Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.
751～780 item / All 1220 items
2 in 1! Voltage and resistance testing possible with one unit. Cost reduction for coil testing!
The insulation resistance/withstand voltage tester TH9310 is an economical and advanced safety tester. It can display small characters, is lightweight, and easy to operate! It can be widely used for safety testing of household appliances, transformers, electrical components, and more.
![[Case Study] Wind Resistance Performance Test of Solar Panel Mounting Structure | Verified at Maximum Wind Speed of 60 m/s](https://image.www.ipros.com/public/product/image/2001521713/IPROS10268967052168640665.png?w=280&h=280)
Recreating super typhoon-class winds! No problem if damage or debris occurs during outdoor implementation.
If you have such issues, please consult with us once. - We want to verify the wind resistance performance of solar panel mounting structures in actual strong wind environments. - We want to evaluate under test conditions that match the shape (such as flat roofs). - We want to obtain materials and data that demonstrate safety during strong winds. - We want to conduct size and wind speed tests that cannot be accommodated by existing wind tunnel tests. [Implementation Example] Upsolar Japan Co., Ltd. Implementation details: We verified whether solar panel mounting structures installed on flat roofs of factories, warehouses, supermarkets, schools, etc., can be safely operated under strong winds. Implementation method: We brought the mounting structure to the Tsukuba Techno Center, where we manufactured the test stand and modified the blower. We conducted tests under conditions close to the actual environment by applying wind from three directions: front, 45 degrees, and 90 degrees.
Dedicated testing device that integrates contact action recording, current waveform recording, and variable power supply.
The circuit breaker/disconnector testing device "TA-300A" is a dedicated testing device that integrates contact operation recording, current waveform recording, and a variable power supply. With this single device, you can conduct opening and closing characteristic tests of circuit breakers/disconnectors in accordance with JEC-2300 and 2310. Thanks to the touch panel display and operation command output buttons, the device is easy to operate even for first-time users, and test results can be quickly confirmed on the screen and printed out. It is a standard device that allows for safe and efficient opening and closing characteristic tests during the completion and regular inspections of circuit breakers and disconnectors. 【Features】 ○ Easy operation pursued with an outdoor-specific touch panel ○ Built-in induced voltage removal circuit ○ Measurement of pre-insertion time for resistive contacts is possible ○ Automatic confirmation of pumping prevention is possible ○ Phase loss testing is possible For more details, please contact us or download the catalog.
Maximum load 500N! Supports various tests such as tensile (compression) tests, bending tests, and peeling tests.
The "QC-528M1F" is a lightweight and compact tabletop universal testing machine with a single-column structure. The system operates on a 100V power supply and uses a stepper motor to control the head's speed with high precision. Additionally, there is no need to input settings when replacing the load cell. It is suitable for testing small samples and can accommodate various samples and tests by switching between multiple grips. 【Features】 ■ Each load cell has pre-registered and saved information. ■ The jog controller allows for precise position adjustments, which is useful for fine-tuning positions and calibrating load sensors. ■ Control via PC is possible with the M1F software. ■ The user-friendly software supports multiple languages. *For more details, please refer to the PDF document or feel free to contact us.
Stroke adjustment according to sample dimensions is possible! We have a variety of grips available.
The QC-508M2F is a compact universal testing machine with a single-column structure that does not require a large installation space. With a maximum load of 2kN achieved through the combination of a servo motor and ball screw, it is suitable for testing standard samples as well as small products. Thanks to the high-functionality M2F controller, it allows for PC control and supports a variety of tests including tensile (compression) tests, bending tests, creep tests, and repetitive tests, offering more than 260 types of analysis menus. 【Features】 ■ Maximum load: 2kN ■ Over 260 types of analysis menus ■ Precise position adjustment with jog controller ■ Optional corrosion protection for load sensors ■ Automatic recognition and calibration function for load cells *For more details, please refer to the PDF materials or feel free to contact us.
User-friendly software supports multiple languages and includes data analysis features.
The QC-508M1F is a compact universal testing machine with a single-column structure that does not require a large installation space. It allows for stroke adjustment according to sample dimensions and is equipped with various types of grips (air grips, thread grips, vice grips, etc.) to accommodate a wide range of tests. Additionally, the optional display enables standalone testing with a PC, allowing for measurement and simple data analysis. 【Features】 - Accurate position adjustment using a jog controller - Corrosion protection for optional load sensors - Automatic recognition and calibration function for load cells - Maximum load of 2kN achieved through a combination of servo motor and ball screw - Control via PC using M1F software - Supports tensile (compression) tests, bending tests, peel tests, and more *For more details, please refer to the PDF document or feel free to contact us.
