Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
721～750 item / All 3631 items
Sustained-release formulation testing apparatus USP Apparatus 3
BIO-DIS is a dissolution tester for conducting release rate tests, compliant with USP Apparatus 3 and EP Reciprocating Cylinder tests. It is an ideal dissolution tester for formulations that require sustained release formulations and dissolution profiles at multiple pH levels.
This is an automatic measuring device based on a new disintegration testing method that reflects the oral disintegration mechanism!
OD-mate was developed for the automatic measurement of disintegration time of orally disintegrating tablets. The testing device is a compact and cost-effective solution. The development of this product was made possible with the cooperation of Kyoto Pharmaceutical Industry Co., Ltd. Additionally, using the small taste recognition device SA501C from Intelligent Sensor Technology Co., Ltd., it is possible to measure the bitterness intensity of solutions measured for disintegration time with OD-mate.
Please use this for the purpose of the methane fermentation experiment.
We will prepare the items necessary for the methane fermentation experiment.
A comprehensive testing device for winding components that can perform five necessary test functions (impulse, AC/DC withstand voltage, insulation resistance, winding resistance) in one unit.
We have developed a multifunctional comprehensive testing machine for winding components that includes the necessary measuring instruments for these tests, as well as impulse and winding resistance testing functions, to enable more efficient and cost-effective stable testing on production lines. This groundbreaking machine is aimed primarily at the motor market, which is experiencing increased installation in automotive applications, and it aims to enhance quality control and improve production line efficiency for many manufacturers.
10-channel simultaneous output multi-channel withstand voltage tester
The dielectric strength test is one of the main test items in electrical safety testing. All electrical components and products, including transformers, capacitors, power supplies, chargers, and household appliances, require dielectric strength testing. Chroma, with over 30 years of experience in electronic measurement instrument development, has developed the 19020 with a new architecture. It can simultaneously measure the dielectric strength leakage current of all channels and can test up to 100 DUTs simultaneously by connecting up to 10 units through a master-slave connection. The 19020 saves significant space on production lines as there is no need to purchase a dielectric strength tester for multi-channel testing. Multi-channel testing improves the efficiency of electrical safety testing, reduces manufacturing labor, and mitigates testing risks for products that only require dielectric strength testing. The 19020 also features powerful functions such as flashover detection and open shot checks. With several international patents, it not only provides reliable testing quality but also creates a highly efficient testing platform, making it an ideal product for standard electrical dielectric strength testing.
High voltage insulation withstand voltage tester capable of performing withstand voltage tests of 10kV or higher.
This is a testing device specially designed for high voltage withstand testing. It can be used for AC/DC withstand and insulation resistance tests during contact checks on production lines, with outputs of 10kVac/12kVdc/20kVdc and a maximum of AC20mA/DC10mA. In addition to the patented OSC (Open Short Check) function, high voltage contact checks improve the quality and efficiency of measurements at high voltage outputs when testing components with high insulation capabilities. The GFI (Ground Fault Interruption) function of models 19056/19057 is designed to protect the operator's safety in the event of abnormal grounding current (A2-A1). The withstand tester is equipped to endure high voltage tests for components such as optical couplers with excellent insulation performance, high voltage relays, high voltage switches, and solar modules. Charging and discharging require capacitive components when performing DC withstand tests. The withstand testing function includes a rapid charging feature that can enhance test efficiency. All models in this series are equipped with a flashover (ARC) function. It allows for the analysis of discharge levels through the starting voltage, ending voltage steps, time, and numbers.
Impulse tester compatible with low inductance from 0.1μH to 100μH.
The 19301A supports an applied voltage range of 10Vdc to 1000Vdc and enables high-precision measurements of waveform data acquired through high-speed 200MHz sampling using four types of impulse test judgment methods (waveform area comparison/waveform differential area comparison/waveform flutter detection/waveform second derivative detection). The test range for the test specimen inductance is from 0.1μH to 100μH. For measuring winding components, there are electrical characteristic tests and dielectric strength measurements according to electrical safety standards, as one of the main causes of insulation failure in winding components is rare shorts that occur due to the operating environment. This device can also be used for detecting such rare shorts. Impulse testing is possible from 0.1μH. By using the four-terminal test circuit function, it is ideal for measuring ultra-low inductance coils, chips, power inductance, as well as choke coils and coils with fewer turns. Additionally, contact check measurements, inductance measurements, and voltage compensation functions enable more accurate measurements.
