Last Updated： Aggregation Period:Jul 29, 2026～Aug 25, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 29, 2026～Aug 25, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 29, 2026～Aug 25, 2026
This ranking is based on the number of page views on our site.
391～420 item / All 1261 items
C-206 determines the flow value of mortar by measuring the flow value through the vertical movement of a disc caused by the rotation of a camshaft.
This device complies with JIS R 5201 standards.
It complies with JIS A1210 and determines the relationship between dry density and moisture content when the soil is compacted.
It is also used as a means to prepare soil specimens for CBR tests, unconfined compression tests, and so on.
It is an ideal tensile test for screws and nails, as well as adhesion tests for coatings, featuring a compact, lightweight design that requires no power supply.
It features a needle-type display that can hold the maximum value, with a load scale that allows for tensile testing, and it shows adhesion strength in N/mm² for easy confirmation at a glance. It is designed to be accurate and user-friendly, making it easy to understand adhesion strength at a glance.
A load testing machine that can check how many amperes of actual current are being generated!
【Welding Machine Load Testing Device】 【Features】 1. Adoption of digital display for voltage and current display with phase indication function 2. Display of rotation speed, rotation direction, and frequency 3. Overheating prevention protection circuit, earth check circuit Others Service outlet
Clamp the product with a piston and conduct a leak test in the water tank.
The "Submersion Type Air Tightness Testing Device" is a testing apparatus that clamps the product with a piston and conducts air tightness tests in a water tank. It is ideal for acceptance and shipping air tightness inspections of piping fittings, valves, and pipes. 【Features】 ○ Water submersion testing can be performed simply by pressing the start switch ○ The four sides of the water tank have windows, making inspections easy ○ Designed with safety in mind, featuring a dual start switch that requires simultaneous pressing For more details, please contact us or download the catalog.
A testing device for measuring pencil hardness, which indicates the hardness of a coating film. It can be operated easily, and anyone can achieve the same results in evaluation.
This is a pencil hardness testing machine specified in JIS-K5600-5-4 for scratch hardness (pencil method). When conducting pencil hardness tests by hand, the evaluations can vary depending on the operator, leading to a lack of reliability. By using a dedicated pencil hardness testing machine, differences caused by human factors can be eliminated, allowing tests to be conducted under the same conditions every time. The machine comes with a set of 14 Mitsubishi Uni pencils specifically for pencil hardness testing by the Japan Paint Inspection Association. There are three types available with loads of 750g, 1,000g, and 500g.
With this one item, you can perform all cross-cut tests and grid tests; it is a complete kit.
A multi-cutter guide that can perform cross-cut tests, grid tests, and X-cut tests (at a 30° angle) for thick films over 250μm using adhesion tests. With this single piece, you can conduct tests with 11 lines at 1mm intervals (100 grid tests), 6 lines at 1mm intervals (25 grid tests), 6 lines at 2mm intervals (25 grid tests), 11 lines at 1.5mm intervals (100 grid tests), 6 lines at 3mm intervals (25 grid tests), and X-cut tests (at a 30° angle). Additionally, it can be used for five different applications, including a wet film thickness gauge for measuring the thickness of uncured coatings, a ruler, and a sag tester used for droop tests. The set includes two cutters for JIS-K5600 and JIS-K5400, adhesive tape, and a soft brush.
By bending the coating along the mandrel, we check for cracks and peeling.
This is a testing device for evaluating the flexibility of coatings. It checks the resistance to cracking and delamination of the metal substrate when the coating is bent by a mandrel. According to JIS standards, there are two types: Type 1 and Type 2, and this product corresponds to Type 2. It is considered a suitable testing device for test panels with a thickness of up to 1mm. It is also used for evaluating the flexibility of hard coatings on films. For the standard size of 7mm width (056-1), the 100mm width type (056-70) corresponds to the frequently used test piece size of 70x150mm.
The cupping test machine is a testing device used to evaluate the resistance to cracking and delamination from the metal substrate when the coating film undergoes localized deformation due to indentation.
