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Testing Machine Product List and Ranking from 761 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.

Testing Machine Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.

  1. 昭和測器 本社 Tokyo//Industrial Electrical Equipment
  2. 東洋精機製作所 Tokyo//Testing, Analysis and Measurement
  3. 東京衡機試験機 Kanagawa//Testing, Analysis and Measurement
  4. 4 日本ビジネスロジスティクス（JBL） 藤沢北事業所 Kanagawa//Testing, Analysis and Measurement
  5. 5 null/null
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Testing Machine Product ranking

Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.

  1. Vibration Monitoring Sensor Vibro Converter Model-2502 昭和測器 本社
  2. Extended warranty service "HP Care Pack" 日本HP
  3. Hydraulic Universal Testing Machine 'AY-S5/D5'/'YU-S5/D5' Series 東京衡機試験機
  4. 4 Flat Bending Fatigue Testing Machine 'PBF-30Xb/PBF-60Xb' 東京衡機試験機
  5. 5 ASTM F1929 Dye Penetration Test 日本ビジネスロジスティクス（JBL） 藤沢北事業所

Testing Machine Product List

661～690 item / All 3615 items

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Radiation Immunity Test Device "EMFIELD GENERATOR"

Radiation Immunity Test Device "EMFIELD GENERATOR"

Higher electric fields with less power! Solving what was inevitable in EMC!

The "EMFIELD GENERATOR" is an integrated antenna and amplifier radiation immunity testing device. Smart and compact, it contains everything necessary to generate 3V/m or 10V/m from 1GHz to 6GHz. With outstanding power efficiency that minimizes signal loss to the extreme, it eliminates the complexity, exaggerated configurations, and high costs of immunity systems, representing a smarter and more affordable evolution of radiation immunity testing systems. 【Features】 ■ Smart and compact ■ Outstanding power efficiency with minimized signal loss ■ A smarter and more affordable evolution of radiation immunity testing systems ■ Handle designed for easy portability ■ Stacked antenna array structure enhances electric field generation efficiency with the amplifier and metal housing *For more details, please refer to the PDF document or feel free to contact us.

  • Testing Equipment and Devices
  • Testing Machine

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【Business Introduction】Rubber Mixing Technology

【Business Introduction】Rubber Mixing Technology

Leading the industry with quality and clean operations through 'blending and kneading technology'.

The "blending and kneading technology," which is the most important foundation in the manufacturing process of rubber products. Since even a slight imbalance in the formulation significantly affects quality, a high level of craftsmanship accumulated through extensive experience is necessary to produce higher quality rubber products. Additionally, we have introduced computer-controlled kneading equipment, creating an environment that can accommodate all materials from general-purpose rubber to specialty rubber. The combination of skilled artisans' craftsmanship and the latest equipment forms the foundation of Morisei's "blending and kneading technology." For anything related to rubber compounds, such as "C.M.B," "Color Rubber Compound," "Dispersion," and "Rubber Compound," please feel free to consult us. For more details, please contact us or download the catalog.

  • Rubber Processing Machine
  • Testing Machine

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Tire testing device

Tire testing device

Tire testing device

It is used to measure the steady-state and dynamic force characteristics and moment characteristics of tires in general automobiles. A wide range of tests can be conducted without worrying about inaccuracies caused by road surfaces with curvature common to rotating drum tire testing systems.

  • Testing Equipment and Devices
  • Other analyses
  • simulator
  • Testing Machine

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Tytron 250 Material Testing System

Tytron 250 Material Testing System

Tytron 250 Material Testing System

It is specially designed for testing small specimens under micro loads (0.001 to 250N) and provides precise control for static and dynamic testing. With advanced linear servo motors and high-speed digital control, it achieves unparalleled speed, frequency, and strain ranges.

  • Testing Equipment and Devices
  • Other analyses
  • Testing Machine

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Suspension testing device

Suspension testing device

Suspension testing device

It is used to evaluate the motion characteristics of vehicle suspension and its compatibility with the vehicle, measuring the deviation characteristics of vehicle suspension properties. ■□■Features■□■ ■Measures the six forces at the wheel motion and tire contact surface ■Imparts six-axis motion to each wheel of the test vehicle up to 35Hz, accurately measuring input load and wheel displacement ■Body inertia moment measurement (optional) For more details, please contact us.

  • Testing Equipment and Devices
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  • simulator
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Rock and Concrete Testing Equipment

Rock and Concrete Testing Equipment

Rock and Concrete Testing Equipment

It is possible to perform control that maintains a constant average principal stress on the test specimen, allowing for the acquisition of high-precision and highly reproducible data.

