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.
871～900 item / All 3636 items
This is a testing machine that reproduces the state in which thin paper, fibers, and films bend under their own weight to calculate the Clark's breakage (stiffness).
It reproduces the state when paper and fiber products bend under their own weight, automatically adjusts the protrusion length of the test specimen, and measures the critical length and stiffness.
It is a testing machine that evaluates the stiffness of extremely thin materials such as films by measuring the resistance to collapse in a loop shape.
You can evaluate the strength of extremely thin materials such as films.
This is a testing machine that evaluates the tear strength of materials such as plastic film, paper, and textiles using the Elmendorf method.
<Reference Standards> Paper: JIS P 8116 Plastic: JIS K 7128-2, ISO 6383-2 Textiles: JIS L 1096 (Please specify as the dimensions of the clamp will change)
The tear strength of materials such as paper, film, and fabric is measured by the loss of potential energy of a pendulum in a sector shape, and the calculation results are displayed digitally.
● Pressing the start key automatically begins the tear test. ● After the tear test is completed, when the pendulum swings up to the left, the pendulum catcher grabs the pendulum, enhancing safety. ● An air clamp is used, allowing for one-touch attachment of the test specimen. ● By entering the number of test specimens, the tear strength per specimen can be displayed. Additionally, by inputting the basis weight and thickness, the specific tear strength and energy/cross-sectional area can be calculated. ● A line graph of the tear strength can be displayed. ● A printer can be connected. (Optional)
It is used for heating deformation tests of electric wires and can test three samples simultaneously.
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In a testing machine that conducts aging tests on rubber materials in an ozone atmosphere, a UV absorption method is used for concentration control.
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This is a testing machine to determine the thermal aging characteristics of vulcanized rubber and thermoplastic rubber.
To eliminate the effects of additive migration, aging tests will be conducted by heating within a glass tube.
This is a Gurley-type permeability tester used for measuring the permeability (air permeability) of materials such as paper.
This is a permeability testing machine (Gareden Someter) that automatically detects the drop speed of the pressurized cylinder and displays the time taken for 100cc to pass (air permeability resistance) and ISO permeability.
Related standards: ISO 9237 (JIS L 1096), ASTM D 737
The F type Permeameter measures air permeability of fabrics. Applies a specific suction pressure (differential pressure) to sample and evaluates by air flow rate.
The drying degree is evaluated by measuring the time until the surface of the printed ink no longer adheres.
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It is a batch-type film biaxial stretching device. It can experimentally evaluate and determine the processing suitability conditions and product value of the stretched film.
The demand for high value-added plastic films has been increasing in recent years, leading to a need for further improvements in the accuracy and functionality of testing machines. This biaxial stretching testing device employs a servo-driven system to enhance stretching speed and diversify stretching modes, allowing for tests under various conditions for biaxial stretched films, thus obtaining appropriate processing conditions for samples. - The stretching method adopts a center stretch type, and the drive system uses a servo motor, enabling high-precision stretching to produce uniform films. - Various stretching processes can be performed by setting stretching programs for different conditions. - Sample attachment can be done safely and quickly using a gas pressure grip. - Customization is possible to meet customer needs, including stretching ratios, load detection, secondary heating devices, and data processing. ● Sample testing is available at our factory in Itabashi, Tokyo, so please feel free to contact us.
Tabletop mixing and extrusion molding evaluation test device. It allows for processability evaluation with a very small amount of samples using a super compact mixer and extruder.
The "Laboplast Mill Micro" is a tabletop experimental device used for evaluating the kneadability and extrusion characteristics of samples that can only be obtained in small quantities, such as ultra-small volume samples synthesized at the laboratory level, nanoparticles (carbon nanotubes, silica, titanium oxide, etc.), and next-generation composite materials in research and applications. ■ Sample testing is available at our factory (Kita-ku, Tokyo), so please feel free to contact us.
A simple manual injection molding machine for producing test specimens. It can also be used as a pelletizer to pelletize amorphous samples mixed in a mixer.
●It can be used as a simple manual injection molding machine to shape test pieces in the form of dumbbells or strips. ●By replacing the inner cylinder, it can also be used as a pelletizer to directly feed amorphous samples obtained from mixing (cylinder diameter ∅20mm) and pelletize them.
It is a device for applying paint and ink uniformly to form a coating film.
Since it can be applied at a constant speed, it can create a coating film with a uniform thickness without causing uneven application.
It is useful for managing the flow properties of inks and adhesives, and measures the spreading rate of a sample between two parallel plates.
○Capacity: 0.5ml ○Plate weight: 115g (acrylic plate) ○Reference standards: JIS K 5101, K 5701 *Optional load plate (glass plate)
The rebound elasticity of materials such as elastomers can be measured with small samples, and temperature conditions can also be provided.
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This is a testing device that evaluates the recovery rate of rubber materials after applying a constant load while leaving them at high temperatures and then removing the load.
○Sample diameter: 29mm ○Sample thickness: 12.5–13mm ○Reference standard: ASTM D395 ○Body dimensions: φ110× approximately H280mm ○Weight: approximately 7.5kg ●For more details, please contact us or refer to the catalog.
Compliant with JIS K6255 (2013)! There is a correlation with the Rüpprecht method and the data. Fully automatic measurement of rubber rebound elasticity for up to 20 samples.