The cupping test machine is a testing device that evaluates the resistance to cracking and peeling from the metal substrate when the coating film undergoes localized deformation due to indentation. It is equivalent to the Erichsen testing machine specified in JIS-K5400. By attaching the included small CCD camera, the testing process is displayed on this liquid crystal touch panel display screen. Video recording and image capture can be performed via touch operation, and the data can be saved to a USB memory stick for transfer to a computer. The indentation speed and depth can be freely adjusted and saved. Automatic calibration can be performed using the included calibration zero plate. As a fully automatic type, the test begins with the press of a button. Indenter: hemispherical with a diameter of 20mm; indentation depth: 0-15mm; indentation speed: 0.02-0.4mm/s; maximum test panel width: 70mm; test panel thickness: up to 1.25mm for steel plates and up to 3mm for aluminum.
The cross-cut test master is a manual device developed for quickly and accurately performing cross-cut tests on a tabletop.
The attachment part is designed to set a rotary spare cutter, allowing for even cuts in one go. Various spare cutters can be set, including 6 blades with 1mm, 2mm, and 3mm intervals (25 square test) and 11 blades with 1mm intervals (100 square test), enabling all tests at 1mm, 2mm, and 3mm intervals by changing the cutter. This cross-cut tester is developed with the aim of conducting quick, uniform, and fail-proof tests. The maximum size of the test piece that can be set is 200×200mm. The spare cutter has 6 blades (edges). By rotating the blade each time it wears out, you can cut with a new edge, reducing running costs. The cross-cut tester main body can be fixed to a desk or similar surface using screws for use.
By applying the paint at a certain film thickness and standing the test piece vertically, we will test whether the flow (sagging) of the paint occurs due to the thickness of the film.
The sag tester is designed to apply paint at a constant film thickness and to test whether sagging occurs due to the thickness of the film by standing the test piece vertically. The sag tester has five gaps, allowing for the application of coatings with different film thicknesses at once. It is made of stainless steel and has a total application width of approximately 110mm.
This is an electrically controlled pencil hardness tester designed to achieve more stable results in pencil hardness tests, which are often prone to human error.
When conducting pencil hardness tests by hand, there are two very difficult points to ensure consistently stable results: 1. Do not apply too much load (750g ± 10g). 2. Push a minimum distance of 7mm at a stable speed of 0.5 to 1mm/s. The new electric pencil hardness testing machine can achieve consistently stable test results because these two points are controlled electronically. First, the load can be set in increments of 10g from 500g to 1000g. Additionally, the test speed can be set from 0.5 to 8.5mm/s. The test duration can also be freely selected from 1 to 999 seconds. This allows for consistently stable testing to be conducted.
A test cylinder adhered to the coating is pulled using hydraulic pressure, allowing for a mechanically stable measurement of the adhesion strength between the substrate and the coating.
The coating adhesion tester, known as the Adhesion Tester, is a testing machine used to measure the adhesion (bonding) between the coating and the substrate. According to JIS standards, "the cross-cut test should not be considered a means of measuring adhesion." The cross-cut test involves making cuts through the coating down to the substrate with a cutter, applying tape, and then pulling off the tape to evaluate the coating's resistance to delamination from the substrate, with the test results being a pass or fail determined by the visual inspection of the tester. The Adhesion Tester can measure the tensile force required for adhesive failure between the coating and the substrate by pulling a test cylinder attached to the coating, allowing for the measurement of adhesion strength between the substrate and the coating. Additionally, conducting this test daily can reveal trends towards defects based on changes in adhesion strength values. It accommodates various sizes of dollies, and the rate of tensile increase and test duration can be set via a touch panel. It is equipped with a rechargeable battery, making it portable for testing at painting sites.
A fully automatic concrete compression testing machine that pursues ease of use and safety!
Marui's "Hiaktis" is a fully automatic concrete compression testing machine. In conventional Amsler-type testing machines, the operation of two hydraulic valves relied on the tester's experience, but "Hiaktis" conducts the entire test automatically until the specimen is destroyed, eliminating individual differences in test results. The operation method is simple; by selecting the "specimen size" and "predicted strength" on the touch panel, compression tests can be easily performed. Additionally, it features a "blackboard display mode" that is convenient for capturing test conditions, as well as safety measures (such as a box-type high-rigidity design, shatterproof transparent cover, and explosion prevention function), making it a reliable and user-friendly compression testing machine. 【Features】 ○ Compact design that does not require a specific installation location ○ High-rigidity frame and comprehensive safety measures, including shatterproof cover ○ Convenient display mode switching for capturing test conditions ○ Intuitive and easy operation via touch panel ○ A variety of options are also available *For details about options and other inquiries, please contact us or visit the product introduction page on our website.