Automatic recognition and calibration function of load cells! It is particularly used for the evaluation of fibers, threads, and tapes.
The "QC-548D2-M" is a tabletop universal testing machine with a maximum load of 5kN. The technology that controls the equipped DC motor like a high-precision servo motor relies on special motor control and algorithms, allowing for the correction of the rotational speed during motor drive to achieve optimal speed. It also features easy operability, allowing tests to be started simply by pressing a button with digital speed settings. 【Features】 ■ Automatic recognition and calibration function of load cells ■ Easy testing with the device alone ■ Power supply: compatible with 110-240V ■ The D2 controller and 7-inch display can control and analyze data without the need for a PC, functioning independently ■ Tests can be started simply by pressing a button with digital speed settings *For more details, please refer to the PDF materials or feel free to contact us.
Over 260 types of analysis menus! Specifications have been prepared to accommodate larger samples by varying the width of the testing machine.
The "QC-526M2F-Extended" is a versatile testing machine with a large testing space and an extended stroke, featuring a double column design. The system, with a maximum load of 20kN, uses a maintenance-free servo motor, offering high control precision and excellent quietness. Additionally, the high-performance M2F controller supports a variety of tests, including tensile (compression) tests, bending tests, creep tests, stress relaxation tests, repetitive tests, and multi-step tests that combine multiple tests. 【Features】 ■ Creep tests, repetitive tests, strain-controlled tests, foam material tests, Poisson's ratio, slip tests, etc. ■ Over 260 types of analysis menus ■ Accurate position adjustment using a jog controller ■ Optional corrosion protection for load sensors ■ Automatic recognition and calibration function for load cells *For more details, please refer to the PDF document or feel free to contact us.
Precise position adjustment with the jog controller! It excels in high control accuracy and quietness.
The "QC-526M2F" is a versatile testing machine with a large testing space and a double column design. It is a version with a shorter stroke than the "QC-526M2F-Extended," and its drive mechanism is maintenance-free, ensuring stable performance over a long period. It supports a wide range of tests, including manual tensile tests, compression tests, peel tests, adhesive strength tests, and tear tests. By connecting to a PC, you can switch the displayed language and units (SI units, US units) using dedicated software. 【Features】 ■ Over 260 types of analysis menus ■ Accurate position adjustment with a jog controller ■ Optional corrosion protection for load sensors ■ Automatic recognition and calibration function for load cells *For more details, please refer to the PDF materials or feel free to contact us.
User-friendly software supports multiple languages! Outputs more detailed analysis results in report format.
The "QC-526M1F" is a versatile testing machine with a double column design that combines a standard testing space and stroke. It has a shorter stroke than the "QC-526M1F-Extended," and the maximum load achieved through the combination of a servo motor and ball screw is 20kN. It can be controlled via a PC, and with the M1F controller, it supports tensile (compression) tests, bending tests, peeling tests, and displacement maintenance (tensile/compression) tests. 【Features】 ■ Accurate position adjustment using a jog controller ■ Optional load sensor with corrosion protection ■ Automatic recognition and calibration function for load cells ■ Stroke adjustment is possible to accommodate sample dimensions and various grips used ■ Analyzed test data is displayed in real-time ■ Testing can also be conducted independently of the system, allowing for easy acquisition of test data *For more details, please refer to the PDF document or feel free to contact us.
Control from a PC is possible with D2 Software! Supports a variety of tests such as tensile (compression) tests and bending tests.
The "QC-526D2-Extended" is a versatile testing machine with a double column design that combines a large testing space and a greater stroke. It has a maximum load capacity of 20kN, making it suitable for large test samples, and it supports functionality expansion after purchase. It can be equipped with numerous grip options using a high-precision system. Additionally, the user-friendly software supports multiple languages and allows for changes in display units (SI units, US units) and graph displays. 【Features】 ■ Automatic recognition and calibration function of load cells ■ Easy testing with the device alone ■ Power supply: Compatible with 110-240V ■ All test data can be exported for detailed analysis using any software *For more details, please refer to the PDF materials or feel free to contact us.
The drive system mechanism is maintenance-free! Accurate position adjustment with the jog controller.
The "QC-505M2F" is a versatile testing machine with a large testing space and long stroke, featuring a double column design. It has a maximum load of 50 kN, and its drive mechanism is maintenance-free, ensuring stable performance over the long term. Additionally, the high-performance M2F controller supports a variety of tests, including tensile (compression) tests, bending tests, creep tests, stress relaxation tests, repetitive tests, and multi-step tests that combine multiple tests. 【Features】 ■ Creep tests, repetitive tests, strain-controlled tests, foam material tests, Poisson's ratio, slip tests, etc. ■ Over 260 types of analysis menus ■ Accurate position adjustment using a jog controller ■ Optional corrosion protection for load sensors ■ Automatic recognition and calibration function for load cells *For more details, please refer to the PDF document or feel free to contact us.