Compliant with JIS K6255 (2013)! There is a correlation with the Lyupke method and data. Fully automatic measurement of the rebound elasticity of rubber for up to 20 samples. ○ Hammer: Diameter Φ12.5±0.05mm ○ Impact speed: 1.88±0.02m/s ○ Release method: Opened by cutting off the current of the electromagnet ○ Supply device: Revolver type with 20 units ○ Test specimen: Φ29.0±0.5mm, thickness 12.5±0.5mm ○ Holding force: 200±20N ○ Air pressure: 0.4MPa or higher ○ Operating environment: 5~35℃, 35~85% RH, no condensation ○ Body dimensions: Approximately W550×D700×H880mm ○ Weight: Approximately 100kg ○ Power supply: AC100V, single phase, 50/60Hz, 2A *Optional Origin block, model SBA-GB (used when establishing the origin of the hammer) ○ Reference standards: JIS K6255 (2013), ISO 4662:2017 *For more details, please contact us or refer to the catalog.
This is a testing machine used to evaluate the color fastness of dyed fabrics due to friction.
We evaluate color transfer caused by friction with dyed fabrics and similar materials.
The high-temperature HDT testing device is a load deflection temperature testing machine that supports tests exceeding 300°C.
By controlling the arrangement of the test specimens and the airflow within the chamber, the temperature distribution is significantly improved.
It is an analog type Mullen burst testing machine (Mullen type burst strength testing machine).
The Mullen burst tester, which evaluates the burst strength of materials such as paper and textiles, comes in low-pressure and high-pressure types. The E type is the conventional analog type. The low-pressure type is used for tests up to 2500 kPa, while the high-pressure type is used for tests exceeding that pressure.
This is a testing machine for measuring the tear strength of a single specimen of materials with low tear strength, such as films.
● It is suitable for materials with low tear strength that cannot be tested with an Elmendorf tear testing machine. ● The tear strength is displayed in a line graph. ● The average, maximum, minimum, and standard deviation of the measurement data are displayed. ● One calibration weight is included for each measurement range.
Related standards: ISO 812, ISO 974, ASTM D746
The Brittle Point Temperature Tester evaluates specimens immersed in liquid at low temperature. Impact is applied by hammer at constant speed and evaluation is made from generation of cracks.
The Charpy impact testing machine with a low-temperature chamber has automated specimen transport.
●Temperature setting range: -40℃ to 40℃ ●The switch on the impact testing machine automatically sets the test specimen on the sample stage and conducts the test. ●Up to 15 test specimens can be stored. ●By automating the test specimen setup, the accuracy of the setup and the setup time (within 5 seconds) are standardized, eliminating human error.
It is a system that attaches a load cell to the hammer impact blade (Charpy impact test) and the specimen support platform (tensile impact test) to measure the shock waveform.
● The impact force applied to the sample can be measured using a load converter. ● Changes in impact force over time can be measured.
It is a batch-type film biaxial stretching device, designed for high temperatures up to 400°C. It is used for evaluating the processing suitability conditions and product value of the stretched film.
The demand for high value-added plastic films has been increasing in recent years, leading to a need for further improvements in the accuracy and functionality of testing machines. This biaxial stretching testing device adopts a servo-driven system to enhance stretching speed and diversify stretching modes, allowing tests under various conditions for biaxially stretched films, thereby obtaining appropriate processing conditions for samples. - The stretching method employs a center stretch type, and the drive system uses a servo motor, enabling high-precision stretching to produce uniform films. - Various stretching processes can be performed by setting the stretching program under different conditions. - Sample attachment can be done safely and quickly using a compressed air grip. - Customization is possible to meet customer needs, including stretching ratio, load detection, secondary heating devices, and data processing.
This is a fully automatic tensile testing machine specifically for sealing material test specimens.
■ By adopting a cassette-type specimen storage method, we have achieved a compact main unit. ■ The number of specimens that can be stored is up to 90 with standard JIS specimens. (15 pieces / 1 cassette x 6 cassettes) ■ The supply and discharge of specimens are smooth. ■ Capacity: Maximum 2kN ■ Crosshead speed: Maximum 500mm/min ■ Effective stroke: 500mm ■ Number of specimens stored: Approximately 90 ■ Specimen dimensions: Width 12 x Thickness 12 x Length 50mm (sample part) *For more details, please download the PDF or contact us.
Acron-type rubber wear testing machine
This is a testing machine for evaluating the wear resistance of vulcanized rubber. An angle is applied between the disc-shaped test piece and the grinding stone to induce slip, and the test piece is pressed with a specified load to calculate the wear volume per certain number of rotations.
This is a tabletop universal testing machine with a maximum load capacity of 1 kN. The E3-L can accommodate specimens with large elongation.
● It is compact and can be installed in a space-saving manner. ● The E3-L is suitable for strength testing of materials with high elongation, such as rubber and plastic films. ● The E3-S is suitable for strength testing of electronic components and packaging materials, syringe resistance testing, and food texture testing. ● You can choose from a wide lineup of chucks (gripping tools) and fixtures.
This is a testing machine for measuring the MFR and MVR of thermoplastic resins (MI meter, MFR tester, melt flow rate tester, melt flow tester).
This is a device for measuring the indices MFR (Melt Mass Flow Rate, g/10 min) and MVR (Melt Volume Flow Rate, cm3/10 min), which represent the flowability of thermoplastic resins during melting. There are two testing methods: Method A (mass measurement method) and Method B (movement distance measurement method). With a modular design, you can freely add your preferred options such as the flow rate device for Method B measurement (piston movement distance measurement encoder), weight lifting device, cutting device, etc. By adopting a mechanism that allows for easy removal of the orifice die from the lower part of the furnace body, the workability and safety during cleaning have been improved. The load of residual resin extrusion has also been reduced. Testing conditions (preheating time, testing temperature, testing load, etc.) can be registered via a liquid crystal touch panel. Test results can be output to a computer* (a dedicated software option is required). Measurement data can be output in real-time to the dedicated software*. Trend graphs can be displayed, allowing for a visual understanding of the trends in MVR/MFR measurement values. (Optional, Method B only) An automatic cutting device (with a sliding mechanism) can be used in conjunction with a flow prevention clamp.
