Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
991～1005 item / All 3494 items
Barcol hardness is a measurement method widely used in the quality control of GFRP.
Barcol hardness is a measurement method widely used in the quality control of GFRP. Barcol hardness is also a type of indentation hardness, and its mechanism is similar to that of durometer hardness. A conical indenter is pressed against the test specimen, and the maximum value is read.
A test specimen with a weight is pulled on top of the counterpart material using a tensile testing machine to determine the static and dynamic friction coefficients.
The friction coefficient test measures the friction coefficient when sliding on the same material or other materials. Please consult us regarding test pieces that do not conform to JIS K7125, such as test pieces with a thickness of 0.5 mm or more.
It is possible to evaluate the electrostatic properties of polymer materials.
It is possible to evaluate the electrostatic properties of polymer materials. Charge decay measurements can be conducted in accordance with standards such as MIL-B-81705, EIA541, and NFPA99. Samples of various shapes can be measured (however, the measurement sizes specified in the standards must be adhered to).
Horizontal combustion test (IEC 60695-11-10 Method A, ASTM D635)
The test specimen (125±5×13±0.5×t mm) is held horizontally, and a 20mm flame is applied for 30 seconds to determine the combustion rate over a distance of 75mm between the reference lines.
125mm vertical combustion test (IEC60695-11-20, ASTM D5048)
Mount the test piece (125±5×13±0.5×t mm) vertically in the clamp and perform 5 seconds of direct flame exposure from a 125mm flame 5 times, then evaluate based on the combustion behavior. Hold the flat test piece (150±5×150±5×t mm) horizontally and perform 5 seconds of direct flame exposure from a 125mm flame 5 times from below, then evaluate based on the combustion behavior. The 5V test is conducted on materials that conform to V-0 or V-1 ratings.
High accurate detection of defect and thinning in structure containing magnetic material. No magnetization required, room temperature operation, low cost, compact size.
For non destructive inspection of defect such as inner surface of piping, etc., conventional percussion method has the disadvantage of being week to noise and having low spatial resolution (difficult to determine exact location). The magnetic leakage flux testing method being also a conventional method, overcomes the previous disadvantage, but it is not suitable for underground piping due to its difficulty to detect small defect, cost & time required to magnetize inspection object, and the large unit size that incorporates a permanent magnet. The percussion testing method proposed in this invention uses a TMR sensor to measure and analyze the natural frequency of a structure made of magnetic material from micro vibration to diagnose deterioration. The advantage of this method is "high spatial resolution and noise immunity because the magnetic field is measured at a short distance (2-3 cm) instead of acquiring sound wave at a long distance“, "suitable for underground piping because it targets demagnetized magnetic material" and "low sensor and calculation cost". In addition, facility that is constantly undergoing micro vibration may be able to perform the magnetic hammer testing without applying an external force.
Enable on-site, nondestructive, simple and accurate measurement of early age concrete strength
There is a guideline that concrete structure should not be demolded (removal of the mold) until the initial strength reach at a sufficient level. A simple and accurate strength measurement method is required before demolding in order to shorten the construction time. Conventionally, specimens should be prepared to measure the strength so it is time-consuming and costly. The some pin penetration methods are available, e.g. for shotcrete in tunnels, but they are not easy to introduce because of expensive specialized equipment requirements. The strength measurement on BOSS specimen which is extra-constructed on a structure is also known for its high accuracy, but it requires time for separating the specimen from the structure and does not allow the compressive test on-site. Other non-destructive test methods also exist, but there is no method applicable before demolding. This invention is about a simple technique for measuring the concrete strength on-site, from the pre-demolding stage, using a pin penetration device. The configuration of the measuring section and equipment enables high accurate measurement with reduced influence of coarse aggregate in a non-destructive manner.
Removable cartridge! It can accommodate simultaneous testing and various sample sizes.
The "DR11MR4-CS Series" is a tabletop durability testing machine with a removable cartridge for easy sample installation. It features a double-joint clam shell design that holds the sample between two plates, allowing for bending tests with an extremely small bending radius without applying tensile load. It enables simultaneous testing of multiple samples and testing of large samples. 【Features】 - Removable cartridge - Double-joint clam shell design that does not apply tensile load - Supports simultaneous testing and various sample sizes - Focus on the deformation process of the sample shape during bending - Holds the sample between two plates *For more details, please refer to the PDF materials or feel free to contact us. *An English version of the catalog is also available for download.
The bending angle can be set arbitrarily! A tabletop durability testing machine capable of bending tests up to a maximum of ±180°.
The "DMLHB-P150 Series" is a tabletop durability testing machine that easily enables bending durability tests for cables, harnesses, bare wires, and fine wires. It is also capable of testing strip-shaped samples up to 30mm in width. Starting with bending tests for cables using weights that comply with JIS standards, it features a clamp effective length of 30mm, making it suitable for strip-shaped test samples such as FFC and FPC. 【Features】 ■ Attachments that realize bending tests ■ Various bending tests compliant with JIS standards are possible ■ Bending angles can be set arbitrarily, allowing for bends of up to ±180° ■ Bending radii can be manufactured in the range of φ5 to 80mm (standard accessory: φ20mm) ■ Bending can also be performed at the connector connection point without using a bending radius ■ CE marking compliant product *For more details, please refer to the PDF materials or feel free to contact us. *An English version of the catalog is also available for download.