  • Testing Equipment and Devices
  • Other analyses
  • Testing Machine

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In-vehicle component testing

In-vehicle component testing

Verification of the performance and durability of in-vehicle components.

MTS collaborates with suppliers to develop testing solutions to verify the performance and durability of interior components such as seats and adjusters, seat belts, dashboards, and instrument panels. We promise to help you choose the best approach for your unique environment. (For more details, please contact us via the catalog download.)

  • Automotive catalyst evaluation test equipment
  • Testing Machine

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Bushing / Multi-axis elastomer testing

Bushing / Multi-axis elastomer testing

Providing testing solutions to verify performance and durability.

We propose the optimal testing solution for verifying the performance and durability of subframe bushings, suspension bushings, and engine mounts. (For more details, please contact us through the catalog download.)

  • Automotive catalyst evaluation test equipment
  • Testing Machine

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Component test

Component test

Flexibility to accommodate a wide variety of applications.

We can conduct both static and dynamic component tests. It features excellent flexibility in terms of the testing space and performance required for various tests. (For details, please contact us via the catalog download.)

  • Strength Testing Equipment
  • Testing Machine

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Destructive testing

Destructive testing

Linear elastic and elastic-plastic fracture toughness testing is possible!

Using the MTS Landmark system, linear elastic and elastic-plastic fracture toughness tests can be conducted. The user-friendly application software features built-in templates for ASTM, ISO, and British testing standards for fracture toughness and fatigue crack growth tests. 【Features】 ■ Configurable for linear elastic and elastic-plastic fracture toughness testing ■ Load frame can be used for pre-crack and fracture tests ■ Equipped with grips and clip-on gauges compliant with standards

  • Strength Testing Equipment
  • Testing Machine

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Thermal Mechanical Fatigue (TMF) Test

Thermal Mechanical Fatigue (TMF) Test

Flexibility to accommodate a wide variety of applications.

The MTS Landmark system can be equipped with a high-frequency induction heating device, a water-cooled hydraulic grip, and a high-temperature extensometer to conduct TMF tests. The TMF software toolkit simplifies setup, runtime, and post-test analysis. Additionally, real-time plotting enables monitoring of advanced characteristics and waveforms such as strain, hardening, and softening.

  • Strength Testing Equipment
  • Testing Machine

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Axis Twisting (A/T) Test

Axis Twisting (A/T) Test

Optimal for biomedical applications including kinematic studies of orthopedic-related structures.

It is ideal for biomedical applications, including small components and low-strength materials, durability and wear testing of knee, hip, and spinal implants, and kinematic studies of skeletal tissues and other orthopedic-related structures. (For details, please contact us via the catalog download.)

  • Environmental Test Equipment
  • Testing Machine

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High load test

High load test

Equipped with a sturdy 4-column testing unit.

We provide accurate applications for high load/high displacement loads and fatigue cycles. We can apply loads ranging from 100 to over 3,000 tons to various test specimens, components, or full-scale test bodies. (For details, please contact us via the catalog download.)

  • Strength Testing Equipment
  • Testing Machine

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Multi-axis testing

Multi-axis testing

Equipped with modular frame technology, revolutionary center of gravity control, advanced axis core adjustment, and an integrated environmental chamber.

The MTS material testing includes plane biaxial and plane triaxial testing systems. By combining modular frame technology, groundbreaking center of gravity control, advanced axis alignment, and integrated environmental chambers, it verifies the stress state of materials in a plane and the biaxial loads of design elements. (For details, please contact us via the catalog download.)

  • Environmental Test Equipment
  • Testing Machine

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High-speed test

High-speed test

5 to 50 kN load, achieving speeds of 1 to 21 m/s.

Robust and high performance. The MTS high-speed system is used for vehicle crash effect testing and can conduct simulations and other high strain rate or penetration rate tests. (For details, please contact us via the catalog download.)

  • Strength Testing Equipment
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Biomaterials testing device "12 Station Hip Joint Simulator"

Biomaterials testing device "12 Station Hip Joint Simulator"

Providing a wide variety of biomaterial testing equipment in the biomedical industry!

Conduct high-precision and highly reproducible tests on biomaterials, orthopedic constructs, medical devices, medical transport containers, and consumables! A 12-station simulator that reproduces hip joint movements, loads, and walking environments during walking, with a configuration that can accommodate examples of all designs, allows for simulation results to be obtained in the shortest time possible by achieving a 1Hz walking cycle. *For more details, please contact us.

  • Testing Equipment and Devices
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  • Testing Machine

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[Case Study] Biomedical Testing Lab "Spinal Wear Simulator"

[Case Study] Biomedical Testing Lab "Spinal Wear Simulator"

The industry's first simulator designed to replicate the complex loads and movements of the spine.