Impulse tester that achieves high-precision measurements through a high sampling rate.
The 19305 series is equipped with two types of impulse testers for winding components: the 19305 (1 channel) and the 19305-10 (10 channels). It features programmable testing up to 6kVA and high-speed sampling capabilities of 200MHz, allowing for the detection of insulation failures in winding components through waveform area comparison, waveform differential area comparison, waveform flutter detection, and waveform second derivative detection. The 19305-10 can conduct 10-channel tests at each step, contributing to reduced testing time and cost savings. With a color display for graphical screen representation, a hand copy function on the operation screen, and a USB interface on the front of the device, waveform saving can be easily performed. It can be utilized in various scenarios such as production sites, research and development, and quality control.
A charge and discharge testing system that enables high voltage, high current, and high precision measurements with automatic switching between 3 voltage measurement ranges and 4 current measurement ranges. Ideal for testing automotive electrical components.
Electric regenerative charge and discharge testing system Automatic switching between 3 voltage measurement ranges and 4 current measurement ranges Voltage range: 60V to 1000V Current range: 0A to 750A Power capacity: 60kW to 300kW (customizable up to 600kW)
Maximum 2600A output! Capable of simultaneously testing various battery modules with different capacities.
The "MODEL 17020" is a high-precision charge and discharge testing system designed for battery module testing. With a stable system, it allows for long-term cycle tests and reliability tests, accommodating a wide range of applications from product development and production process inspection to quality assurance for incoming and outgoing shipments. It features regenerative power, not only regenerating discharge power back to the power system but also enabling DC direct regeneration as charging power for other channels. 【Features】 ■ Suitable for module testing ■ Independent/parallel channel operation ■ 50ms high-speed charge and discharge switching ■ Flexible software ■ Safety design *For more details, please refer to the PDF materials or feel free to contact us.
From portable measurement to monitoring, a wide range!
● A variety of types are available to choose from depending on the situation. ● Excellent cost performance is achieved through in-house production.
A mixer that can achieve stable product mixing with an efficient mixing method!
The "Furistan Powder Mixer" is a mixer that instantaneously combines powdered, liquid, and paste-like ingredients with liquids. By mixing instantly, it enables the stable blending of products in a short time. The efficient mixing method allows for powerful suction through a self-priming pump, even as the product's viscosity increases, sending it to the shear blender, making it more effective and economical compared to existing mixing methods. *For more details, please refer to the catalog or feel free to contact us.*
Soft material hardness testing machine
<Examples of Application for Each Measurement Range> - 0-1N, 0-2N Analysis of gel stability of ultra-soft materials such as gelatin and agar. - 0-10N, 0-20N Analysis of hardness increase in gelatin capsules. - 0-50N Analysis of hardness increase in hard gelatin capsules. Additionally, the shape of the measuring probe is available in various forms to match the shape and hardness of the sample.
This is a viscometer that measures highly reproducible Mooney viscosity and scorch characteristics.
This Mooney viscometer was developed with a focus on operability and data reproducibility. It automatically measures the Mooney viscosity and scorch characteristics of unvulcanized rubber. It complies with major standards such as ISO 289, JIS K 6300-1, and ASTM D 1646. 【Features】 - Modular design around the die - Excellent temperature control - Proprietary software developed in-house (supports Japanese and English) ● A demo unit is available. Please feel free to contact us.
This is a completely new filler dispersion meter using fractal theory. It has made numerical management of dispersion possible.
The DCF50A performs measurements based on fractal theory. This product allows anyone to easily evaluate the dispersion state of fillers such as carbon black in rubber compounds. The operation is simple: after cutting the sample, just set it in the sample holder and press the measurement start button, and data such as dispersion degree, particle count, and particle size will be displayed in Excel. The measurement time is approximately one minute per measurement, allowing for quick assessment and evaluation. It offers high cost performance and can help prevent defects in the rubber mixing process. We have demo units available, so please feel free to contact us.
Sweden Elastocon Company (Elastocon) Automatic Creep Stress Relaxation Testing Machine EB 18-II JIS K6263, K7116
The Elastocon automatic creep stress relaxation testing machine EB 18-II complies with JIS K6263, K7116, ISO 188 A method, ISO 3384-1, and ISO 899. This measuring device can perform automatic measurements, and each test station can be independently controlled. The operation of the rig is performed by a motor, and the compression and tension of the sample are controlled by a servo motor. To minimize the influence of the surrounding environment (temperature changes, air flow, etc.) during measurement, the design is kept low in height. The temperature of the hood and the measuring oven is controlled by a touch screen. 〇 Features - Long-term measurements (six months or more) are possible. - Compression and tension (optional) are possible. - The EB 18-II eliminates the problem of fixed load weight by utilizing load cells and servo motors. - High-precision displacement measurement. - Measurement results are presented as absolute values of creep or as a creep index in graphs or tables. - Measurements can be conducted in air as well as in liquid (immersion option).
