Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
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166～180 item / All 219 items
データレンジは14倍向上！用途に応じて遠隔制御用コンピュータも利用可能です
『Amigo2』は、電子機器、マルチタッチディスプレイ、およびストレージを 1つの頑丈な筐体に組み込んだ、完全一体型の装置です。 データ処理を大幅に高速化できる高度な信号取得および処理システムを 中心に設計。 これにより、より滑らかで高解像度の表示が提供され、小さな欠陥の検出 性能と検査可能なコーティングの厚さが向上します。 【特長】 ■より素早い検査と、データ品質の向上 ■ソフトウェア：ポータブル本体搭載、リモート制御 ■プローブの下位互換 ■ACFM検査の本質：Assist ■世界に展開する、Eddyfi Technologies サービスセンター ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。
A suitable solution for measuring the thickness of metal layers, light transmittance, density, and electrical anisotropy.
The "EddyCus(R) TF inline series" is a non-contact inline sheet resistance measurement solution capable of measuring the sheet resistance of thin films and the thickness of metal film layers. It offers advanced variability and flexibility, suitable for both vacuum and atmospheric environments. Equipped with an easy-to-use GUI, comprehensive software, SQL database, statistics, and export functions. 【Features】 ■ Non-contact & real-time measurement ■ Accurate measurements ■ Advanced variability and flexibility ■ Compatible with both vacuum and atmospheric environments ■ Supports single lane and multiple lanes *For more details, please refer to the PDF document or feel free to contact us.
Oxygen permeability measurement device
The oxygen transmission rate measurement in air or 100% plastic films and packaging containers in oxygen (such as plastic bottles and plastic containers) are used to measure oxygen permeability. The oxygen transmission rate measurement system JIS K7126-2, ASTM D3985, ASTM F1307, ASTM F1927, ISO 15105-2 and other standards.
Digital nip measuring device that facilitates the numerical management of nip pressure.
The "Pressure Indicator" developed by Nip Control AB, based in Lund, Sweden, is a measuring instrument that instantaneously measures and digitally displays the nip pressure between rubber rolls/cylinders in various converting processes, including coating and laminating. Roll nip pressure can vary significantly due to factors such as "type of roll, passage of time, and on-site environment." To maintain high product quality and efficiently transfer sheets, regular checks and adjustments are essential. The Pressure Indicator is handheld, allowing this task to be performed accurately and easily, thereby assisting users in "improving quality" and "standardizing operations through numerical management." 【Specifications】 <Standard Use> ○ Pressure Indicator Main Unit P102HP ○ Sensor PS35001 ○ Calibration Tool C101-PI <Low Pressure Use> ○ Pressure Indicator Main Unit (for Low Pressure) P102LP ○ Sensor (for Low Pressure) PS35005 ○ Calibration Tool (for Low Pressure) CAL40PS For more details, please contact us or download the catalog.
By continuously monitoring all important parameters, we achieve increased yield through high-quality safety and accurate online measurement of alcohol.
The alcohol control measurement system detects the concentration of alcohol in aqueous solutions. In addition to the conductivity of the gas sensor, it measures the temperature of the solution. The alcohol concentration is calculated from these two details. The controller is equipped with a 4-digit display that ranges from 0.000 percent to 99.99 percent. When the alcohol concentration is between 0.000 and 7.000%, the probe provides reliable measurements. This device is a product of Chettech GmbH in Germany. It has been delivered over 150 units worldwide and is used for vinegar and bread yeast.
![Magnetic Field Meter [Equipped with 3-axis Coil] Gauss Meter *Automatically calculates the composite value of the 3 axes.](https://image.mono.ipros.com/public/product/image/7e2/2000870823/IPROS42466547974102915871.png?w=280&h=280)
By equipping sensors corresponding to the X, Y, and Z axes, measurement can be performed without worrying about the direction of the magnetic field!
