Last Updated： Aggregation Period:Mar 25, 2026～Apr 21, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 25, 2026～Apr 21, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 25, 2026～Apr 21, 2026
This ranking is based on the number of page views on our site.
2431～2460 item / All 3625 items
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 make the sample molding conditions more reliable.
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 the automatic sample loading and unloading device* (pin type or film type) and the 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 tan δ measurement functions, you can obtain more physical properties of rubber. *The photo includes the automatic sample 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 test 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. (Note: Dedicated data processing software is required as an option. PC is optional.) ● Hammer release can be operated by button. There is no individual variation during hook release, improving reproducibility. (Note: Optional.) ● Instrumentation system can be selected. (Note: Optional. For Charpy impact tests and in-basis tensile impact tests only.) ● Positioning support base can be selected. It allows easy and accurate setting of the specimen. (Note: Optional for Charpy impact tests.) ● Various safety covers (with or without top) can be selected. (Note: 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 within the vulcanized material at the end of the vulcanization process when vulcanizing compounds that include rubber under pressure. Measuring the blow point is very 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.
This is a combustion testing machine for conducting vertical combustion tests on electric wires. It consists of a draft chamber, combustion unit, and calibration kit.
● The workability has been improved by the front door that opens and closes up and down. ● The position of the smoke exhaust section and control panel can be selected depending on the installation location.
This is a DuPont-style drop impact testing machine used for drop impact destruction tests with a maximum drop height of 1000mm, utilizing a plastic sheet punch.
There is H-200 (drop height 2000mm) and H-50 for paint film (drop height 500mm) as well.
This is a DuPont-type drop impact testing machine used for drop impact destruction tests with a maximum drop height of 2000mm, utilizing a plastic sheet punch.
H-100 (drop height 1000mm) and H-50 for coating (drop height 500mm) are also available. ■ Drop height: up to 2,000mm ■ Mass of drop weight: two types of 1,000g and 2,000g ■ Radius of impact tip: 7.93mm ■ Radius of receiving platform: 8.1mm, 15.2mm ■ Dimensions: approximately W46×D30×H226cm ■ Mass: approximately 73kg *For more details, please download the PDF or contact us.
This is a tabletop universal material testing machine with a maximum load capacity of 5 kN.
■It is possible to conduct physical property evaluation tests such as tensile strength, compressive strength, and bending strength of a wide range of materials including plastics and rubber. ■You can choose from a rich lineup of chucks (gripping tools) and jigs. ■It is compact and can be installed in a space-saving manner.
This is a density meter that can automatically measure specific gravity values simply by storing test pieces made of rubber, plastic, etc., in a designated cassette (up to 64 pieces).
<Sequence of Actions> (1) Pick up the test specimen stored in the cassette using an air-operated hand. (2) Move to the testing area, place it on the weighing container, and measure the mass in the air. (3) Again pick up the test specimen, insert it into the immersion container, immerse it in the liquid for a specified time, determine the mass in the liquid, and automatically calculate the specific gravity value. (4) After testing, dispose of the test specimen in the waste box.
It is an automotive wire abrasion testing machine (scrape tester) compliant with ISO 6722.
Place the needle, subjected to a vertical load (7N or 4N), on the insulator of the test piece, and rub the surface of the insulator in both directions along the length of the test piece.
William-type rubber wear testing machine
As a rubber wear testing machine, it has been widely used for a long time, similar to the Akron method. The test specimen is pressed against a grinding plate with a constant load, and the work done is calculated from the frictional force when the grinding plate rotates, allowing for the calculation of the rubber wear volume.
You can conduct a waterproofness test for rubber and plastic coated fabrics using a simple method.
By applying water pressure from one side of the sample surface and checking for water leakage after a certain period of time, a waterproofness test can be easily conducted.
This is a portable adhesive testing machine that measures the adhesive properties (tack value) of non-sulfurized rubber, adhesive tapes, and the like. It allows for easy measurement of the adhesive strength of materials on-site.
In the molding process of tires and belts, where rubber components and reinforcing materials are adhered together in layers and vulcanized, it is very important to confirm the adhesiveness of the components in advance. This device has been developed as a tool to easily measure the adhesive strength of components on-site and can also be applied to measure the adhesive strength of tapes and similar materials. The ambient temperature at the site changes with the seasons, which also affects adhesiveness. The Tackiness Checker allows for easy measurement of adhesive strength on-site.
