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.
871～900 item / All 1221 items
In the most common wear test for flat materials, the wear of the contact surface with two wear wheels is evaluated by the reduction in mass, thickness, and gloss.
It is the most common method for wear testing of flat materials, evaluating the wear of the contact surface with two wear wheels based on changes in mass, thickness, and gloss. We offer various types of wear wheels.
This is a Scott-type folding test machine used to evaluate the crease wear strength of resin-processed fabrics, rubber-coated fabrics, and vinyl leather due to folding.
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Rubber hardness tester (durometer)
It is a digital version of the conventional durometer that measures the hardness of materials like rubber using the needle penetration method.
This is a testing machine that applies bending actions to materials such as paper, plastic film, metal foil, and flexible printed circuit boards (FPC) to evaluate their foldability.
●Spring-loaded and dead weight types are available for selection.
This is a testing machine that applies repeated stress to plastic materials to evaluate their fatigue characteristics.
This evaluates the fatigue level of plastic materials by applying repeated stress, using a constant load provided by an unbalanced mass rotation.
In high temperatures, bending crack initiation tests and crack growth tests on rubber can be conducted simultaneously on 20 specimens.
It is a bending test machine with a constant temperature chamber (Dematcha type) that can perform bending tests in an environment of up to 150°C. It is equipped with a fracture detection device.
This is a fatigue testing machine developed specifically for IC cards.
It is possible to actually apply periodic bending and twisting loads to evaluate the IC card.
This is a Mühlen burst testing machine with digital display and semi-automatic driving operation.
● There are low-pressure and high-pressure types of the Mullen burst tester, which evaluates the burst strength of materials such as paper and textiles. ● The M2 model achieves semi-automatic operation by adopting digital technology. Measurement is simple; just insert the test specimen and press the start switch. ● It is equipped with various safety devices, including a finger pinch prevention device, a glycerin splash prevention device, an overload prevention device, and an automatic return device for idle operation.
This is a testing machine that evaluates the stiffness (rigidity) of materials such as cardboard.
It is a testing machine (Tebar hardness tester / Tebar stiffness tester) used to measure the hardness (stiffness) of relatively stiff samples such as cardboard.
It is a testing machine for evaluating the bending resilience of materials such as textiles, paper, and films.
The evaluation of rigidity and flexibility is conducted by swinging relatively weak materials such as woven fabrics, paper, and films horizontally in a vertical position. 【Product Features】 ○ Measurement Range: 0.01 to 5000mN ○ Specimen Width: 12.7, 25.4, 50.8mm (J TAPPI No.40) ○ Specimen Length: 25.4, 38.1, 63.5, 88.9, 114.3mm (same standard) ○ Rotation Speed: 2rpm (6°/second) ○ Reference Standards: JIS L1085, L1096, J TAPPI NO.40, TAPPI T543om-11 * Options: Common data acquisition software Model EX-2, Compact printer Model PS-B1 * For more details, please refer to the PDF document or feel free to contact us.
It is a fully automated load deflection temperature testing machine.
It incorporates sample insertion and removal devices into the conventional standard type, enabling fully automated operation. The load lifting device adopts a two-step separation load method. Three-point and six-point suspensions are selectable.
This is a convenient testing machine for heat seal tests of packaging plastic films and color development tests of thermal paper!
The thermal gradient testing machine is a device that can apply a predetermined temperature gradient (temperature difference) to five thermal plates and press them under the same conditions. When determining the optimal temperature for heat seal tests of packaging materials, heat resistance tests of woven fabrics, and color development tests of thermal paper, it is not necessary to raise or lower the temperature during the tests; the judgment can be made with simple operations.
This is a low-temperature impact brittleness testing device (brittleness temperature testing device) used for low-temperature characteristic testing of rubber and plastics (cold resistance testing).
Rubber and plastic are immersed in a low-temperature liquid and struck with a hammer at a constant speed to evaluate the occurrence of cracks. You can choose between the dry ice method or the refrigeration method.
Combustion testing machine for automotive interior materials
Automotive interior materials are subject to safety standards for combustion and are used as inspection equipment.
This is a specialized oven (thermal aging tester) for thermal aging tests of polymer materials, with conditions such as temperature distribution in the chamber, wind speed, and air exchange rate specially considered.
●This is a testing machine for thermal aging tests of materials such as plastics and rubber. ●Unlike general constant temperature chambers or dryers, this oven is specially designed for thermal aging tests, with conditions such as temperature distribution, wind speed, and air replacement rate inside the chamber specifically considered based on testing standards like JIS and ISO.
