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Evaluation Equipment Product List and Ranking from 100 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

Evaluation Equipment Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. null/null
  3. ヘッドアコースティクスジャパン Kanagawa//Testing, Analysis and Measurement
  4. 4 アフロディ 本社 Tokyo//Optical Instruments
  5. 5 同仁グローカル Kumamoto//others
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Evaluation Equipment Product ranking

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. Case Studies of Utilizing Analysis Machines | Food Products such as Beverages, Seasonings, and Additives
  2. In-vehicle Active Noise Cancellation 'HQS-ANC-Car' ヘッドアコースティクスジャパン
  3. Nanoparticle Physical Property Evaluation Device "NANOTRAC WAVE II Series"
  4. 4 Display Glare Measurement Device 10th Anniversary Special Price Campaign アフロディ 本社
  5. 5 Catalyst Evaluation Series "BELCAT II/BELMASS II"

Evaluation Equipment Product List

151～165 item / All 217 items

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Stress Load Testing Machine ISL-T300 + Birefringence Distribution Evaluation Device WPA-200

Stress Load Testing Machine ISL-T300 + Birefringence Distribution Evaluation Device WPA-200

Real-time observation of orientation changes during the stretching of polymer films! Quantitative evaluation is possible as an in-plane distribution.

We would like to introduce the combination of the stress loading testing machine 'ISL-T300' and the birefringence distribution evaluation device 'WPA-200'. The change in molecular orientation due to the stretching of polymer films can be optically evaluated by measuring birefringence. However, it has been difficult to evaluate birefringence while simultaneously applying tension, especially as surface distribution information. With the proposed combination of devices, it is possible to quantitatively evaluate the orientation changes as a surface distribution during the stretching process. 【Device Specifications】 ＜ISL-T300＞ ■ Maximum Load: 300N ■ Travel Distance: Up to 30mm ■ Testing Speed: 0.08 to 8mm/min ■ Chuck Spacing: 2 to 32mm ■ Sample Thickness: 1.5mm or less *For more details, please refer to the PDF document or feel free to contact us.

  • Testing Equipment and Devices

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Huz Technonet Fuel Cell Ion Membrane Evaluator

Huz Technonet Fuel Cell Ion Membrane Evaluator

Easy to understand operations on a Windows computer.

It is ideal for evaluating the electrical characteristics of fuel cells, physical characteristics due to gas, and durability characteristics. Evaluation of the reformer is also possible. The supply humidifier unit is built-in (sold separately).

  • Other semiconductor manufacturing equipment

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Examples of equipment design support

Examples of equipment design support

Over 300 device design support cases and achievements in various industries and fields! Examples of device design support.

This document introduces examples of support provided by AUC Corporation, which assists in the design of devices for research and development operations in various cutting-edge technology fields. We address various concerns and requests related to device development, including inspection and evaluation devices, product design and manufacturing (ODM), and equipment updates (renewal of existing devices). We have supported the design of over 300 devices and have a proven track record across multiple industries and fields. Please feel free to consult with us. 【Examples of Published Cases】 ■ High current and voltage cable winding device ■ Bacterial inspection device ■ RFID fiber mounting device ■ Crawler robot ■ Microfluidic chip and cell sorter ■ Stirring and cleaning device *For more details, please refer to the PDF document or feel free to contact us.

  • Contract Analysis
  • Mechanical Design

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Tohoku University Technology: A non-contact quantitative analysis device for food taken movement: T15-050

Tohoku University Technology: A non-contact quantitative analysis device for food taken movement: T15-050

To provide evaluation method for swallowing function, sense of taste for food

It happens that some food are mistaken by elders and then drop into their lungs. Some times it leads to serious pneumonia and thus becomes to be problematic for home/facility medical care for elders. 　This invention provides a non-contact quantitative analysis device to evaluate the swallowing function of elders by monitoring the movement of neck surface. Also, the device is useful to evaluate objectively if the food is delicious and if elders can swallow the food smoothly.

  • others

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Tohoku University Technology: Evaluation method for optical properties: T19-441

Tohoku University Technology: Evaluation method for optical properties: T19-441

Possible to check the quality of metamaterials inexpensively, quickly, and accurately.