![Non-contact hardening evaluation device Cure Tester 'DH-1' [Testable]](https://image.mono.ipros.com/public/product/image/4ab/2000265301/IPROS43207030295884376320.jpeg?w=280&h=280)
Using digital holography, we have achieved measurement and visualization of 3D objects! It is possible to manage the drying state in seconds.
This product applies digital holography technology to non-contact and quantitative evaluation of the drying and curing processes of paints and adhesives, visualizing the drying distribution. By understanding the drying process, it enables the optimization of manufacturing lines and allows for the calculation of the necessary amount of paint and the setting of drying times based on the desired painting conditions. Furthermore, it is expected to be applicable to the evaluation of the curing process of light-curable adhesives and the drying and curing analysis of ink dots, contributing to printable electronics.
It is a testing machine (friction coefficient measuring device) that measures the static friction coefficient (μS) of materials such as plastic films, paper, and textile products using the inclined plane method.
● It has a compact space-saving design. ● It features a liquid crystal touch panel, making operations such as setting test conditions and displaying test results easy. ● Test results can be imported to a PC* (optional).
It is a specialized machine for conducting tensile and compression tests on various materials under temperature conditions. Compared to a standard universal testing machine equipped with a constant temperature chamber, it can secure a longer stroke.
● A crosshead stroke of 900mm is secured within the constant temperature chamber. ● By adopting a double-door design, temperature changes during the loading and unloading of test specimens can be minimized. (Note: If equipped with a standard line elongation gauge, only a single door will be used.) ● A 4-station (4-piece) option is also available.
This is a device that performs the mixing of pigments and vehicles under specific conditions during the paint or ink formulation stage of testing.
When converting pigments into paints or inks, a vehicle (dispersing agent) is added and ground in, but there are various methods for this process. This machine is specifically designed for testing based on JIS K 5101, where a small amount of pigment and vehicle is placed between two glass plates and rotated while applying pressure with a weight to mix them. Therefore, the setting of test conditions such as load and rotation speed can be easily adjusted according to the type of sample.
Device for evaluating the flexibility of rubber materials at low temperatures based on JIS K 6261-3 "Low Temperature Torsion Test" (Geman Torsion Tester, Cold Resistance Tester)
● The installation work of the test specimen can be performed efficiently. ● By using a pulse motor for the twisting operation, excitation locking is possible, making wire attachment easy. ● There is a lateral movement function for the test section, making maintenance of the cooling tank easy. ● Easy operation with a liquid crystal touch panel. ● After the test is completed, measurement data can be output to an Excel worksheet. (PC and Excel are optional) ● Reference standards: JIS K6261-3, ISO 1432
This is a fully automated MFR/MVR measuring device (fully automatic melt indexer, MI meter, melt flow tester) where sample input, measurement, and cleaning are completely automated.
● Fully automated from sample input to cleaning. Contributes to labor-saving, efficiency improvement, and reproducibility enhancement in measurement tasks. ● Continuous testing of 10 sample cups (optional 40 cups) is possible. ● Compact and space-saving desktop model (height 1060mm). ● A wide range of options available (automatic measurement by method A, dry air drying unit, load change mechanism, etc.).
This is a melt indexer capable of multi-weight measurement as specified by ASTM D1238 Method D, in addition to standard single weight measurement.
【Features】 ■ A load range of 0.325kg to 21.6kg is pre-installed in the device. By automatically selecting the weight, the operator's burden is reduced, and the safety of the operation is improved. ■ Up to three-step load increments and decrements (multi-weight measurement) can be performed automatically in a single test. This allows for the determination of the flow rate ratio (FRR), which is commonly used as an indicator of how the rheological properties of thermoplastic materials are affected by the molecular weight distribution. (ASTM D1238 Method D) ■ It can also be used as a standard single-weight measurement melt indexer (MFR/MVR measurement device, MFR meter, MI meter, melt flow rate testing machine).
This is a testing machine that conducts bending tests on FFC (Flexible Flat Cable), FPC (Flexible Printed Circuit Board), etc., to evaluate durability.
● It has a compact design for tabletop use. ● It is ideal for evaluation against strict requirements for bend resistance and heat resistance. ● It is possible to manufacture jigs tailored to sample size and testing methods.
Eliminate labor shortages with the automation of measurement!
