.
Transmission and reflection measurements of ultra-small diameter micro lenses can be performed with a single device! The minimum measurable diameter is φ0.5mm! [Demo available]
The "US-A1000" is an eccentric measuring instrument that can perform both lens transmission and reflection measurements with a single device. By adopting a USB 3 camera, the image processing speed has been further improved. Measurement data can be recorded and edited on a computer. Stable measurements are made possible with a specially developed ultra-low speed rotating motor stage and an electromagnetic suction pump. When the objective lens is removed, it can be used as an autocollimator (reflection) or a collimator (transmission). It can also measure parallel plane substrates and wedge prisms. It is equipped with three types of motorized lens rotation devices and various lens holders, making it compatible with all types of lenses. Reflection measurements of infrared lenses (IR lenses) that do not transmit visible light are also possible. 【Features】 - Image processing - Compatible with both reflection and transmission core alignment - Optical axis adjustment (core alignment device) - Compatible with ultra-small micro lenses - Supports various lenses - Minimum measurable diameter is φ0.5mm - Equipped with a cat's eye mask function - Compact design for space-saving - Uses high-brightness LEDs for illumination, ensuring long life and energy efficiency - Ultra-low speed rotating motor stage For more details, please refer to the PDF materials or feel free to contact us.
Automatic contrast measurement device combining a luminance meter and a light source
This is the world's No. 1 contrast measuring instrument, essential for quality control of high-quality inks. This automatic measurement system combines TechnoOptis luminance meters such as the model SR-5A and BM-5AC with our surface light source and deflector.
It can be used for MTF evaluation, color evaluation, ghost evaluation, and so on.
We can reproduce the light environment for vehicles during actual driving, including situations with tunnels, traffic lights, and signs, as well as under sunlight. For the international standard ISO 16505 or UN-R46 for automotive electronic mirrors (CMS), spot lighting, surface light sources, and chart lighting are required, and we will showcase products that comply with these specifications. [Exhibition Content (Excerpt)] ■ Standard light sources, surface light sources, brightness measurement ■ MTF measurement system ■ ToF evaluation system ■ Dynamic range evaluation, flicker evaluation, resolution evaluation ■ Ghost evaluation ■ Image plane illuminance ratio evaluation (peripheral light fall-off measurement), flare rate evaluation ■ UN-R46 / ISO 16505 CMS standard layout examples and compatible product list * We have practical applications of the ToF evaluation system using our products. * For more details, please refer to the PDF materials or feel free to contact us.
Image processing with a high-resolution CMOS camera! A spherical aberration measurement device capable of measuring relative focal positions.
The "LSA-2" is a spherical aberration measuring device that can automatically measure the spherical aberration of lenses. In addition to measuring relative focal positions, it can be customized to fit the user's measuring lens specifications. Furthermore, it can be easily set up on a PC, allowing for control and data processing. 【Features】 ■ Automatically measures the spherical aberration of lenses ■ Capable of measuring relative focal positions ■ Customizable to fit the user's measuring lens specifications ■ Image processing with a high-resolution CMOS camera ■ Easy setup, control, and data processing on a PC *For more details, please refer to the PDF materials or feel free to contact us.
![[Transmittance and Reflectance Measurement] LMx Series](https://image.mono.ipros.com/public/product/image/667/2000589488/IPROS51101678523826991693.png?w=280&h=280)
Custom-made to match the measurement target! We can provide a wide variety of light sources such as "color temperature" and "spectrum"!
The "LMx Series" is a product capable of measuring transmittance and reflectance. It is also possible to measure angular characteristics by varying multiple points or angles on the sample. If you want to obtain a large amount of data while changing the measurement points, the measurement labor can be significantly reduced. In addition, we offer a wide variety of light sources, including "color temperature," "luminance/illuminance," and "spectrum." Please contact us when you need assistance. 【Features】 ■ Systematization of measurement by combining a our luminance meter and light source ■ Custom manufacturing according to the measurement target ■ Measurement and display of transmittance and reflectance ■ Automation of multi-point measurements through an electric mechanism *For more details, please feel free to contact us.
![Visible and near-infrared lens measuring instrument [Exhibiting at OPIE by Tsuzaka Electric]](https://image.mono.ipros.com/public/product/image/e7a/2001519633/IPROS8327984660130505941.jpg?w=280&h=280)
Please feel free to consult us about light sources as well as lens measuring instruments.