　When mass-producing products containing metamaterials, a new method for sorting out good or bad metamaterials is desired because the current conventional technology can not provide an efficient and low-cost detection methods for its large areas. 　The present invention provides an evaluation method for checking the quality of metamaterials that is less expensive than conventional techniques and reduces the time required for evaluation, thus ultimately reducing costs. Features・Outstandings

  • others

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Hirosaki Univ. Technology : Reliability evaluation method of Multilayer wiring : K23-014

Hirosaki Univ. Technology : Reliability evaluation method of Multilayer wiring : K23-014

Accurate evaluation of electromigration damage

With the high integration of electronic devices, high temperature of metal wiring and high current density used in circuits are increasing. Then, electromigration (EM) damage due to metal fatigue becomes a problem, which may cause disconnection failure. Therefore, it is important to evaluate the reliability of wiring. 　Conventional reliability evaluation methods include empirical equations (Black's equation), but tests for each wiring structure are necessary, and evaluation accuracy is also problematic. Since threshold current density of EM damage exists in multilayer wiring with via connections, evaluation studies of threshold current density have conventionally been conducted. However, evaluation of the EM damage process leading to the generation and growth of voids and disconnection has not been achieved, and a highly accurate evaluation method has been required. 　In order to solve the above problems, we have developed a method for evaluating wire life and allowable current with high accuracy and simplicity. In the present invention, the parameters controlling EM damage can be specified and the atomic concentration distribution inside the wiring can be simulated. By utilizing this method, it is also possible to design an effective reservoir structure to improve the threshold current density.

  • others

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Tohoku University Technology: Evaluation of Protein Degradation Ability of Photocatalysts: T24-043

Tohoku University Technology: Evaluation of Protein Degradation Ability of Photocatalysts: T24-043

Accurately evaluate photocatalytic performance and apply it to the development of materials useful for preventing contact infections.

It is widely known that titanium dioxide has photocatalytic activity and protein degradation capabilities, including antibacterial and antiviral properties, making it a promising material for preventing contact infections such as those caused by the novel coronavirus SARS-CoV-2 (COVID-19). However, conventional methods for quantitative evaluation of protein degradation capability (JIS L 1922 and ISO 18184) raise concerns about the presence of unreacted proteins due to insufficient adsorption to the substrate, which may lead to inaccurate measurements. The present invention is a method for quantitatively evaluating protein degradation capability more accurately by allowing a high percentage of protein to adsorb to the substrate.

  • others

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Tohoku University Technology: Evaluation Methods for Polymer Nanocomposites: T24-028

Tohoku University Technology: Evaluation Methods for Polymer Nanocomposites: T24-028

Demonstrate true value in the development of new materials and the design of optimal operating conditions.

Polymer nanocomposite materials are expected to have various applications, such as in battery materials, organic thin film materials, and automobile bodies, and development is underway. The manufacturing of these materials utilizes melt blending. During the mixing of polymers and nanoparticles, the operating conditions are set empirically and exploratively, making it difficult to efficiently find the optimal control methods. This invention proposes an evaluation method that allows for the classification of the aggregation state of nanoparticles present in polymer nanocomposite materials. By observing the components and microstructure of the composite materials, it has become possible to evaluate the behavior of materials obtained from the blending process. Using this evaluation method as a guideline, it is expected to open up pathways for the development of novel polymer nanocomposite materials and the design of optimal operating conditions, leading to improvements in operational efficiency in the field.

  • others

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Tohoku Univ. Technology ：Microneedle Penetration Evaluation System：T22-113

Tohoku Univ. Technology ：Microneedle Penetration Evaluation System：T22-113

Visualization of Penetration Characteristics and Pharmacokinetics with Dynamic Skin Model

Microneedles deliver drugs by coating or loading therapeutic agents onto fine needles that penetrate tissues and release the drug in a minimally invasive manner. However, pharmacokinetic evaluations have so far relied on the assumption that sufficient drug amounts were successfully administered to achieve therapeutic effect. This has limited the quantitative assessment of safety and efficacy. Our system enables quantitative evaluation of microneedle penetration behavior—such as penetration depth, direction, and the range of affected tissue—within a simulated skin environment that can reproduce mechanical properties like pulsation and viscoelasticity. These features allow realistic replication of the dynamic interactions that occur during microneedle insertion. Using stereo camera–based measurements, the system captures both the physical penetration process and the dynamic deformation of the target with high precision.

  • others

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USB PD compatible power evaluation device 'DTP1U0' now on sale.

USB PD compatible power evaluation device 'DTP1U0' now on sale.

[New Product] For evaluating USB PD compatible batteries, chargers, and AC adapters! Efficiently conduct various tests with a single unit.

The "DTP1U0" is a device for evaluating power source products such as batteries and charging AC adapters that comply with the USB Power Delivery (USB PD) standard. It can send Request packets for the supported USB PD voltages (5, 9, 15, 20V), eliminating the need to prepare various devices that were previously necessary for evaluating each voltage. 【Features】 ■ Easy and efficient evaluation of power output and load for USB PD compliant devices ■ Supports evaluation of power supplies with multiple Source Capabilities ■ Operates on USB bus power, eliminating the need for an external power source ■ Allows for unique load testing by connecting an electronic load for current evaluation ■ Compact and lightweight *For more details, please refer to the PDF document. Feel free to contact us with any inquiries.

  • Other measurement, recording and measuring instruments

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[Proposal for Evaluation Device] Pack Charge and Discharge Evaluation Device

[Proposal for Evaluation Device] Pack Charge and Discharge Evaluation Device

Introducing a proposal for battery-related evaluation devices! Conditional branching is possible based on the acquired data.