This measures the gas permeability of a porous sample by generating a differential pressure and evaluating the permeability based on the piston movement speed.
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The moisture permeability is evaluated based on the mass of water vapor that permeates from a membrane sample of a certain area over a 24-hour period.
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This is a Beck smoothness testing machine compliant with JIS P 8119.
The smoothness of paper and similar materials is evaluated by the rate at which air leaks through the gap between the sample pressed against a smooth glass surface and its smooth surface.
We will track and evaluate the state of absorption when one end of a strip-shaped sample is immersed in water (liquid) due to capillary action.
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This is a dispersing machine (paint shaker, paint conditioner, agitator) used for evaluating the dispersibility of pigments used in paints and inks.
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This is a device for pressing adhesive tape against a test plate during the adhesive strength test of adhesive tape, based on JIS Z 0237.
A roller with a mass of 2 kg is moved back and forth at a speed of 10 ± 0.5 mm/sec to press the sample onto the test plate. ● Compact tabletop design that does not take up much space. ● A sample mounting fixture that makes it difficult for air to enter between the sample and the test plate is included as standard. ● Comes with a roller storage fixture for when not in use.
Thickness gauge for film, rubber, and woven fabric.
It is used to measure the thickness of films, rubber, woven fabrics, and other sheet-like materials, with the measurement pressure and indenter matched to their respective JIS standards according to the material.
It is a testing device for measuring the compression permanent strain of rubber materials.
Evaluate the recovery rate when a rubber material is subjected to a constant compressive strain at high temperature and then the compressive strain is removed.
It is a device for measuring the rebound resilience of rubber in accordance with JIS K 6255.
Measure the rebound angle of the sample and calculate the rebound elasticity. The maximum, minimum, central, and average values will be processed.
This is a shopper-type sample punch for collecting test specimens such as rubber and soft plastics.
You can easily punch out by utilizing the rotational force of the handle.
It is a lever-type press cutter that collects samples using a punch cutter.
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This is a pneumatic press machine for sample molding equipped with a degassing and cooling speed control function.
This is a press machine that incorporates operations such as degassing and cooling control to ensure more reliable sample molding conditions.
This is a vulcanization testing machine (rotorless rheometer/MDR) for evaluating the vulcanization characteristics of rubber. Fully automated testing is also possible with the optional sample automatic loading and unloading device.
● The sample chamber die can be selected in addition to the flat die specification, also in a conical die specification. ● By installing a sample automatic loading and unloading device* (pin type or film type) and a data processing device*, full automation (continuous testing of 84 samples) is possible. This contributes to labor-saving and efficiency in measurement tasks. (*Optional) ● By installing options for foam pressure measurement and tanδ measurement functions, more physical properties of rubber can be obtained. *The photo includes the sample automatic loading and unloading device (optional).
This is a testing machine that applies impact to a plastic specimen and determines the impact value from the energy of the pendulum required for destruction.
● It features a digital display, eliminating errors from wear loss of the discard needle and reading errors by the operator. ● By replacing the hammer and specimen support base (fixed base), it can accommodate Charpy impact tests, Izod impact tests, and tensile impact tests. ● Easy operation with a color LCD touch panel. It can display and save the average, maximum, minimum, coefficient of variation, and standard deviation of impact values. ● Measurement data can be saved to a PC. (*Requires optional dedicated data processing software. PC is optional.) ● Hammer release* can be operated with a button. There is no individual variation during hook release, improving reproducibility. (*Optional) ● Instrumentation system* is selectable. (*Optional. Only for Charpy impact tests and in-basis tensile impact tests.) ● Positioning support base* is selectable. It allows for easy and accurate setting of the specimen. (*Optional for Charpy impact tests.) ● Various safety covers* (with or without a top) are selectable. (*Optional)
This is a testing machine for identifying the blow point of rubber materials. By understanding the minimum required vulcanization time for rubber, it contributes to improving product quality and productivity.
The blow point refers to the minimum degree of vulcanization required to eliminate the presence of bubbles generated by insufficient vulcanization inside the vulcanized material at the end of the vulcanization process when vulcanizing a composite containing rubber under pressure. Measuring the blow point is extremely important for producing products with a short vulcanization time and no bubbles at all. This blow point varies depending on the composition of the rubber compound, the mixing method, temperature conditions, and so on, so it is necessary to measure it very frequently for quality control of vulcanized rubber products and for research and development of rubber compositions.
