Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
2281～2295 item / All 3495 items
A pressure-resistant insulation resistance tester that pursues cost performance.
The 19070 series is the smallest comprehensive pressure testing device among Chroma products. Its ultra-compact size makes it convenient to carry, and the large LCD display allows for easy viewing of measurement results, making it a sophisticated pressure tester suitable for safety standard testing of electronic components.
A cost-effective grounding resistance tester equipped with a resistance correction function.
The 19572 has a resistance measurement range of 0.1 to 510 mΩ, is compact and lightweight, and is easy to operate, making it suitable for grounding measurements on production lines. It also features a built-in resistance correction function that provides stable test results, making it an economical and practical grounding resistance tester.
A charge and discharge testing system suitable for applications such as durability testing of battery modules/packs, incoming and outgoing inspections, and capacity learning tests on production lines.
The 17020 is a high-precision charge and discharge testing system developed for battery module/pack testing. It is suitable for applications such as battery endurance testing, product incoming and outgoing inspections, and certification tests for capacity characteristics in battery production lines. Due to its regenerative structure, the 17020 can regenerate energy released from the battery back to the system side, and it can also be directly utilized for the energy required during battery charging. The regenerative function improves energy consumption issues and significantly reduces costs associated with air conditioning measures. The 17020 adopts an independent multi-channel system, allowing for different tests to be conducted on each battery through independent operation of each channel. Additionally, the channels are equipped with parallel operation capabilities, enhancing the flexibility of testing when using the 17020 system. Test items can be set based on the capacity required for the device under test (DUT), eliminating the need to purchase separate testing systems for each product lineup, thus providing high cost performance with a single system.
A cost-effective flat panel display (FPD) tester that supports up to 5K resolution and features a modular structure and high-precision power source.
The 27014 is a testing device that fully meets the needs of LCD module inspection. The main unit consists of a video signal module equipped with a power module and graphics core. Since the video signal section adopts a modular design, it can accommodate various interface signal requirements simply by replacing the module. Additionally, by connecting to a PC or a remote control box (optional), it enables efficient development evaluation and inspection during both the production and development stages. The software allows for settings in the areas of Timing/Pattern/Power/Program, enabling free configuration and editing according to the specifications of the UUT's LCD panel.
Unique high-density integration technology and high-density power design! Enables space-saving, high-precision, and highly reliable testing.
The "Model 17040" is a device that can reduce power consumption and heat generation through regenerative power functionality, enabling eco-friendly charge and discharge testing. It achieves an efficiency of over 90% at rated output and a power factor of over 95%. It also has excellent device characteristics with total harmonic distortion below 5%. By switching between three voltage and four current ranges, it can conduct tests with high measurement accuracy across a wide range, and it is equipped with various measurement modes such as CC, CC-CV, and CP charge and discharge tests. 【Features】 ■ Complies with international standards for battery testing: IEC, ISO, UL, GB/T ■ Automatic switching between three voltage ranges and four current ranges ■ Current slew rate of 2ms (10% to +90%) ■ Real driving simulation for NEDC, FUDS, HPPC ■ Channel parallel function *For more details, please refer to the PDF document or feel free to contact us.
Ideal for rare short detection! Introducing an excellent machine for building efficient work/test environments.
The "Model 19301A" is a high-performance impulse tester for low inductance, covering a range of 0.1μH to 100μH. By using a four-terminal measurement circuit, it enables high-precision measurements of ultra-low inductance coils, chips, power inductors, as well as choke coils and coils with a small number of turns. Additionally, it is equipped with a voltage compensation function, which improves measurement errors caused by cable length and helps create a more accurate testing environment. 【Features】 ■ Inductance testing range: 0.1μH to 100μH ■ Testing voltage range: 10V to 1000V (1V step) ■ High-speed contact check ■ High-speed sampling: 200MHz ■ Four-terminal measurement circuit *For more details, please refer to the PDF document or feel free to contact us.
Introducing a tester equipped with AC/DC withstand voltage, impulse, insulation/winding resistance all in one! Standard 10 channels included.
The "MODEL 19036" is a product that combines impulse testing functionality with electrical safety tests such as insulation resistance and winding resistance for winding components like transformers and motors. It is compatible with various standards and can output and measure AC 100mA/DC 20mA, making it suitable for tests that require measuring large leakage currents. Additionally, the High-Speed Contact Check (HSCC) function can resolve issues related to poor contact in cables and fixtures, as well as test result failures due to internal short circuits. 【Features】 ■ Integration of five types of safety testers into one unit ■ Measurement device for efficiency and rationalization + α ■ High-precision measurement using the four-terminal method ■ Pre-assessment with contact check ■ Standard 10 channels included *For more details, please refer to the PDF document or feel free to contact us.
Opening the Future with Mother Technology: Introduction to Ralm Tech Services
【Product Introduction】 ● Temperature Reliability Test Equipment The Hi-Tao thermal shock device provides a rapid temperature change environment for temperature reliability testing, with heating from -55°C to +125°C in 10 seconds and cooling from +125°C to -55°C in 16 seconds. ● SAP Cold All units undergo pre-shipment inspection at our Sagamihara Service Center before being shipped to Japan, Taiwan, China, and Southeast Asia. This refrigeration unit complies with refrigerant emission regulations and is designed for replacement from existing equipment. ● GCIB (Gas Cluster Ion Beam) This technology ionizes clusters made up of tens to tens of thousands of gas atoms, accelerates them to moderate energy, and irradiates them. Low-energy ion etching, high-quality film deposition, and surface smoothing have been demonstrated. ● Multiple APC An auto-pressure controller that combines high stability with wide compatibility. ● DP-eco An energy-saving unit for DP that is environmentally friendly and reduces electricity costs. ● Ion Beam Etching/Sputtering Equipment Designed to meet customer specifications, accommodating small experimental machines to CtoC mass production equipment. ● Consumables ● Thin Film Materials ● KRI Ion Sources DC, RF, End Hall
Thermal shock provides a temperature reliability environment through heating/cooling in just a few seconds.