The definitive concrete specimen grinding machine! Triple grinding at the same time, increasing work efficiency by three times!
The "Triple High-Precision Polisher" is a revolutionary device that can automatically polish the end faces of concrete, rocks, and other test specimens simultaneously with three units. Compared to traditional single-unit polishers, it reduces manpower, working time, and installation space by one-third, supporting the efficiency of your testing operations. Additionally, it features a user-friendly design with one-touch specimen fixation using a lever, a simple control panel, and various bases that accommodate different sizes of specimens. Furthermore, we conduct flatness measurement inspections through test polishing at the time of product shipment, ensuring thorough quality control. 【Features】 ● Capping finish is clearly visible ● Safe and quick operation ● Easy specimen fixation with one-touch lever opening and closing ● Comes with an end face inspection sheet for assured product quality
Labor-saving, skill-reducing device! A high-level freeze-thaw testing machine that contributes to environmental improvement.
Marui Corporation is renowned for its technology in manufacturing testing machines that create artificial natural environmental conditions to examine the durability of concrete. Additionally, it develops and manufactures various freeze-thaw testing machines for building materials. 【Product Lineup】 ○ JIS-A Method: MIT-683-1 Type ○ JIS-B Method: MIT-682-1 Type ○ JIS Building Materials: MIT-692-1 Type ○ JIS-A & B Method: MIT-684-1 Type ○ Dedicated for Building Materials: MIT-693-1 Type, and others For more details, please contact us or download the catalog.
A portable small concrete compression testing machine that can be transported to the site! Output to a data logger is also possible!
This is a lightweight and compact simple compression testing machine that can be manually transported to the site. It features continuous loading at a constant load, compatibility with strain gauges, a peak hold function, and the ability to output to a data logger, making it a highly functional compression testing machine despite its simple design. 【Features】 ● Capable of testing compressive strength up to 100 N/mm² ● Lightweight (approximately 60 kg), compact design, and easy to transport and assemble ● Strain measurement is also available as an option ● Load cell and load display can be calibrated to JCSS standards
Efficiently and accurately handle various triaxial tests! Excellent workability allows for smooth testing!
This device is designed with a 4-cell configuration, accommodating specimen widths ranging from φ50 to 75 mm, and allows for independent loading of each cell, enabling test settings and loading to start for each specimen. It efficiently handles a wide range of triaxial tests. To enhance data accuracy, the loading frame is designed with six columns to achieve zero deflection at the center, and displacement gauges are installed for each cell. Additionally, the outer cylinder of the triaxial cell is automatically raised (via an air cylinder), and the cell itself has been miniaturized to save labor and space. Manual control is used for operations other than axial loading, making parts replacement easy. 【Features】 ● Wide range of applicable specimen sizes: φ50×100 mm / φ60×120 mm / φ75×150 mm ● Each cell has independent loading, allowing loading to start for each specimen and enabling adjustable test settings ● The loading frame is designed with six columns, eliminating deflection at the center and ensuring high data accuracy ● Displacement gauges are installed for each cell, allowing for detailed data collection ● The outer cylinder of the triaxial cell rises automatically, improving the workability of test preparation ● Control other than axial loading is manual, reducing costs for parts replacement and other tasks.
The spacing of the pressure plates is wide, and bending tests for box culverts and other structures are also possible!
This is a device for testing the bending strength of precast products and similar items. It has a wide spacing between the pressure plates, allowing for bending tests of secondary products such as box culverts. In load measurement, it detects the directly applied load by disconnecting the hydraulic system and displays it electrically on a measuring scale, enabling the acquisition of highly accurate test data. 【Features】 ● Load measurement is a high-precision type that detects only the actual load by disconnecting the hydraulic system and displays it electrically. ● The effective spacing between pressure plates is wide, allowing for the setup of taller test specimens. ● The loading axis is movable. ● Compliant with JIS A 5371 / JIS A 5372 / JIS A 5373 standards.
With electric and hydraulic servo systems, repetitive bending tests can be conducted at a fast cycle!
This is a device for measuring the bending strength of construction panels and similar materials. It uses an electric-hydraulic servo system, allowing for repeated bending tests at a fast cycle. 【Features】 ● Conducts repeated bending fatigue tests at a fast cycle using an electric-hydraulic servo system ● Can also perform static tests ● Data recording and processing is possible with computer control ● Complies with JIS A 1408 / JIS A 1414 standards
High-precision testing without irradiation unevenness due to specimen position is possible with unique irradiation zone division!