Multi-functional and capable of various tests. It enables excellent operability and high-precision measurements. Available in single column and twin column configurations.
The following series is available: Single Column QC-508M Series (Max 5kN = 500kg) Double Column QC-506M Series (Max 20kN = 2,000kg) - All testing machines can achieve high precision and high reproducibility. - Control can be selected via multifunctional software (PC) or the main unit's operation panel. - The software can be selected in Japanese, English, and other languages. - Fine adjustment of the crosshead position of the testing machine is possible using a manual dial. - The load cell and extensometer have a self-memory function, eliminating the need for complex settings even after changes. - Various grips and fixtures are available to accommodate different sample shapes, materials, and testing methods.
It is a cost-effective small batch kneader that uses a powerful motor and is capable of kneading high-fill materials.
This is a cost-effective small batch kneader for rubber, plastic, food, MEM, and CIM applications. The main motor is very powerful, enabling the kneading of high-viscosity and highly filled materials that could not be processed due to insufficient power in conventional machines. The kneading capacities are available in six sizes: 75ml, 300ml, 500ml, 1,000ml, 3,000ml, and 5,000ml. The rotors come in various types: Banbury type, cam type, roller type, CTEM type, and CTEF type. The shape of the rotor and the kneading capacity can be customized according to your requirements. The chamber and rotor have a surface hardness of Hv2100, are resistant to acids and alkalis, and can knead various fillers. Additionally, the materials and coatings of the chamber and rotor can be customized to suit specific applications (materials resistant to strong acids and strong alkalis can be selected). With the CT-TORQUE software, kneading information (motor torque, temperature, rotation speed) can be observed and recorded in real-time on a PC, and this information can be exported to Excel for analysis. There are options for twin-screw extruders and injection molding.
ROM writing service
At Falcon Electronics, we assist with ROM writing from one piece to large quantities using our in-house supplied device programmers, automatic writing equipment, and 3D appearance inspection devices. We can support various types of ICs including EPROM, EEPROM, Serial PROM, NAND/NOR FLASH, PCD, CPLD, FPGA, and MPU. For ICs that are not currently supported, we can also develop new algorithms, so please feel free to consult with us.
Published on YouTube, secret technique, absolutely fail-proof Hartmann-type dust explosion device.
If there are combustible powders (such as cornstarch), air, and an ignition source, a dust explosion can occur. This time, we conducted an explosion experiment using cornstarch. We also introduce various tips on how to create impressive explosions!
Humidity can be maintained even at temperatures above 100℃! A testing device that allows humidity settings for each chamber.
"Humi Grow" is a high-temperature and high-humidity testing device that can humidify even in chambers at temperatures above 100°C. It allows for the setting of arbitrary humidity conditions in multiple chambers within a constant humidity chamber. Long-term reliability tests and exposure tests can be conducted. By using the optional hermetic seal, it can also accommodate electrical characteristic tests. 【Features】 ■ Can humidify even in chambers above 100°C ■ Allows for the setting of arbitrary humidity conditions in multiple chambers ■ Effective for long-term reliability tests and exposure tests ■ Can accommodate electrical characteristic tests with optional use *For more details, please refer to the catalog. Feel free to contact us with any inquiries.
A constant temperature and humidity testing device that exhibits excellent stability over a wide temperature range! Suitable for a wide range of applications.
The "Humi Master" is a constant temperature and humidity testing device composed of a combination of a constant temperature chamber and a humidity generation device using proprietary technology. It features a built-in patented ultra-stable saturation tank, demonstrating a wide range and high stability. It is suitable for various applications such as testing devices and manufacturing equipment. 【Application Examples】 ■ MEMS temperature and humidity sensor adjustment device ■ Capacitive temperature and humidity sensor humidity inspection device ■ On-vehicle temperature and humidity unit manufacturing device ■ Meteorological temperature and humidity sensor manufacturing device *For more details, please refer to the catalog. Feel free to contact us with any inquiries.
