Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 92 items
Ideal for wear evaluation tests of various base materials (metal, plastic, etc.).
This is a material testing machine that significantly improves mechanical vibration, operability, and other aspects compared to conventional friction and wear testing machines.
Reciprocating and rotational wear testing can be done with one machine!
Operation is very easy since it uses an all-touch panel. Measurement output can be directly sent to a PC (USB) for spreadsheet software. It is equipped with various features such as vertical load control (air system), automatic operation function, and graph function.
Easier speed adjustment! Equipped with a stepless speed adjustment function and a standard automatic stop function after a specified number of times.
The "TYPE: 30S" is a testing machine focused on wear test evaluation through visual inspection. It comes standard with a stepless speed adjustment function and an automatic stop function after a specified number of cycles. By displaying the number of strokes per minute, speed adjustment becomes easier. Additionally, specifications for 2 to 4 units that can conduct multiple tests under the same conditions are also available. 【Main Specifications (Partial)】 ■ Moving Speed: 300–3000 mm/min (at 10 mm) 1500–15000 mm/min (at 50 mm) ■ Drive Method: Eccentric cam type AC induction motor ■ Speed Adjustment: Variable type (motor rotation variable with stroke count display) ■ Moving Distance: 10, 20, 30, 40, 50 mm (5-step switching) ■ Number of Movements: Up to 999,999 times with automatic stop function after a specified number of cycles *For more details, please download the PDF or feel free to contact us.
Various friction and wear experiments in a vacuum are possible! Compatible with vacuum levels up to 10 Pa.
The "TYPE: TriboVac2000" is a vacuum friction and wear testing machine that allows for easy evaluation of products in a vacuum, which has been difficult to measure until now. It is widely applicable for research and development purposes in industries such as aerospace and new materials and technologies. The loading method employs the well-established HEIDON balance system, allowing for precise loading from low weights. High-speed wear experiments using a rotating table are also available as an option. It can accommodate specifications for micro-weight applications as well. 【Main Specifications (Partial)】 ■ Vertical Load: 10–1000g ■ Loading Method: Weight replacement method ■ Fixing Method ・Upper side sample: Dedicated holder ・Lower table side sample: Bolt fixation ■ Load Cell: Capacity 9.8N, Accuracy ±0.098N *For more details, please download the PDF or feel free to contact us.
Minimum 20g, maximum 100kg, capable of high load and wide range measurements! Safely and accurately understand wear phenomena.
The "TYPE: 35" is a wear testing machine that achieves a wide load range from 20g to a maximum of 100kg. With this single unit, a wide range of wear experiments can be conducted. The adoption of a rotary turntable allows for wear testing at both low and high speeds. Additionally, we have prepared a CCD camera tribo system that enables observation of wear phenomena, allowing for safe and accurate understanding of wear processes. 【Main Specifications (Partial)】 ■ Table Size: φ60mm ■ Rotational Speed: 30–3000rpm ■ Rotation Counter: Can accumulate up to MAX 999,999 counts ■ Automatic Stop Function: Can automatically stop at a specified count from 1 to 999,999 ■ Load Method ・20g–10kg: Balance arm method + weights ・10kg–100kg: Lifting weight mechanism + weights *For more details, please download the PDF or feel free to contact us.
Data analysis and management made easy! Control of Tribogear is also possible.
"TriboSoft" is a general-purpose friction and wear analysis software that allows you to measure and analyze tribological data using mouse operations. In addition to automatic calculations of the friction coefficient and friction resistance, it is possible to graphically compare characteristics through overlaying graphs. It also supports friction tests using reciprocating motion and allows you to extract data in real-time for each reciprocation during measurement. 【Product Overview】 ■ Set Contents: Data analysis software, A/D converter (built into the main unit), USB cable ■ Operating Environment OS: Windows 10, Windows 8, Windows 7 ■ Communication Port: USB port *For more details, please download the PDF or feel free to contact us.
![Fretting Test (Pin-on-Disk) [Silicon Alloy Technology Handbook]](https://image.mono.ipros.com/public/product/image/ef9/2000741831/IPROS43954604373813714628.png?w=280&h=280)
Measuring the seizure resistance of various materials and heat treatments! Test results combined with SUS304 and Silicoroy D, etc., are published.
This document includes a comparison of precipitation-hardened stainless steel and various types of stainless steel in terms of seizure testing. Using a pin-on-disk type friction and wear testing machine, we measured the seizure resistance of various materials and heat treatments. The friction coefficient was measured under low-speed, high-load (step-type) test conditions, and we investigated the load (contact pressure) at which the friction coefficient rises sharply. We invite you to read it. 【Contents (partial)】 ■ Seizure testing (pin-on-disk) ■ Test conditions ■ Shape of test specimens ■ Types of test specimens (disks) and heat treatment conditions ■ Combinations of seizure tests and test results *For more details, please refer to the PDF document or feel free to contact us.
Wide Range Load Suga Wear Testing Machine NUS-ISO3
We will test wear resistance suitable for practical use with high reproducibility. The linearity of wear cycles and wear amount is unmatched by others. It is ideal for evaluating the wear resistance of aluminum anodized coatings, plating, paint films, plastics, rubber, and more. ■ Features - The sample rotates 0.9° with each pass, ensuring wear occurs on a constantly new surface. - Since the wear debris does not remain on the test surface, wear sliding does not occur. - Compared to conventional Tabor methods, it offers outstanding reproducibility and linearity. - The choice of abrasive paper is flexible. Various molded shapes can also be tested using different holders. - Registered with ISO, JIS, and ASTM.
