Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.
1～12 item / All 12 items
This is a dedicated testing machine that accommodates various bending tests. It flexibly adapts to different standards and unique tests of each user, ranging from tabletop testing machines to larger models.
"Bending Testing Machine" "VDA Bending Testing Machine" (Partner's product) "Bending Testing Machine" We will add more as the lineup increases in the future.
This is a testing machine that analyzes and mechanizes the hand movement of "bending" when judging the texture of the fabric, making it possible to convert it into objective numerical data.
Data on bending stiffness and recovery for various fibers, fabrics, paper, non-woven fabrics, and films can be obtained. Bending characteristic data is said to influence the texture's "firmness," "fullness," and "crispness."
It is possible to easily measure and quantify the differences in softness, elasticity, and spread of threads and hair on a per-strand basis.
By measuring the stiffness and recovery when bent, it is possible to quantify the differences in elasticity and spread. It can be easily measured with a single unit, so there is no need to go through the trouble of creating samples.
The spacing of the pressure plates is wide, allowing for bending tests on box culverts and more!
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 high-precision 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 the 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 the electric and hydraulic servo system, 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 ● Computer-controlled, enabling data recording and processing ● Complies with JIS A 1408 / JIS A 1414 standards
Energy-saving with quick testing! Real load control of maximum distortion amplitude is possible.
The "POWER ROTATING BENDING" is a rotating bending testing machine with a bending moment range of 2,000 to 350,000 Nm. The testing frequency is 10 to 80 Hz. We use our self-developed control software "EMOTION." Additionally, with the built-in calibration device, static-dynamic comparative measurements can be easily performed. 【Advantages】 ■ Energy-efficient and fast testing ■ Visualization of technical cracks ■ Real load control of maximum strain amplitude ■ Easy static-dynamic comparative measurements with the built-in calibration device ■ Testing according to DIN EN 13260, 13261, 13262 (for railway use) *For more details, please refer to the PDF materials or feel free to contact us.
It is possible to measure the stiffness and recovery of materials such as fabric, paper, non-woven fabric, as well as hair and film when they are bent.
The measured values are obtained using a force gauge that is calibrated to fingertip sensitivity, so they align with sensory evaluations. Accurate measurements can be made even with samples that have different treatments, such as surface treatment or flexibility treatment. It is a pure bending testing machine that is versatile and can be used for various types of objects.
Accurate and rapid measurement of the relationship between small bending moments (stiffness and recoverability when bent) and curvature.
In addition to the conventional micro areas, it has become possible to measure bending stiffness not only of thick sheets with large bending moments, which could not be measured before, but also of composites (products) as well as single materials. Furthermore, the reproducibility of the data is extremely high, and the measurement is simple. It is also widely adopted in the automotive industry.
If you set the test specimen in the cassette, all processes from measuring the test specimen to chucking, bending measurement, removing the test specimen, and data processing will be performed automatically.
■140 test specimens can be tested continuously. (※In the case of a thickness of 4mm) ■Contributes to labor-saving, efficiency improvement, and enhanced reproducibility of measurement work. ■A direct deflection measurement system (optional) is available. ■Compact space-saving design.
You can set up the test specimen with a forklift from the front, reducing the effort required for test preparation! PC-controlled!
This is a device for measuring the bending strength of architectural panels and similar materials. Since there is no frame at the bottom of the testing machine, test specimens can be set up from the front using a forklift, reducing the preparation time for testing. The device allows for load control, displacement control, and repetitive control testing via computer. 【Features】 ● Load control, displacement control, and repetitive control can be performed from a computer ● The unique measurement structure eliminates the frame at the bottom of the testing machine, allowing test specimens to be set from the front using a forklift ● The spacing between supports is approximately 3800 mm, allowing for movement of the load axis ● Capable of conducting panel bending tests, truss tests, beam joint tests, and more ● Complies with JIS A 1414 standards ● Supports various sizes of test specimens: ・W 3000 × D 2000 × H 250 mm (panel test) ・W 3640 × D 100 × H 1300 mm (truss test) ・W 3000 × D 80 × H 320 mm (beam joint test) ・W 2000 mm (cantilever beam joint test)
![Electric Tile Bending Testing Machine [Compact Design for Desktop Use!]](https://image.mono.ipros.com/public/product/image/137/2000207022/IPROS2087626549462965229.jpg?w=280&h=280)
A compact tile bending testing machine that can be used on a tabletop! Electric and manual dual-use type!
This is a device that conducts various bending tests on tiles electrically. It features a compact design suitable for tabletop use. 【Features】 - Compact design allows for testing on a tabletop - Electric and manual dual-use type with adjustable height - Easy adjustment of bending span
[Reproduction of Private Spring Preparatory School Lecture 13] Explanation of the repeated bending test! It also explains the differences from the repeated bending fatigue test.
Now, if you were to cut a wire without any tools, what would you do? That's right, even children know this. Hold the wire with your left hand and patiently bend it back and forth with your right hand, and after a few times, the wire will break. This is obviously important when investigating the various properties of materials. Now, let's try to improve this wire cutting method a bit more academically. In other words, let's clamp the wire in a vise and add a curve where the wire touches the edge of the vise when it is bent back and forth. *For more detailed information, please refer to the PDF. Feel free to contact us for more details.*