The Gauss meter "TMM-2" is a portable measuring device that can measure the magnetic flux density of magnetic fields generated by power equipment and other sources. By incorporating a three-axis hollow concentric coil that can detect magnetic fields along the X, Y, and Z axes, it allows for measurements without worrying about the direction of the magnetic field. Additionally, it displays four measurement values on the screen: the magnetic field measurement values (μT) for each axis (X, Y, Z) and the automatically calculated composite value for the three axes, making it easy to read the measurement values. The "HOLD button" allows for easy fixation of the measurement value, facilitating recording during field inspections. Having been in the market for over 30 years, this magnetic field measuring device has been used by various customers, including power companies, research institutes, universities, and electrical construction companies. 【Features】 ■ Compliant with JIS C 1910 (2004) ■ High performance with an accuracy of ±2% ■ Simultaneous display of magnetic field measurement values and composite values for each axis (X, Y, Z) ■ Convenient hold function for easy reading of measurement values ■ In-house calibration testing based on JIS standards is possible *Free demo units are currently available for loan! For more details, please download the PDF and view the brochure. Inquiries can also be made through the company website (no registration required).
Automatically measure the zeta potential of high-concentration colloidal particles in their original solution. The isoelectric point is also measured automatically.
In ZetaProbe, an alternating voltage is applied to the solution, and the zeta potential is measured from the ESA signal generated by the vibrations of colloidal particles. In high-concentration colloidal solutions, light cannot penetrate, making measurements using optical methods difficult; however, the electroacoustic method uses sound waves, allowing for the measurement of zeta potential even in more concentrated solutions. There is no need to worry about changes in electrolyte concentration or pH due to dilution. 【Features】 - Compatible with high-concentration and high-viscosity samples, allowing measurements in the original solution. - High-precision measurements possible using electroacoustic methods and multi-frequency analysis [patent obtained]. - Accurate zeta potential measurements can be made. → Signals from ions similar to those from particles are removed through background correction. - Parameters can be changed later for re-analysis. - An automatic titration system necessary for isoelectric point measurements is standard equipment. For more details, please contact us or refer to the catalog.
Did the breaker trip again? You can easily investigate the cause and issues. Imported directly from the USA, easy to install, easy to handle, and features original measurement functions.
This product is the latest tester developed by Livewire Innovation in the USA, designed to monitor circuit breakers and load-side electrical cables. It features our proprietary patented SSTDR (Spectrum Spread Time Domain Reflectometry) technology, which allows for immediate monitoring of circuit breaker movements and recording of the causes of incidents. By recording fault causes such as short circuits and arc discharges, as well as the distance of occurrence, the efficiency of post-incident diagnosis and fault elimination is significantly improved! Even if the circuit breaker does not operate, it can diagnose the cause if an anomaly occurs. In cases where the circuit breaker does operate, there is a backup power source that records the cause and distance! This original disconnect switch can isolate the electrical cables waiting for testing from the disconnect switch, effectively detecting the location of any anomalies! 【Product Features】 - Proprietary patented SSTDR technology - Immediate cable detection: up to 300VAC, 40 amps - Detection of short circuit and arc discharge occurrence locations - Easy to "connect." Quick to remove and install - No complicated work such as stripping required ◆ If you have any inquiries or requests, please feel free to contact us ◆
Reduce testing costs! No reaction force required, easy operation, and real-time evaluation of ground bearing capacity characteristics! (NETIS registered product)
The "Simple Support Strength Measuring Device Caspol" is a tripod-type measuring instrument that can evaluate the support strength characteristics of the ground in real-time. It features simple and easy operation, minimizing individual errors, and does not require reaction force, making it applicable in narrow spaces and mountainous areas. The measurement principle involves dropping a rammer equipped with an accelerometer onto the ground, and calculating the strength constants necessary for support strength calculations of foundations and structures from the maximum impact acceleration obtained from the collision. This single device can measure K30, qc, CBR, c, and φ (converted values from impact acceleration). 【Features】 ● No reaction force is needed for loading, allowing for low-cost measurement of various parameters. ● Usable in sites where heavy machinery cannot enter, improving construction management quality. ● Measurement is quick and does not take much time. ● Compact and lightweight, easy to operate, and suitable for any tester. ● Battery-powered, enabling field measurements without worrying about power supply. ● NETIS registered product: NO.KK-980055-V ● Can calculate the "allowable bearing capacity of the ground" using measurement constants. (→ The calculation method is explained on the Marui website: http://www.marui-group.co.jp/support/caspfol.html)
Direct measurement of transporter currents in a label-free and real-time manner without using fluorescent probes or radiolabeled ligands.