This is a device that can perform thermal deformation tests on full-scale architectural panels. The infrared lamps used for irradiation are controlled by a unique zone division, ensuring there are no irradiation inconsistencies based on the position of the test specimen. 【Features】 ● By combining infrared irradiation and a sprinkling function, it is possible to investigate deformations caused by sunlight and rain. ● The infrared lamps are controlled by a unique zone division, eliminating irradiation inconsistencies based on the position of the test specimen. ● The sprinkling device uses a natural drop method, ensuring there are no inconsistencies in the sprinkling. ● Settings for conditions, test duration, temperature, etc., can be easily operated via a touch panel. ● Equipped with a self-diagnosis function, providing peace of mind in case of any troubles.
Simultaneously capable of testing 3 specimens, with an auto-range specification that eliminates the hassle of load cell replacement! Achieving a significant increase in operational efficiency for soil uniaxial testing!
This device is a groundbreaking testing machine that can conduct "unconfined compression tests on soil" on three specimens at once. Since it has an independent loading system, tests can be started sequentially from the prepared specimens, allowing for efficient testing. The loading is equipped with an auto-range feature, enabling tests across a wide range of loads without the need to change the load cell, and with a maximum capacity of 50 kN, it can also test cement-treated soil and cement milk. Control is fully automated via computer, which also adjusts the displacement speed automatically according to the height of the specimen. During testing, the stress-strain curve can be displayed in real-time, and data is processed and reported in accordance with the standards of the Geotechnical Society. 【Features】 ● Capable of high-load testing for cement-treated soil and similar materials ● PC control automatically adjusts displacement speed according to specimen height! ● All data recording and report preparation are fully automated!
![Consolidation testing machine [No stress calculation required, improving work efficiency!]](https://image.www.ipros.com/public/product/image/548/2000193156/IPROS3144075211829069329.jpg?w=280&h=280)
Lever ratio 28.27:1 design, no stress calculation required! The weights are also small, making work easier!
Marui's "Compression Testing Machine" is designed with a lever ratio of 28.27:1 to match the specimen cross-sectional area of 28.27 cm², allowing for the suspension of weights that have the same mass as the load per cm², eliminating the need for stress calculations. Additionally, the suspended weights are small, making the operation easier, and the impact during suspension is minimal, resulting in almost no effect on the specimen. 【Features】 - The lever ratio is 28.27:1, eliminating the need for stress calculations, and the weights are small, making operation easy. - The counterweight adjustment lever ensures that the self-weight of the multi-lever mechanism does not affect the specimen. - The main frame is designed for rigidity, and the sample container base is reinforced to prevent distortion from long-term use.
![On-site permeability testing machine "Poroscope" [Easily conduct permeability tests!]](https://image.www.ipros.com/public/product/image/a4d/2000203375/IPROS7121787238167843371.jpg?w=280&h=280)
You can investigate the extent to which gas moves through the surface layer of on-site concrete using a simple method!
The infiltration of air into concrete is a significant issue that can lead to the acceleration of rebar corrosion and the promotion of carbonation due to CO2, ultimately shortening the durability and remaining lifespan of the concrete. This product allows for a simple method to investigate the extent to which gases move through the surface layer of concrete, enabling a numerical evaluation of the resistance to carbonation and other factors in on-site concrete.
![Medium-sized three-axis compression testing machine [Capable of testing samples with large particle sizes!]](https://image.www.ipros.com/public/product/image/61f/2000204274/IPROS3628089306774813812.jpg?w=280&h=280)
It can test samples with a relatively large particle size compatible with φ100×H200mm specimens!
It is a medium-sized triaxial testing machine capable of testing specimens with a diameter of φ100 × H 200 mm. It can accommodate samples with relatively large particle sizes.
![Pneumatic servo-type repeated triaxial testing machine (dynamic exclusive) [Compact design!]](https://image.www.ipros.com/public/product/image/cbb/2000204380/IPROS4818537354054256010.jpg?w=280&h=280)
A compact three-axis testing machine that is low-cost, requires less maintenance, and is more efficient compared to hydraulic servo types!
