Last Updated： Aggregation Period:Apr 08, 2026～May 05, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Apr 08, 2026～May 05, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Apr 08, 2026～May 05, 2026
This ranking is based on the number of page views on our site.
1711～1740 item / All 3391 items
New product! Introducing the moisture activity measurement device LabTouch-aw.
This is a "moisture activity measurement device" widely used in the food industry and other sectors. It can measure the moisture activity of food and pharmaceuticals with high precision (±0.005aw). We have demo units available! Rentals are also offered!
Sample containers made of platinum and other materials are available! A measuring device capable of high-precision simultaneous thermal weight analysis.
The "Setline STA/STA+" is a simultaneous TG-DSC measurement device manufactured by Setaram Instrumentation. It features a platinum alloy plate-type DSC sensor, achieving high-sensitivity calorimetry across the entire measurement range of the device (room temperature to 1100°C). With a highly sensitive and stable balance, it enables high-precision simultaneous thermogravimetric analysis. 【Features】 ■ Utilizes a platinum alloy plate-type DSC sensor ■ Achieves high-sensitivity calorimetry ■ Enables high-precision simultaneous thermogravimetric analysis ■ Sample containers: aluminum, alumina, and platinum are available *For more details, please refer to the PDF document or feel free to contact us.
![Saturation Magnetization Characteristic Measurement Device [Setaram Instrumentation]](https://image.mono.ipros.com/public/product/image/2aa/2000511337/IPROS50607389068768792510.jpeg?w=280&h=280)
Quickly and accurately measure the saturation magnetization (σs) of ferromagnetic materials.
The MATEX PHASEis a device specifically designed for measuring saturation magnetization (σs). This parameter is widely used as an indicator of the properties of ferromagnetic materials and is independent of the sample's structure and shape. The measurement of saturation magnetization itself is completed in about 10 seconds. Additionally, the operation of the sigma meter is very simple, making it easy to incorporate into manufacturing processes as a quality control test. 【Application Examples】 ◆ Management of the manufacturing process of cemented carbide (sintered materials) ◆ Quality control of magnets and magnetic compounds ◆ Quality control in alloy manufacturing (martensite measurement, austenite measurement, ferrite measurement) ◆ Quality control of nickel, cobalt, iron carbide, iron oxide, and ferrite-containing materials
SB Major has evolved even further! An essential for screen printing.
The "SB Sensor ADVANCE (SB-10S)" is a skijibalance measuring device that allows for easy measurement without cables. Durability and functionality have evolved. It supports both wireless (Bluetooth) and wired connections. The sensor sheets are available in three sizes (S, M, L) to accommodate printing dimensions. 【Features】 ■ Wireless data transmission ■ Compact and lightweight ■ Real-time display of print pressure balance ■ Print pressure data can be saved in Excel format ■ Sensor sheets are available in three sizes (S, M, L) to accommodate printing dimensions *For more details, please refer to the PDF document or feel free to contact us.
A light-sectioning measurement microscope that uses slit light for non-contact measurement of height and depth in units of 1 μm.
It is an optical sectioning measurement microscope that uses slit light to measure height and depth in units of 1 μm without contact.
Non-contact measurement of vertical, horizontal, depth, and height displacements all at once!
This is a versatile 3D measuring device that utilizes slit light to measure depth and height without contact, and has newly added vertical and horizontal measurement capabilities, as well as a microscope observation function for the measurement surface. It comes as a set with two TV cameras and a TV monitor. 3D measurements, including cross-sectional shape observation with slit light and displacement measurement of uneven surfaces, can be performed quickly and easily.
Contactless measurement possible!
The space (gap) between two pieces of glass, glass and plastics, or metal plates, substrates, etc., can be measured in microns without contact, either with the naked eye or through a TV monitor. It can also be mounted on a slide table.
Economic slide table!
This is an economical slide table that combines a large table capable of manually moving a large specimen within a range of 700mm in the X direction and 600mm in the Y direction, along with a digital micrometer that moves in 25×25mm increments on the X and Y axes with a reading of 1μm. It can be mounted not only for micron depth height measurement devices but also for stereo microscopes and image scopes, allowing for partial measurements of large specimens on the TV image plane or visual appearance inspections. The fine motion table after clamping can move in the X and Y axes with a micrometer that has a 25mm range. Additionally, by attaching an electronic micrometer, digital display readings can be obtained.
Measure depth and height with a direct reading using a digital gauge! You can check for irregularities with slit light.