Currently, the near-infrared (including SWIR) region is being used not only for single-wavelength camera inspections such as surveillance cameras, liquid level detection, and non-destructive testing, but also for image processing combined with the visible range and cameras that utilize a wide wavelength band, such as hyperspectral cameras. Our company is developing measuring instruments for near-infrared lenses targeting up to 2000nm. We will repurpose the product technology established in the visible range. The following products are scheduled to be exhibited at OPIE: "Measurement of the focal position from the lens flange surface" "Measurement of the lens aperture from the light intensity ratio" "Measurement of the peripheral light intensity ratio" "A programmable light source that can illuminate at a specific wavelength or across a wide band" 【Exhibition Name】OPIE'25 【Date】April 23 (Wed) - 25 (Fri), 2025, 10:00 - 17:00 【Location】Pacifico Yokohama 【Booth Number】O-04 【URL】https://www.opie.jp/
Measurement is possible just by making contact with the sensor! Operation is easy with the touch panel.
The "SN-2000" is a hardened layer depth measuring device that accurately measures the depth of the hardened layer by detecting the electromagnetic characteristics of raw materials (steel) and hardened steel using electromagnetic phenomena. It achieves high-speed measurements in about 3 seconds. Additionally, it can record up to 2500 data entries in the main unit and can communicate with a computer for data transfer. 【Features】 ■ Measurement is done simply by making contact with the sensor ■ High-speed measurement in about 3 seconds ■ Easy operation via a touch panel ■ Records 2500 data entries in the main unit ■ Data communication with a computer *For more details, please refer to the PDF document or feel free to contact us.
A measuring device that can measure while distinguishing differences in the shape and size of particles.
The "MARK 2" is a device that measures water-based and non-water-based colloidal particles using microscopic electrophoresis, distinguishing differences in particle shape and size. By adopting a vertical quartz cell, it can also measure heavy and large particles that tend to settle. Additionally, using a rotating prism system allows for the average electrophoretic velocity of the entire particle group in the field of view to be measured in just a few seconds. 【Features】 ■ Measures water-based and non-water-based colloidal particles while distinguishing differences in shape and size ■ Measurement using microscopic electrophoresis ■ Capable of measuring heavy and large particles that tend to settle ■ Average electrophoretic velocity of the entire particle group can be measured in a few seconds *For more details, please feel free to contact us.
Capillary suction time measurement device for evaluating sludge filtration characteristics and conditions.
The "304M CST" is a capillary suction time measurement device used as a rapid and reliable method for evaluating sludge filtration characteristics and conditions. The capillary suction pressure generated by standard filter paper is used to draw water from the sludge. The rate at which water permeates the filter paper varies depending on the condition of the sludge and the filtration characteristics of the cake formed on the filter paper. CST is measured from two electrodes placed at a fixed distance from the funnel, and CST is obtained from two electrodes positioned at a standard distance from the funnel. 【Specifications】 ■ Main unit dimensions: 22x17x7 cm ■ Standard configuration ・ CST meter ・ Perspex block assembly ・ Stainless steel funnel ・ 200 sheets of filter paper ■ Spare parts ・ Filter paper (200 sheets) ・ Stainless steel funnel (1 cm diameter) ・ Stainless steel funnel (1.8 cm diameter) *For more details, please feel free to contact us.
Condensing multiple functions into one device, clearing various research themes! Quantifying stickiness.
The "TYPE: 14FW" is a friction and wear testing machine that accommodates a wide range of tests. You can set the table speed, travel distance, and number of reciprocations, allowing tests to be conducted under various conditions. Additionally, all of these settings can be operated via a touch panel, so there is no need to learn complex operating methods. [Features] ■ Complies with various JIS standards ■ Real-time measurement of changes in friction resistance due to wear ■ Measurement of surface scratch hardness ■ Measurement of surface stickiness ■ Measurement of peel resistance *For more details, please download the PDF or feel free to contact us.
The drive motor is a reversible motor! Let us introduce our measuring equipment.
The "TYPE: 10" is a static friction coefficient measuring device equipped with a sensor that monitors the movement of a flat pressure pad on an inclined plate. The inclined plate is in a horizontal position, and as soon as the measurement begins, it starts to tilt. The sensor captures the movement when the flat pressure pad begins to slide and instantly stops the inclined plate. At this moment, the angle and tanθ are read. 【Main Specifications (Excerpt)】 ■ Rising Speed: Average 10°/6sec (Return 10°/3sec) ■ Drive Motor: Reversible Motor ■ Measurement Range - Static Friction Coefficient 0 to 1.5 (Minimum Scale 0.005) - Sliding Angle 0 to 56° (Minimum Scale 0.5°) ■ Flat Pressure Pad: Weight 150g or 200g (by changing weights) *For more details, please download the PDF or feel free to contact us.
Supports high concentration measurements in working environments! Formaldehyde measuring instrument with minimal influence from coexisting gases.