Toyo Seiki Seisakusho Co., Ltd. has been working on the full automation of material testing machines since the 1970s. Today, we offer a wide range of fully automated measurement models for tensile testing of plastics and rubber materials, melt flow rate (MFR/MVR) measurement, heat deflection temperature (HDT/DTUL) measurement, rubber vulcanization testing, density and specific gravity measurement, among others, which are utilized by customers in quality control, particularly in the materials and automotive sectors. Please make use of Toyo Seiki Seisakusho's fully automated material testing machines, which contribute not only to labor-saving and efficiency in measurement tasks but also to the improvement of reproducibility and safety of measurement results.
Puncture impact test for rigid plastics (instrumented impact test) | Reference standards: JIS K 7211-2, ISO 6603-2
This is an impact testing machine that simultaneously measures the force and displacement of impact destruction, allowing for the evaluation of the impact fracture characteristics of plate-like materials such as rigid plastics by measuring maximum impact force, displacement at maximum impact force, energy at maximum impact force, and puncture energy.
Acoustic material testing is conducted to measure the acoustic properties of materials.
As noise control issues and sound quality have become important aspects of product design, acoustic material testing has become increasingly relevant for engineers, designers, and manufacturers across various industries. Acoustic material testing is conducted to measure the acoustic properties of materials (such as absorption coefficient, reflection coefficient, impedance, and admittance). There are various methods for measuring the acoustic properties of materials. It is necessary to place the material in a known sound field and measure the impact of the material on that sound field. There are a series of standards (such as JIS A1405-2 (ISO 10534-2), ASTM E1050-08, ASTM E2611-09, etc.) that clearly define special equipment to ensure acoustic conditions, accuracy, and reproducibility for material testing. For more details, please contact us.
It is possible to measure impact input on small to medium-sized structures and to measure the frequency response function through impact excitation.
This impact hammer series is designed for excitation of small to medium structures, such as engine blocks, vehicle frames, and automotive components. Acceleration pickups (or laser velocimeters, etc.) are used to measure the response to excitation. A multi-channel FFT analyzer, such as the PULSE(TM) system, can be used to obtain the frequency response function and mode shapes of the test object. Unlike electrodynamic exciters, impact hammers do not add mass to the test object and are also portable. ● For more details, please download the catalog or contact us.
You can test the loss of transparency, liquid phase temperature, and more!
This device is used to test the glass's devitrification (crystallization) properties. A platinum sample plate with holes is placed in a nearly linear temperature gradient furnace, and glass particles of approximately 20 mesh are arranged, allowing for the testing of devitrification areas, liquid phase temperatures, etc., after being heated for a certain period of time.
Commissioned to conduct salt spray combined cycle tests in accordance with JASO M609, M610, JIS XZ2371, and RTCA/DO-160G!
We offer accelerated corrosion testing that implements salt spray, drying, and wetting cycles, as well as salt spray composite cycle testing. ■ Main applicable standards - JASO M609 (Corrosion testing methods for automotive materials) - JASO M610 (Corrosion testing methods for the appearance of automotive parts) - JIS XZ2371 (Japanese Industrial Standards) - RTCA/DO-160G (Radio Technical Commission for Aeronautics) In addition to conducting salt spray composite cycle testing, we also accept corrosion analysis and failure cause investigation for electronic components and more.
We offer high acceleration life testing (HAST testing, PCT testing)!
The Pressure Cooker Test device can increase the pressure within the test chamber by recreating a water vapor atmosphere under temperature conditions exceeding 100 °C. This test is also known as HAST (High Accelerated Stress Test) and can promote moisture ingress into the sample, allowing for accelerated life evaluation of humidity resistance testing. It also supports the Air-HAST test, which is conducted with residual oxygen in the chamber. ■ Main applicable standards - IEC60068-2-66 (High Temperature High Humidity, Unsaturated Pressurized Water Vapor) - EIAJED4701 (Unsaturated Vapor Pressurized Test) - EIA/JESD22-A110-A (HAST)
It is possible to shorten time and achieve high-precision sorting!
This machine uses a translational rotational motion in a figure-eight pattern on the bottom surface to disperse powder samples evenly across the entire sieve mesh while rotating, resulting in good particle distribution. At the same time, a lateral tapping force is applied to the test sieves on each level, accelerating the sieving process. Efficient sieving allows for reduced time and high-precision separation. ● For more details, please download the catalog or contact us.