Both Method A, which does not rotate the test piece during wear, and Method B, which rotates the test piece, are supported!
- This is a testing machine for the abrasion of vulcanized rubber and thermoplastic rubber. - It supports both Method A, which does not rotate the test piece during abrasion, and Method B, which rotates the test piece. - It is mainly used for evaluating the wear resistance of tires, belts, and similar products. - The test piece is pressed against the wear surface of a rotating drum wrapped with abrasive cloth under a constant load, and while the drum rotates at a specified speed, the test piece is moved laterally to cause abrasion. - After abrading to the specified wear distance, the mass is measured. - The wear amount is calculated from the mass of the test piece before and after abrasion, and the specific wear volume and wear resistance index are calculated. - A low-temperature chamber version can also be produced. <Reference Standards> JIS-K6264-2, ISO-4649, DIN-53 516 【About Catalog Download】 Please request the catalog from the related links below or by contacting us. *For products without a standalone catalog, please request the comprehensive catalog.
Supports up to 100℃! Easy operation with a touch panel!
- This is a testing machine for wear of vulcanized rubber and thermoplastic rubber equipped with a constant temperature chamber. - It can accommodate temperatures up to 100°C. - It supports both Method A, which does not rotate the test specimen during wear, and Method B, which rotates the test specimen. - It is equipped with a touch panel, making it easy to operate the tests and calculate test results. <Reference Standards> JIS-K6264-2, ISO-4649, DIN-53 516 [Regarding Catalog Download] Please request the catalog from the related links below or by contacting us. *For products without individual catalogs, please request the comprehensive catalog.
This is an Akron abrasion testing machine for evaluating the wear resistance of vulcanized rubber and thermoplastic rubber.
- This is a testing machine for evaluating the wear resistance of vulcanized rubber and thermoplastic rubber. - The circumferential surface of a rotating disc-shaped test piece is pressed against the circumferential surface of a grinding wheel under a constant load, with a fixed angle of inclination applied to the rotating axis to induce wear, and the wear mass is measured. - It is mainly used for tires, shoe soles, and similar applications. <Reference Standards> JIS-K6264-2, ISO-4649 【About Catalog Download】 Please request the catalog through the related links below or by contacting us. *For products without individual catalogs, please request the comprehensive catalog.
It is a testing machine (wear testing machine) for evaluating the wear resistance of enamel wire using the blade reciprocating method.
- This is a testing machine (wear testing machine) for evaluating the wear resistance of enamel wire using the blade reciprocating method. - Attach the test specimen, remove the insulation coating from one end, and connect the test specimen conduction cable. - Lower the blade onto the test specimen, apply a specified load, and move the blade back and forth to wear down the insulation coating of the test specimen. - Measure the number of cycles until conduction occurs, which will determine the wear resistance. - By rotating the test specimen, measurements can be taken three or four times with the same specimen. <Reference Standards> NEMA-C9.5, JASO, ISO-6722 [Regarding Catalog Download] Please request the catalog through the related links below or by contacting us. *For products without a single item catalog, please request the comprehensive catalog.
With a simple airflow measurement feature, more accurate testing is possible! This is a Taber wear testing machine.
- This is a testing machine equipped with a suction airflow measuring device for the No. 101-H Taber Abrasion Tester. It not only sucks up the wear particles generated during the wear test but also measures the suction airflow, allowing for more accurate test results. - It is a Taber abrasion testing machine (Taber type ablator) that evaluates the wear resistance of flat materials using wear wheels. - A pair of wear wheels is pressed against a rotating test piece with a constant load to cause wear, and the wear mass, wear volume, thickness, optical changes, etc., are measured. - Tests can be conducted on a wide range of materials including plastics, rubber, construction materials, decorative panels, leather, paper, woven fabrics, and coatings. <Reference Standards> JIS-A1453, (K5400), K5600-5-8/9, K5665, K6264-2, K6404-4, K6902, K7204, (L1018), L1085, L1096, ASTM-D1044, TAPPI-T476, JAS, (JASO-M403), ISO-4649, 5470-1, 7784-1/2, 9352 【About Catalog Download】 Please request the catalog from the related links below or contact us. *For products without individual catalogs, please request the comprehensive catalog.
Measured with a DMS torque sensor! The opening and closing of the test chamber is carried out using a compressed air system.
The "MV 3000 Basic" is a Mooney viscometer for testing rubber compounds. It conducts vulcanization tests of rubber at fixed temperatures and speeds based on the viscosity of polymers and ISO 289:2005/ASTM D 1646/DIN 53525, Parts 1–4. The device is designed for direct control via a PC, with test control, data collection, and analysis performed using the included "MonControl." The rotation is precisely controlled at 2 revolutions per minute by a gear-driven motor, and the protection circuits for motor overloads and other issues are well-equipped. 【Features】 ■ Capable of evaluating quality control data, vulcanization status, and vulcanization characteristics in a single test ■ Improvement of defective products and yield ■ Increased efficiency of processing processes ■ Shortening and simplifying the development cycle ■ No prior sample processing required *For more details, please refer to the PDF materials or feel free to contact us.