The "Formaldehyde Meter htV" can easily and quickly measure the gas "formaldehyde," which is a cause of "sick house/school syndrome." The World Health Organization (WHO) and the Ministry of Health, Labour and Welfare have set the guideline value for formaldehyde concentration indoors at below 0.08 ppm, and this product is suitable for checking whether the measurement location is below this guideline value. Additionally, we also offer the "Formaldehyde Meter htV-m," which allows for remote monitoring via wireless LAN transmission. 【Features】 - Suitable for addressing sick house/school syndrome - Capable of measuring high concentrations in work environments - Minimal influence from coexisting gases - Displays measurement values in a short time (approximately 60 seconds on average) - Compact and lightweight: 80 (W) × 34 (D) × 150 (H) mm; 290 g - Measures temperature and relative humidity (using built-in sensors) *For more details, please refer to the PDF document or feel free to contact us.
A motor torque measuring device suitable for characteristic evaluation tests of stepping motors!
This is a measuring instrument capable of: "Detent torque characteristic measurement" "Angle-torque (θ-T) characteristic measurement" "Holding torque measurement" "Pull-in characteristic measurement (maximum starting torque, starting characteristics, maximum self-starting frequency, etc.)" "Pull-out characteristic measurement (thrust torque, maximum response frequency)" "Angle error measurement (position error, step length error, hysteresis measurement)" "Starting characteristic measurement (damping characteristics, settling time)" The measurement results are displayed as graphs on a PC, and the measurement data can be saved in CSV file format.
Achieve high-precision cogging torque measurement! Easy measurement with built-in torque sensor!
This is a "cogging torque measurement device" for measuring the cogging torque of a motor. It rotates the unexcited motor at a constant speed to measure the relationship between magnetic pole torque and angle (θT). It is ideal for measuring the detent torque of small DC motors and stepping motors.
Ideal for load testing that requires high responsiveness! Testing load characteristics and rotational characteristics through speed control and torque control!
This is a motor torque measuring device that employs a motor brake for load. It can measure N-T (torque control) and T-N (speed control) with high precision through speed control and torque control. Additionally, it can connect to a power meter as an option, allowing for the measurement of current, voltage, efficiency, and power. The motor used for the load is an AC servo motor, designed to be compact and highly precise. It is ideal for testing brushless motors and similar applications.
A wide variety of motor torque measuring devices essential for motor development and research are featured!
This is a collection of case studies on motor torque measuring devices capable of evaluating various types of motors! It includes the "Motor Torque Measuring Device - Hysteresis Brake Method," which is optimal for measuring the DC characteristics of brushless motors; the "Motor Torque Measuring Device - Motor Brake Method," ideal for load testing motors requiring high responsiveness; the "Motor Torque Measuring Device - Powder Brake Method," suitable for load testing large-capacity motors; the "High-Speed Motor Measuring Device," which can conduct load tests on ultra-high-speed motors up to 60,000 rpm; the "Comprehensive Measuring Device for Stepping Motors," capable of measuring detent torque, θ-T characteristics, pull-in characteristics, and pull-out characteristics of stepping motors; the "Cogging Torque Measuring Device," which can measure motor cogging; and the "Comprehensive Measuring Device for Motor Torque in Temperature and Humidity Environments," which can conduct environmental tests for onboard motors. Currently, we are offering a free catalog! Please download it!
Temperature and humidity environment testing is possible with the combination of a load bench and a constant temperature and humidity chamber!
This measuring device is a comprehensive torque measuring instrument for motors used in vehicles, such as those for HEV/HV, EPS (Electric Power Steering), and pumps, capable of basic characteristic testing under temperature and humidity conditions. By connecting a load bench with a constant temperature and humidity chamber, it is possible to conduct temperature and humidity environment tests (e.g., -40°C to 150°C). Additionally, by replacing the load bench with a torque sensor, it is also possible to measure torque ripple and cogging torque, making it highly versatile. For more details, please refer to the catalog or feel free to contact us.
Automation improves measurement accuracy and efficiency. Torque measuring devices that can evaluate operability and conduct compliance tests with standards such as ISO and JIS are also available.
We are currently offering a free catalog featuring "torque measuring devices" for the development and quality inspection of "medical devices" such as guidewires, catheters, endoscopes, bone screws, and anti-interconnection connectors! Previously, the evaluation of "operational feel" was conducted by human hands and visual inspection. We offer a variety of measuring devices capable of conducting tests in accordance with ISO, JIS, ASTM, etc., for the development and quality inspection of "medical products." Our stress measuring devices enable high-precision measurements with the aim of meeting PMDA quality standards. Automation and data collection of tests can enhance measurement accuracy and improve efficiency. 【Product Lineup (Partial)】 ■ Guidewire Transmission Characteristics Measuring Device Measurement of minute torque and angle transmission characteristics at the tip of catheters and guidewires. ■ Guidewire Friction Sliding Testing Machine ■ Mechanical Properties Measuring Device for Bone Screws JIS T0311/ASTM F543-07 Torsional failure, screwing, and pull-out tests. ■ Anti-Interconnection Connector Testing Machine ISO80369 Pre-assembly before testing, torsional stress testing. *We are currently offering a free catalog where you can view the latest lineup. Please feel free to contact us for inquiries.