This device is a low-cost, easy-to-operate and maintain repetitive three-axis testing machine compared to hydraulic servo types. Its design is also compact, making it suitable for various installation locations. Additionally, it allows for control and data recording via a computer, enabling high-precision testing.
![Temperature and Humidity Cycling Test Machine [Compliant with JIS A 6909]](https://image.www.ipros.com/public/product/image/7fb/2000204613/IPROS4050436321060362185.jpg?w=280&h=280)
JIS A 6909 allows for temperature cycling tests of finishing materials for construction!
This is a device that can perform the "thermal cycling test" for architectural finishing materials as specified in JIS A 6909. It can also be used for the "freeze-thaw test method in air" as described in JIS A 1435 for exterior building materials. Additionally, it is capable of conducting "wet-dry cycling tests" as an optional application. It features an energy-efficient design that reduces heat loss and power consumption through its unique structure. Maintenance considerations have also been taken into account. 【Features】 - During "immersion": The unique upper and lower dual-chamber structure allows constant temperature water to circulate from the water tank at the bottom of the test chamber, eliminating heat loss. - During "cooling": Warm water naturally falls back from the test chamber to the water tank, reducing the energy required for circulation. - The fan motor for cold air circulation is external, minimizing troubles and simplifying maintenance. - Easy operation via a touch panel. - The self-diagnosis function provides peace of mind in case of trouble. - The direct circulation structure ensures stable temperature distribution.
![Geotechnical Society Type One-Sided Shear Test Machine 2kN [Compact Desktop Design!]](https://image.www.ipros.com/public/product/image/deb/2000206846/IPROS1588673271369653063.jpg?w=280&h=280)
Vertical stress on the shear surface can be measured accurately! Thoroughly compact as a tabletop model!
This is a one-sided shear testing machine compliant with the standards of the Geotechnical Engineering Society. It is capable of conducting constant volume shear and constant pressure shear tests. The structure measures vertical stress on the reaction plate side of the shear box, and to minimize displacement on the reaction plate side, it employs a high-rigidity linear guide and a load cell with minimal deflection, ensuring accurate measurement of vertical stress on the shear plane. Additionally, it has been thoroughly compacted as a tabletop model.
![Soil Automatic Triaxial Compression Testing Machine High Multi 2 [Quadruple the Efficiency of Triaxial Testing!]](https://image.www.ipros.com/public/product/image/b1e/2000251864/IPROS1364755191043657824.jpg?w=280&h=280)
75mm specimen compatible + automatic triaxial testing machine with 4 simultaneous loadings! Achieves compatibility with a wide range of sample types and four times the testing efficiency!
The new model "High Multi 2" has arrived, which shortens the testing time to 1/4 compared to the conventional series by conducting simultaneous tests on four specimens, and also reduces running costs! It is now capable of accommodating φ75 mm specimens, enabling speedy processing of a wide range of tests! The tests are automatically controlled from a computer, eliminating individual measurement errors and enhancing data reliability. Additionally, unmanned testing at night can be set up, further improving operational efficiency. Furthermore, the compact design with four integrated cells helps make effective use of laboratory space. 【Features】 ■ Expanded testing range with simultaneous loading of four specimens and compatibility with φ75 mm specimens ■ Space-saving design that can be installed in various locations ■ Automatic transition from consolidation tests to shear tests *Please refer to the PDF data available for download in the catalog for "High Multi 2."
The device features a skeleton design without a cover! It is a supercritical CO2 extraction laboratory testing machine with a stirrer included.
The "C-2.0M/C-2.0-S1M" is a supercritical CO2 extraction laboratory testing machine with a stirring device. The "extraction vessel" has a volume of 2000ml (inner diameter φ80mm), a design pressure of 29.9MPa (operating pressure 27MPa), and a design temperature of 140℃ (operating temperature 130℃). Additionally, the "entrainer pump" has a flow rate of 100ml/min (maximum) at 29.9MPa, and the "gas flow meter" has a flow rate of 10-2000L/hr with a temperature range of -10 to 50℃. Please feel free to contact us when you need assistance. 【Specifications (partial)】 <Utilities> ■ Power supply: Single-phase 200V 30A (main unit), single-phase 100V 8A (chiller unit) ■ Dimensions (reference): 1200W × 600D × 1800H ■ Weight (reference): Approximately 200kg *For more details, please refer to the PDF document or feel free to contact us.