Easy function expansion with optional attachments! Automatic recognition and calibration of load cells.
The "QC-505M1F" is a universal testing machine with a double column design that supports a maximum load of 50 kN. The drive system, which includes a servo motor, is maintenance-free, and when combined with its robust frame structure, it allows for stable testing. Additionally, the software is easy to operate, supports multiple languages, and allows for the selection of any unit. Testing can also be conducted independently with an optional display, making it easy to obtain test data. 【Features】 ■ Accurate position adjustment with a jog controller ■ Optional corrosion protection for load sensors ■ Automatic recognition and calibration function for load cells ■ Maintenance-free drive system including a servo motor ■ High-precision testing with excellent quietness due to the servo motor *For more details, please refer to the PDF materials or feel free to contact us.
Composed of a servo motor and a precision transmission drive system, along with a high-performance M2F controller!
The "QC-50AM2F" is a universal testing machine that supports a load of 600 kN. With the high-performance M2F controller, it accommodates a variety of tests including tensile (compression) tests, bending tests, creep tests, stress relaxation tests, repeated tests, and multi-step tests that combine multiple tests. Its robust and high-strength structure requires minimal maintenance and is suitable for high-load samples such as metals, composites, and construction materials. 【Features】 ■ Creep tests, repeated tests, strain control tests, foam material tests, Poisson's ratio, slip tests, etc. ■ Over 260 types of analysis menus ■ Accurate position adjustment with jog controller ■ Optional corrosion protection for load sensors ■ Automatic recognition and calibration function for load cells *For more details, please refer to the PDF materials or feel free to contact us.
A system suitable for high-load samples such as metals, composites, and building materials!
The "QC-500M2F" is a universal testing machine that supports a maximum load of 500 kN. It does not require frequent maintenance due to its robust and high-strength structure, which supports a high-torque servo motor and its powerful energy. Additionally, the jog controller allows for precise alignment as well as precise adjustments in vertical movement and forward direction. It prevents overload during load cell calibration. 【Features】 ■ Creep tests, repeated tests, strain control tests, foam material tests, Poisson's ratio, slip tests, etc. ■ Over 260 types of analysis menus ■ Accurate position adjustment with the jog controller ■ Optional corrosion protection for load sensors ■ Automatic recognition and calibration function for load cells *For more details, please refer to the PDF document or feel free to contact us.
Automatic recognition and calibration function of load cells! The operation of M2F software is easy and supports multiple languages.
The "QC-501M2F" is a universal testing machine suitable for testing samples and products with a maximum load of 300 kN. Its robust and durable system structure enhances testing stability and reduces issues during high load measurements. It can be operated directly from an optional 7-inch display, allowing for standalone testing of the system. Additionally, it supports a wide speed range of 0.2 to 375 mm/min, accommodating numerous standard tests. 【Features】 ■ Creep tests, repeated tests, strain-controlled tests, foam material tests, Poisson's ratio, slip tests, etc. ■ Over 260 types of analysis menus ■ Accurate position adjustment with a jog controller ■ Optional corrosion protection for load sensors ■ Automatic recognition and calibration function for load cells *For more details, please refer to the PDF materials or feel free to contact us.
Over 260 types of analysis menus! Supports numerous standard tests with a wide speed range of 0.2 to 375 mm/min.
The QC-502M2F is a universal testing machine suitable for testing samples and products with a maximum load of 200 kN. The operation of the M2F software is simple and supports multiple languages. It allows for unit system switching and provides real-time graph display during testing, as well as material analysis, enabling various data analyses after testing. Additionally, precise adjustments of vertical movement using the jog controller facilitate accurate alignment at the start of testing and easy control of the calibration process for the load cell. 【Features】 - Creep tests, repeated tests, strain-controlled tests, foam material tests, Poisson's ratio, slip tests, etc. - Over 260 types of analysis menus - Accurate position adjustment using the jog controller - Optional corrosion protection for load sensors - Automatic recognition and calibration function for load cells *For more details, please refer to the PDF document or feel free to contact us.
Automatically sets the drop weight to the specified test height! Safety mechanism prevents the drop weight from falling during a power outage!