Currently, the mainstream method for evaluating transporter activity is the uptake assay using RI-labeled substrates. However, there are several issues, such as the need for specialized experimental facilities, complicated waste disposal processes, the fact that the desired substrates are not always commercially available as RI-labeled, and that the endpoint is measured after uptake. The SURFE²R (Surface Electrogenic Event Reader) technology does not require RI labeling, does not need specialized experimental facilities or waste disposal, and allows for real-time evaluation of the activity of transporters (symporters, exchangers, unipoters) and pumps. ■ Direct measurement of transporter currents using Solid Supported Membrane (SSM) ■ Experiments can be conducted using membrane fragments prepared from biological membranes or proteoliposomes reconstituted with the target membrane proteins ■ Simultaneous measurement in 96 wells ■ 10,000 data points per day
Direct measurement of transporter currents in a label-free and real-time manner without using fluorescent probes or radiolabeled ligands.
Currently, the mainstream method for evaluating transporter activity is the uptake assay using RI-labeled substrates. However, there are several issues, such as the need for specialized experimental facilities, the complexity of waste liquid treatment, the fact that the desired substrates are not always commercially available as RI-labeled, and the measurement of endpoints after uptake. SURFE²R (Surface Electrogenic Event Reader) technology does not require RI labeling, specialized experimental facilities, or waste liquid treatment, and it allows for real-time evaluation of the activity of transporters (symporters, exchangers, unipoters) and pumps. ■ Direct measurement of transporter currents using Solid Supported Membrane (SSM) ■ Experiments can be conducted using membrane fragments prepared from biological membranes or proteoliposomes reconstituted with the target membrane proteins ■ Light stimulation is possible (optional) ■ An all-in-one device that integrates a dispensing machine, measurement section, and computer ■ 150 data points per day
Large sizes can also be measured. We provide high-precision measurement services. For measurement and processing such as contract measurement and reverse engineering, please leave it to us.
The "XYZAX AXCEL" that we own is a three-dimensional coordinate measuring machine that enables top-class high-precision measurements due to its high rigidity bridge. By changing the probe to a non-contact line laser scan, it is also possible to accommodate reverse engineering. 【Features of the Measuring Equipment We Own】 ■ Capable of high-precision and high-efficiency measurements ■ Improved motion performance due to the adoption of a new drive mechanism ■ Reduction of total measurement time and cost ■ Strong against temperature changes with a guaranteed accuracy temperature range of 15℃ to 30℃ ■ Automation of program settings allows for full inspection capabilities *For more details, please refer to the PDF document or feel free to contact us. When inquiring, please reach out through the related link (contact form) below.
![[Case Study] Comparison of Scanning Accuracy between 3D Laser Scanners and X-ray CT Devices](https://image.mono.ipros.com/public/product/image/ef7/2000513779/IPROS74824299017178898123.jpeg?w=280&h=280)
I will introduce a comparison of the scanning accuracy between 3D laser scanners and X-ray CT devices.
When performing reverse engineering, it is necessary to obtain point cloud data of the sample's shape, and the major methods for data acquisition are 3D laser scanning and X-ray CT scanning. Each method has its advantages and disadvantages, but which scanning method offers better accuracy (i.e., higher shape reproducibility)? In this case, we will verify the extent of error and distortion in the scan data from the 3D laser scanner and the X-ray CT scanner based on the dimensions measured by a three-dimensional measuring machine. The procedure is as follows: 【Step 1】 Obtain point cloud data of the sample's shape using a 3D laser scanner. 【Step 2】 Obtain point cloud data of the sample's shape using an X-ray CT scanner. 【Step 3】 Conduct dimensional measurements using a three-dimensional measuring machine. 【Step 4】 Extract dimensional data from the point cloud data in Steps 1 and 2, and compare it with the dimensional data from Step 3.