Twisting tests for samples up to φ10mm are possible! Twisting tests can also be conducted for 10 turns in both directions.
The "DMLHB-TW Series" is a tabletop durability testing machine that enables twisting durability tests for linear samples such as cables and fibers. It allows twisting tests for cables and other materials in accordance with JIS standards, achieving a wide range twisting test with a maximum reciprocating angle of ±270°. Additionally, when using the DMLHPR durability testing machine body, which features a positioning type with 10 rotations in both directions, twisting tests can also be conducted at ±3600°. 【Features】 ■ Twisting tests for samples up to φ10mm are possible ■ Attachments that realize twisting tests ■ Twisting tests in accordance with JIS standards are possible ■ CE marking compliant product ■ Twisting tests up to 10 rotations in both directions are also possible *For more details, please refer to the PDF materials or feel free to contact us. *An English version of the catalog is also available for download.
Equipped with curved shape analysis functionality! A durability testing machine that can also predict the timing of failure from shape changes.
The "DR11MR4-CS-cam-ESA" is a durability testing machine that analyzes the side shape of a sample during bending through image analysis and predicts the failure timing. Developed by the Shishido Laboratory at Tokyo Institute of Technology, it utilizes an image processing algorithm to calculate the shape from the side images of the sample, along with an optical system that enables imaging suitable for this image processing, achieving high-precision shape analysis of the sample. Additionally, it can predict failure timing based on shape changes. 【Features】 ■ Equipped with curved shape analysis function ■ Image analysis of the side shape of the sample during bending ■ Prediction of failure timing ■ The camera position control mechanism allows for constant imaging of the central part of the sample while offsetting the up-and-down movement of the sample during bending *For more details, please refer to the PDF materials or feel free to contact us. *An English version of the catalog is also available for download.
We can realize twisting durability tests for linear samples such as cables and fibers!
We would like to introduce the driving source of a durability testing device that continuously performs repetitive movements on samples according to pre-set testing conditions. The tabletop durability testing machine 'DR11MR-TW', suitable for linear twisting tests, enables twisting durability tests for linear samples such as cables and fibers. It can conduct twisting tests in accordance with JIS standards for cables and other materials, with samples being tensioned by appropriately loaded weights. 【Features】 ■ Capable of twisting tests in accordance with JIS standards ■ Capable of twisting tests for samples up to φ10mm ■ Capable of twisting tests for up to 10 rotations in both directions * For more details, please refer to the PDF materials or feel free to contact us. * An English version of the catalog is also available for download.
Limit switch operation test, media insertion and removal test, push button switch pressing test, etc.! Smooth linear reciprocating motion is possible.
This product can evaluate damage from repeated use for various products such as switches, SD cards, and USB memory using a push-in and pull-out testing machine. Samples are fixed to an XYZ table, and testing is conducted through the linear reciprocating motion of the main body of the durability testing machine. The push button switch pressing test is achieved by attaching a jig to the tip of the linear reciprocating axis to press the button. 【Features】 ■ Smooth linear reciprocating motion is possible - The unique motion of the link type, which does not have sudden changes, allows for continued motion without breaking the sample due to impact. ■ Adoption of an XYZ table - Easy adjustment of sample positioning, accommodating various shapes of samples. ■ Stroke length can be changed - The main body of the testing machine allows for arbitrary setting of stroke length, enabling effective use of the testing operation. *For more details, please refer to the PDF materials or feel free to contact us.
The cam mechanism allows for precise setting of the reciprocating distance! It can test four samples simultaneously, reducing testing time.
This product is a fixture that performs repeated rotational reciprocating motion on samples such as mounted FPC boards. It allows testing with loads in rotational directions that cannot be achieved with a linear reciprocating cartridge. By replacing the plate inside the driving flange according to the reciprocating distance, it achieves precise strokes. 【Features】 - Accurate setting of reciprocating distance with a cam mechanism - Can test four samples simultaneously, reducing testing time - Usable sample sizes: - Sample thickness: max. 5mm - Sample width: max. 30mm (clamping part: max. 60mm) - Sample length: min. 25mm to max. 100mm *For more details, please refer to the PDF document or feel free to contact us.
One fixture enables multi-directional (standard three directions) operation! The cam mechanism allows for precise setting of the reciprocating distance.
This product is a tabletop durability testing machine that allows for changing the direction of movement by rotating it to align with the movement direction. The rotating slide table is fixed with pins (index plungers), making it easy to change settings. With a single linear reciprocating cartridge, it is capable of testing in three directions: vertical, horizontal, and diagonal. 【Features】 ■ Accurate setting of reciprocating distance with a cam mechanism - By replacing the plate inside the driving flange according to the reciprocating distance, precise strokes can be achieved - Linear distance: ±1 to 10mm (can be set in increments of ±1mm) ■ Can test four samples simultaneously, reducing testing time - With four lanes available for use, it allows for testing not only single samples but also different types of samples at the same time, thus shortening testing time. *For more details, please refer to the PDF document or feel free to contact us.