The QC-636 is a drop weight impact testing machine capable of displaying and analyzing test data through software. In standard tests, a 5 kg drop weight (including the striker) is dropped from a height of 1 meter to deliver an impact energy of 50 J, capturing the impact energy absorbed by the sample. It is suitable for evaluating the shock absorption performance of packaging materials used for human protection gear and the transportation of precision machinery. 【Features】 - Automatically sets the drop weight to the specified test height - Connection with the drop weight via an electromagnet (safe structure during connection) - Safety mechanism to prevent the drop weight from falling during a power outage (fail-safe) - Low-friction guide mechanism that does not hinder the drop of the weight - Display and analysis of test data through software *For more details, please refer to the related links or feel free to contact us.
The test data is displayed on the digital display! Users do not need to calculate it themselves.
The QC-913 is a pendulum-type Charpy impact testing machine designed for high-impact energy, making it suitable for evaluating metallic materials. The impact energy absorbed by the sample is determined from the difference in the angle of the hammer set before the impact and the angle after the swing. It features high precision and excellent operability, and the raised hammer automatically returns to its original position after the test. The test data is displayed on a digital screen, so users do not need to perform any calculations. 【Applicable Test Standards】 ■EN10045 ■ASTM E23-00a ■GAB/T 229 *For more details, please refer to the related links or feel free to contact us.
By replacing the hammer and sample support table, we can accommodate various tests compliant with ASTM, ISO, and other standards!
The "QC-639 C/D" is a pendulum-type testing machine suitable for impact testing of resin samples. It determines the impact absorption energy based on energy equivalence exchange. The set angle of the hammer not only affects the impact velocity and the position of the weight but also influences the test data, so the impact angle of the hammer is accurately recorded by a pointer. Data calculations and corrections can be easily performed using dedicated software. 【Applicable Testing Standards】 ■ASTM D256 ■ASTM D6110 ■ISO179 ■ISO180 ■ISO13802 *For more details, please refer to the related links or feel free to contact us.
The hammer angle is detected with a high-precision encoder! The impact energy is automatically calculated from that angle!
The "QC-639 R/U" is a digital impact testing machine used to evaluate the impact properties of resin samples, controlled by software. The hammer's lifting angle not only affects the impact speed and the position of the weight but also influences the test data. By automating the process from setting the hammer to its test position to release, it achieves high-precision control of the hammer's lifting angle while ensuring operator safety. Control and test data are managed via a 7-inch touchscreen. Additionally, the hammer angle is detected by a high-precision encoder, which automatically calculates the impact energy from that angle and compensates for energy attenuation due to air resistance and friction. 【Applicable Test Standards】 ■ASTM D256 ■ASTM D6110 ■ISO179 ■ISO180 ■ISO13802 ■ISO8256 *For more details, please refer to the related links or feel free to contact us.
Evaluate the rigidity or safety of the product! Free fall impact tests can be conducted on the surfaces, corners, and edges of the box!
The "QC-113A" is a drop test machine that measures the impact force exerted on packaging materials during transportation. It evaluates the condition of the packaging materials after a drop impact, including the packaging integrity, vibration resistance, and the contents, allowing for an assessment of the safety of the packaging materials and the impact resistance of the product itself based on the test results. Additionally, the same sample can be subjected to the same free fall to simulate the impact experienced by a hard surface during the drop, enabling an evaluation of the product's rigidity or safety. 【Applicable Test Standards】 ■ASTM 5276 ■GB/T 4857.5 ■CNS 2999 *For more details, please refer to the related links or feel free to contact us.
The temperature range is from room temperature 40°C to 200°C! It is a durability testing machine with a digital temperature controller!
We would like to introduce our aging test machine, the 'QC-607M/L'. First, we place a dumbbell-shaped vulcanized rubber specimen into a constant temperature chamber. Depending on the testing standards, temperatures of 70 degrees, 100 degrees, and 120 degrees can be selected, along with setting times such as 24, 46, 96, and 168 hours to conduct the rubber aging test. Then, we compare the tensile strength and elongation before and after the test. 【Corresponding Testing Standards】 ■JIS K6301 ■ASTM D5423 *For more details, please refer to the related links or feel free to contact us.
Characteristics close to the ultraviolet wavelength of sunlight! It is possible to evaluate the weather resistance of a light source primarily consisting of ultraviolet light in an environment close to real conditions.
The "QC-609A" is a weather resistance testing machine that has three functions: constant temperature, aging, and weather resistance. It is equipped with a 3000W UV fluorescent lamp inside the oven, which closely mimics the ultraviolet wavelength characteristics of sunlight and the high-temperature characteristics found in shipping containers, allowing for weather resistance evaluation of light sources primarily based on ultraviolet light in an environment close to real conditions. Please feel free to contact us if you have any inquiries. 【Applicable Testing Standards】 ■JIS K6301 ■ASTM D5423 *For more details, please refer to the related links or feel free to contact us.