- Temperature change range ETS-210-10S: -55℃ to +180℃ ETS-310-10S: -65℃ to +220℃ ETS-410-10S: -80℃ to +220℃ - Temperature change time -55℃ to +125℃: 10 seconds +125℃ to -55℃: 16 seconds It is ideal for applying thermal shock in the shortest time possible, allowing for the verification of the chemical, physical, and electrical time changes of test samples, thus enhancing research and development as well as production efficiency.
Ideal for improving research and development as well as production efficiency! It provides a temperature reliability environment with heating and cooling in just a few seconds.
The "Thermal Shock ETS Series" is an environmental reliability testing device used in a wide range of fields, including 5G communication devices, semiconductors, chips, sensors, and microelectronics. It allows for the verification of the chemical, physical, and temporal changes of test samples subjected to thermal shock in a short period of time. It is suitable for improving research and development as well as production efficiency. - Temperature change range: ETS-210-10S: -55℃ to +180℃ ETS-310-10S: -65℃ to +220℃ ETS-410-10S: -80℃ to +220℃ - Temperature change time: -55℃ to +125℃ in 10 seconds +125℃ to -55℃ in 16 seconds 【Features】 ■ In-house developed control system ■ Large touch screen ■ Ultra-low noise at 55dB(A) ■ Energy saving of over 30% ■ No frost formation even during long low-temperature tests *For more details, please refer to the PDF document or feel free to contact us.
Digital Durometer II for Rubber
With this single unit, you can conduct the following tests: - IRHD hardness test… Micro/Normal/High/Low/Super Soft - Shore hardness test… A/B/C/D/DO/O/OO/OOO <Features> - High precision and high reproducibility. - Automatic measurement with just the press of a start button. - One-touch detector replacement. - Creep/recovery curves can be obtained (with dedicated software). <Rubber Hardness Detector> The replacement of the digitest hardness detector is simple and one-touch. Just plug the detector into the connector on the main bracket, and the controller will automatically recognize it, allowing you to immediately conduct the rubber hardness test. There is no need for troublesome adjustments before testing. We offer a variety of detectors to accommodate different sample shapes and testing methods.
Rotary-less vulcanization testing machine using the most widely adopted sealed conical die in the world.
Curebase is a high-performance vulcanization testing machine that adopts the most widely used closed-type conical die method in the world, and is manufactured in compliance with JIS K 6296-3, ISO 6502, and ASTM D5289, achieving ease of use and low cost. After selecting the test conditions and specifying the measurer and batch number, the design allows for automatic start by pressing the start button on the main unit. It can be used for quality control and product development. 【Features】 ○ Adoption of the most widely used closed-type conical die in the world ○ Design focused on safety ○ In-house developed software (supports Japanese and English) ● Demo units are also available. Please feel free to contact us.
[Must See] Awarded the Excellent Award at the 31st Small and Medium Enterprises Excellent New Technology and New Product Awards! Introducing an explosion-proof testing device with abundant new features such as automatic control and automatic gas treatment!
The explosion-proof testing device "H1E-1510-H(n)" for aircraft equipment is designed to conduct explosion-proof tests required during the development phase of aircraft equipment, in accordance with applicable standards. The explosion-proof test is performed to demonstrate that the equipment in question does not ignite surrounding explosive gases due to operation or overheating. This device has been developed, manufactured, and inspected under the supervision of a quality inspector (DER) appointed by the FAA (Federal Aviation Administration) and meets U.S. standards as a Japanese manufacturer. Therefore, it can be used not only for updating aging equipment but also for the introduction of new testing facilities. 【Features】 ■ Explosion-proof testing device that meets U.S. standards for civil aircraft equipment ■ Equipped with automatic control functions to perform the entire explosion-proof testing process automatically ■ Features a large silencer, allowing for indoor installation ■ Equipped with an automatic gas treatment device to handle unburned explosive gases ■ Includes a high-speed camera capable of image analysis of testing conditions ■ Safety tests have been conducted (details in the video below) ■ Received the Excellence Award at the 31st Small and Medium Enterprises Excellent New Technology and New Product Award (announced on April 9, 2019) *Please feel free to contact us for more details.
Using hydraulic actuators with precision control functions! Evaluation tests for various mechanisms and devices are possible.
The "2-axis testing machine" is a load testing machine that can simultaneously apply horizontal and vertical loads. By using a hydraulic actuator with precision control functions, it measures friction forces and the vibration characteristics in horizontal and vertical directions. The test specimen is placed on a horizontal sliding table, and by applying load with a vertical loading mechanism while driving the horizontal sliding table, it is possible to verify the friction, rebound force, and stiffness of the test specimen. 【Features】 ■ Composed of a horizontal sliding table and a vertical loading mechanism ■ Capable of evaluating various mechanisms and devices such as anti-vibration rubber, fluid bearings, and pneumatic cylinders ■ Manufactured using various techniques such as strength analysis, can fabrication, precision assembly, etc. ■ Capable of producing various measuring devices, not limited to this type of testing machine *For more details, please refer to the PDF document or feel free to contact us.
A creep testing machine is a device that applies internal pressure to various plastic molded products under specific conditions and monitors the time until failure using a cumulative timer.
We undertake the design and manufacturing of various testing equipment, including hot internal pressure creep tests for gas pipes, water hammer tests, thermal cycling tests, pressurized pulsation tests, tensile creep tests, hydraulic burst tests, and chlorine water tests.