This product is a light-section measurement microscope that uses slit light for non-contact measurement of depth and height in 0.1μm units. By utilizing slit light, it can non-contact measure minute elevations, depressions, thicknesses, steps, as well as eccentricities, runouts of rotating objects, and deviations of moving objects. Additionally, the television monitor uses a super high-sensitivity type, allowing for extremely bright images. 【Features】 ■ Non-contact measurement using slit light ■ Direct reading with a digital gauge ■ Efficient measurement with a television monitor ■ Collection of measurement records using a Polaroid camera *For more details, please download the PDF or feel free to contact us.
Measurement device for measuring surface roughness in the 1 to 500 μm class! The magnification in the horizontal direction has been increased to 4.5×.
The "HM-90-II-TVC-PR" is an optical sectioning measurement device that allows for easy measurement of surface roughness differences of a few microns in sub-micron units while viewing color TV images. It expands the horizontally magnified ratio, which was considered physically impossible, from 1.4× to 4.5× in one go. It has the remarkable ability to show the cross-sectional images of subtle surface depths and heights significantly shifted in the horizontal direction for enhanced visibility. 【Features】 ■ The cross-sectional shape of the surface roughness is obtained through slit light. ■ It represents minute differences in surface roughness quickly and easily without contact. ■ Suitable for precise non-contact measurement of surface roughness. *For more details, please download the PDF or feel free to contact us.
The "FM Series" is a system that automatically measures various optical characteristics of FPD (Flat Panel Display). It boasts high expandability and a wealth of options!
【Features】 ◆ A system that automatically measures various optical characteristics of FPDs (viewing angle characteristics, brightness, contrast, RGB chromaticity, gamma characteristics, flicker, power consumption, etc.). ◆ The basic configuration is simple, consisting of a luminance meter, signal generator, and dedicated measurement software, but it can be upgraded according to customer requirements to create a highly flexible measurement environment. ◆ Integration of customer-specified luminance meters and signal generators (including Technos' TS series) is also possible. We provide measurement stages compatible with various luminance meters and FPD modules of different sizes.
Standard support for luminance meters from various companies! A lineup of measurement stages as needed.
The "FM-R Series" is a viewing angle measurement device that can support signal generators for display illumination and enables automatic measurements linked with display control. It offers a lineup of measurement stages from center point and single-direction viewing angle measurements to multi-point and arbitrary viewing angle measurements as needed. It is compatible with various manufacturers' luminance meters as standard, so it can be used immediately. Please feel free to contact us when you need assistance. 【Features】 ■ Collaboration with luminance meters ■ Selection of measurement stages as needed ■ Compatibility with signal generators for displays *For more details, please download the PDF or feel free to contact us.
Brightness, chromaticity, viewing angle characteristics, and contrast evaluation of displays and light-emitting components are possible!
We would like to introduce the "FM Series" of display optical characteristic measurement devices that we handle. These devices are suitable for applications such as automatic measurement of the optical characteristics of display modules, optical evaluation of in-vehicle panel meters, and interior and exterior lighting components. Additionally, they are also suitable for optical evaluation of high-performance films, including transmittance, viewing angle characteristics, and transmittance uniformity evaluation. 【Product Lineup】 ■ FM-R700 ■ FM-R1000 ■ FM-X600 ■ FM-XR600 *For more details, please download the PDF or feel free to contact us.
This is a high-precision plug gauge (internal diameter measuring instrument) from Germany's Daiatest Corporation.
● The diameter test BMD plug gauge (internal diameter measuring device) is durable, long-lasting, and can withstand harsh usage conditions while providing high-precision and reliable measurements. ● It is easier to use than an air micrometer and does not require air piping or air supply equipment. ● The entrance and exit of holes can be measured accurately, and shallow holes, deep holes, and blind holes can be easily and precisely measured.
This is an internal diameter measuring instrument ideal for precise measurements of through holes, blind holes, tapered holes, and non-circular holes.
●Measurement range: φ0.47 to 41.1mm ●Measurement depth: 0.1 to 2,000mm ●Movement accuracy: 1% of actual movement ●Repeatability accuracy: 0.2μm ●Measuring tips: Standard (hard chrome plating), carbide, ceramics, for blind holes ●Abundant accessories: Precision stands, depth extensions, right angle attachments, etc. ●Only necessary parts can be purchased.
It is possible to measure properties such as the elasticity, viscosity, and hardness of the specimen's surface.