In a static manner, the degree of permanent deformation of the rubber is evaluated while it is heated or subjected to pressure.
We would like to introduce our compression permanent deformation tester, 'QC-631(A)'. This device evaluates the degree of permanent deformation of rubber under static conditions when it is heated or pressurized. This test must be used in conjunction with a constant temperature bath and a thickness gauge. 【Applicable Test Standards】 ■ASTM D395 ■JIS K6262 ■GB/T 7759 ■ISO 815 *For more details, please refer to the related links or feel free to contact us.
Corresponds to ASTM D202 and TAPPI T815 testing standards! The testing angle is a static friction measuring device with a range of 0 to 45 degrees!
The QC-117 is an electric static friction tester equipped with constant speed angle increase and automatic stop functions. The measurement method involves fixing the test specimen to the testing platform, taking another measuring object (test specimen), and securing it under the specified load according to the standards, then placing it on the testing platform. The angle of the testing platform rises at approximately 1.5 degrees per second until the weights start to slide, and the tangent (tan(θ)) value of the angle at the moment it slides down is calculated, which becomes the static friction coefficient of the test specimen's surface. 【Corresponding Test Standards】 ■ASTM D202 ■TAPPI T815 *For more details, please refer to the related links or feel free to contact us.
A vertical rebound elasticity testing machine with a 28g impact weight fixed at a height of 400mm, impacting through free fall!
The QC-638 is a vertical rebound elasticity testing machine that evaluates the elasticity of rubber by dropping a weight vertically. A weight of 28g is fixed at a height of 400mm and dropped freely to create an impact. The average rebound height from the 4th, 5th, and 6th drops is calculated to determine the elasticity of the rubber. The dimensions of the main unit are 24×16×48cm, and it weighs 8kg. Please feel free to contact us if you have any inquiries. 【Applicable Testing Standards】 ■ASTM D2632 *For more details, please refer to the related links or feel free to contact us.
The operating procedure is standardized! When the movement distance of the indenter reaches 1mm, the temperature at that time is recorded.
The "QC-662B" is a Vicat softening point tester that supports simultaneous measurement of up to 3 samples and displays the deflection amount and temperature of each sample during measurement. A probe with a tip area of 1mm² is placed at the center of the sample under a constant load of 10N (or 50N), and the sample is heated at a constant rate of 50°C per hour in a liquid heating bath. The Vicat softening temperature (VST) is recorded when the probe has sunk 1mm. Operation is performed via a touch panel, and since the operating procedures are standardized, measurements can be easily started with step-by-step operations. 【Features】 ■ 7-inch touch screen: Displays measurement data for up to 3 samples ■ Data output in Excel format ■ User-friendly interface: Easy operation with step-by-step format ■ Measurement of load deflection temperature through interchangeable fixtures *For more details, please refer to the related links or feel free to contact us.
The foldability is evaluated by the number of times it can be repeatedly bent between +135° and -135° until it breaks!
The "QC-104H" is a fatigue testing machine designed to evaluate the bending and flexural strength of materials such as paper, resin films, aluminum foil, copper foil, and flexible printed circuit boards. Samples are typically bent repeatedly between +135° and -135°, and the bending resistance is assessed based on the number of cycles until breakage occurs. Test conditions such as the number of bends and speed are input via the 5-inch touchscreen of the device. Additionally, the testing machine automatically stops when a sample break is detected or when the set number of test cycles is completed. 【Specifications (partial)】 ■ Load capacity: up to 50kg (varies depending on test stroke) ■ Stroke: up to 160mm ■ Sample length: up to 180mm ■ Number of test samples: up to 5 ■ Test speed: 20–500 r.p.m. *For more details, please refer to the related links or feel free to contact us.
Calculation of error compensation values is possible! We offer a lineup for high pressure, low pressure, and fiber/spinning applications.
The QC-116 is an electronic Mullen burst testing machine that measures the burst strength of materials such as paper, cardboard, leather, textiles, and synthetic leather. Equipped with a monitor (touch panel), it allows for the calculation of error compensation values. It can adjust the calibration parameters of the sensing components, improving measurement accuracy. Additionally, it features a load graph function that enables immediate reading of test conditions, and it allows for unit switching, making it easier to interpret test results. 【Features】 ■ Equipped with a monitor (touch panel) ■ Adjustable calibration parameters for sensing components ■ Load graph function included ■ Unit switching available (international units or imperial units) ■ Measures burst strength of materials such as paper, cardboard, leather, textiles, and synthetic leather *For more details, please refer to the related links or feel free to contact us.