This product is a device for evaluating the charge and discharge of battery packs. It is capable of creating, controlling, and managing charge and discharge test patterns via a computer. In addition to measuring voltage, current, and temperature, it is also possible to branch conditions based on the acquired measurement values and CAN communication data. 【Specifications】 ■ Voltage: 0–750V ■ Current: ±800A ■ Power: ±500kW ■ Charge and discharge modes: - CC charge and discharge, CC-CV charge and discharge, CP charge and discharge, CP-CV charge and discharge, cell CC-CV charge and discharge, cell CP-CV charge and discharge, pulse charge and discharge, map charge and discharge, etc. *For more details, please refer to the external link or feel free to contact us.

  • Secondary Cells/Batteries
  • Other process controls
  • Other measurement, recording and measuring instruments

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[Proposal for Evaluation Device] Inverter Characteristic Testing Device

[Proposal for Evaluation Device] Inverter Characteristic Testing Device

Introducing a proposal for evaluation devices related to inverters! We will evaluate power electronics products.

This product is a device for evaluating power electronics products such as inverters, DC-DC converters, and onboard chargers. It is equipped with various control and measurement instruments that can be connected to the evaluation product, allowing users to freely create and execute test patterns using the programming tools developed by our company. 【AC Inverter Test Specifications Example】 ■ High Voltage Input Voltage: 0–500V ■ High Voltage Input Current: 0–50A ■ Low Voltage Input Voltage: 0–30V ■ Low Voltage Input Current: 0–50A ■ Output Voltage: 600V ■ Output Current: 40A ■ Measurement Items: Input Voltage/Current/Power, Output Voltage/Current/Power, Distortion Rate, Output Frequency, Peak Current ■ Temperature Range: -40℃ to +120℃ ■ Number of Simultaneous Test Workpieces: 5 *For more details, please refer to the external link or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • inverter
  • Inverter

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Power module dynamic characteristic evaluation device

Power module dynamic characteristic evaluation device

AC characteristic evaluation device for power modules such as IGBT, IPM, P-MOS FET, SiC, and Diode.

The "Power Module Dynamic Characteristic Evaluation Device" is an AC characteristic evaluation device that achieves low stray inductance. It protects the device during sample rupture with its built-in high-speed cutoff circuit. <Product Features> 1. Achievement of low stray inductance 2. Built-in high-speed cutoff circuit 3. Supports high current and high voltage *For more details, please download the PDF or contact us.

  • Other semiconductors

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Gel Food Coagulation Evaluation Device 'NIC-04,12'

Gel Food Coagulation Evaluation Device 'NIC-04,12'

Measurement completed in a few seconds! Non-catalytic and non-destructive evaluation of the contents' solidification state is performed instantly.

The "NIC-04,12" is a gel food solidification evaluation device that instantaneously assesses the solidification state of contents through packaging containers without the use of catalysts and without causing any damage. It can be applied to various packaging containers, enabling the automation of inspection tasks. Additionally, it has the capability to store data, which is useful for managing manufacturing conditions. 【Features】 ■ Non-catalytic and non-destructive ■ Applicable to various packaging containers ■ Automation of inspection tasks ■ Measurement completed within seconds ■ Capable of storing data, aiding in manufacturing condition management *For more details, please refer to the PDF document or feel free to contact us.

  • Other inspection equipment and devices
  • Other measurement, recording and measuring instruments
  • others

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Tokyo Metropolitan Industrial Technology Research Institute Healthcare Industry Support Office (SUSCARE)

Tokyo Metropolitan Industrial Technology Research Institute Healthcare Industry Support Office (SUSCARE)

Supporting small and medium-sized enterprises aiming for product commercialization and business development in the cosmetics, food, and medical fields.

The Tokyo Metropolitan Industrial Technology Research Institute's Healthcare Industry Support Office (SUSCARE) provides multifaceted support to small and medium-sized enterprises aiming to commercialize products in the cosmetics sector, as well as in the food and medical fields, to revitalize the healthcare industry related to "beauty and health." In addition to accepting contracts for the analysis, functional evaluation, and stability testing of raw materials and products such as cosmetics, we also provide testing equipment that customers can use themselves. When using the equipment, specialized researchers will carefully explain the usage methods. Furthermore, we offer technical consultations from experienced cosmetic developers with a focus on development. 【Features】 ○ Evaluation of the efficacy and effects of cosmetics using non-invasive methods on human skin ○ Assessment of performance such as collagen production ability, anti-wrinkle ability, and antioxidant ability using cultured cells ○ Evaluation of fine structures and mechanical properties related to the stability and usability of prototypes ● For more details, please contact us.

  • Ingredient analysis
  • Material Evaluation Test
  • Technology Development

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