Quality control of products and materials! No samples needed! Measurement and analysis on the spot! In the factory production line! The viscoelasticity measuring device, the Besmeter, was developed to measure the characteristics of the surface layer of the specimen, such as elasticity, viscosity, and hardness, with the aim of appropriately evaluating the properties of materials. Unlike conventional measuring devices, the measurement of viscoelasticity by the Besmeter is a patented technology that realizes the measurement of viscosity and elasticity as defined in physics. ● Features The Besmeter applies a slight deformation to the specimen with a constant force, and after removing that force, it directly and accurately measures the behavior of the indented specimen as it recovers. By performing waveform analysis based on the Voigt model, it calculates the elastic and viscous values.
Quantifying the "real sensation" of skin: Vesmeter - A new evaluation standard for cosmetic and medical device development.
Vesmeter quantifies the viscoelastic changes in the skin after applying lotions, creams, and serums, which could not be measured with traditional suction methods, in just about 3 seconds. With a measurement technology that provides deformations that reproduce a "real tactile sensation" close to sensory evaluation, it is an ideal tool for cosmetic development and skin research. ＼ Recommended for ／ ● Those who want to measure the effectiveness of new products and substantiate their appeal ● Those who want to verify users' sensory feedback with numerical data ● Those who want to engage in skin research and collaborative studies at universities and hospitals Main Features ● Measurement possible even after applying creams and lotions (non-suction type) ● Portable ● No sample required, direct one-touch measurement on the skin ● Simultaneous acquisition of 6 types of measurement data └ Elasticity / Viscosity / Viscoelasticity ratio / Relaxation time / Hardness / Depth ● Many adoption records in research institutions and university hospitals ● Collaborative research achievements with national universities ● Received the Excellence Award at the Saitama Prefecture Venture Company Excellent Product Contest For pricing, demos, and inquiries, feel free to contact us For product specifications, pricing, and customization inquiries, please do not hesitate to reach out. Wave Cyber Co., Ltd. Tel: 048-487-8649 Mail: business@wavecyber.com
Instantly check oil and moisture levels simultaneously. Visualize skin condition with precise measurements. Widely adopted as a counseling machine in cosmetics retail.
■Product Overview This device can simultaneously measure the moisture content of the biological surface, the amount of sebum secreted on the skin surface, as well as the temperature and humidity of the environment. It can be widely used for research purposes and skin counseling in stores. ■Product Features■ - The unique sensor structure integrates moisture and oil sensors. - Focused on mechanical design and measurement principles, achieving high precision and high reproducibility while minimizing variability. - With a single touch, it measures the 'moisture and sebum levels of the biological surface, as well as the environmental temperature and humidity' simultaneously. - Measurement items: 4 items (environmental temperature, humidity, skin sebum amount, and moisture amount) - Measurement results are displayed with a comprehensive evaluation in 7 levels (evaluation criteria can be changed). ■Usage Scenarios - Dermatology and beauty fields - Efficacy testing in cosmetics and pharmaceutical development - Skin counseling in stores
Furster Company Magna Test/Statograph
The MagnaTest is an electromagnetic measurement device from Ferster, a company with a strong track record in the field of material inspection using electromagnetic induction testing methods. It accurately reads the changes in magnetic high-frequency signals obtained by magnetizing the test material with high power, and it can perform heat treatment judgment, material discrimination, and surface hardness measurement of metal components using the latest statistical methods.
Quality control/research and development measurement instruments (conductivity/permeability/magnetic field strength/flaw detection/material differentiation/hardness testing) portable measuring devices.
■Conductivity Meter Portable conductivity meter using eddy current method ■Magnetic Field Strength / Permeability Meter Portable permeability and magnetic field strength meter using a uniquely developed magnetic sensor ■Compact Eddy Current Flaw Detector Suitable for all situations where mobile flaw detection is required
A measuring instrument that can easily measure magnetic hysteresis curves with a round rod and can also measure the coercivity of parts that fully comply with the new IEC 60404-7 standard.
The newly developed JH Extension Module and KOERZIMAT HCJ 1.097 have made it possible to measure hysteresis loops (magnetic hysteresis curves) using round bar specimens instead of the costly ring-shaped (donut-shaped) specimens that have been the industry standard. This enables low-cost, quick, and accurate high-throughput measurements, significantly contributing to improving the efficiency of measuring large quantities of specimens for quality control and research and development, as well as reducing costs. Magnetic hysteresis curve measurement at low cost with the H Extension Module Until now, measurements using ring-shaped (donut-shaped) specimens were standard, but with the use of the JH Extension Module in KOERZIMAT, it has become possible to measure magnetic hysteresis curves using round bar specimens. This can be done at a fraction of the cost of traditional expensive measuring devices.