The functions of the biomedical testing lab, which serves a variety of purposes, have been enhanced. The "unidirectional load frame" can be used for testing biomaterials such as polyethylene, bone cement, and PEEK, as well as for testing soft tissues, calcified tissues, actual specimens, and syringes. Additionally, the "axial/torsional load frame" can be used for more extensive practical tests on the spine and buttocks. When embarking on tests for new applications, it often begins with devising new data collection algorithms, ultimately involving 50 to 60 steps in the testing process. However, using MTS software allows for smooth processing of such tasks. For more details, please download the catalog or feel free to contact us.

  • Testing Equipment and Devices
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  • Testing Machine

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Fatigue test 2500kN fatigue testing system

Fatigue test 2500kN fatigue testing system

Adopted by JAXA! Hydraulic fatigue testing machine for high-safety wing structures.

This product is adopted by JAXA, the research and development organization responsible for Japan's aerospace development policy, and meets high standards in durability, strength, and reliability. For passenger aircraft, quality means safety, and our equipment helps ensure that the wings that allow flight operate safely. For more details, please contact us or download the catalog.

  • Testing Equipment and Devices
  • Testing Machine

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Multi-Axis Simulation Table 'MAST'

Multi-Axis Simulation Table 'MAST'

Responding to the increasing demand in China! Achieving "quality improvement" and "cost reduction" through product range experiments with hybrid and electric vehicles.

Significantly improve experimental efficiency in vibration testing of hybrid and electric vehicle battery packs, achieving "quality improvement" and "reduction of testing costs"!! Designed to target simulation testing of automotive parts and subsystems in the high-frequency range up to 200Hz. It enables durability testing using time history data, as well as extensive vibration and noise testing for vehicles. 【Contents】 ○ Process for implementation ○ What is a vehicle load simulation testing system and multi-axis simulation table? ○ Effects and benefits of implementation ○ Future product development ■□━━━━━━━━━━━━━━━━━・・・・・‥‥‥……… For more details, please download the case study from the Pan Asia Automobile Technology Center (PAATC) or feel free to contact us. ・・・・・‥‥‥……… ━━━━━━━━━━━━━━━━━■□

  • Vibration Testing
  • Testing Machine

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[Case Study] MTS Bionix Desktop Axial Servo Hydraulic Testing System

[Case Study] MTS Bionix Desktop Axial Servo Hydraulic Testing System

We are helping to pursue next-generation vertebral bone cement.

A team of 20 functional materials scientists at the Faculty of Science and Technology at Uppsala University in Sweden is conducting various research on biomaterials and is currently focusing on bone cement research. Uppsala University has partnered with MTS to support bone cement research and has incorporated the MTS Model 858 Bionix tabletop axial servo hydraulic testing system into its functional materials science testing laboratory. By combining this system with the MTS Bionix EnviroBath environmental simulation system, it has become possible to apply various loads simultaneously to bone cement in a saline solution maintained at human body temperature. As a result, they successfully replicated the loads and conditions that the cement injected into a patient's body would ultimately experience after a long period post-surgery. Customers have stated that the introduction of the MTS Bionix testing solutions has allowed them to dedicate more time to focusing on new formulations without concerns about the performance of the testing system or the reliability of the test data. For more details, please contact us or refer to the catalog.

  • Testing Equipment and Devices
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  • Testing Machine

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[Case Study] Landmark Road Frame and Test Suite

[Case Study] Landmark Road Frame and Test Suite

We are assisting F1 teams through advanced software variable calculations.

Formula One test engineers face some of the most demanding testing challenges in the world. For the UK-based Caterham F1 team, which entered the competition in 2010, conducting fast and flexible mechanical tests from the very beginning has been absolutely essential for the team's success. When it came time to select testing equipment for the newly completed Caterham F1 team's test lab, the test team leader chose MTS. Having used MTS's control systems and load frames for many years, he was already well-acquainted with their performance. He was confident that MTS's hardware would provide the speed, precision, and flexibility his test team needed, enabling continuous improvement for the Formula One team. Additionally, the MTS TestSuite software brought competitiveness to the team in the high-pressure, fast-results environment characteristic of Formula One testing. For more details, please contact us or refer to the catalog.

  • Testing Equipment and Devices
  • Strength Testing Equipment
  • Testing Machine

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[Case Study] MTS Bionix System

[Case Study] MTS Bionix System

We support research in biomechanics by providing test data for orthopedic surgical techniques.

At the Excelen Center for Bone & Joint Research in Minneapolis, Minnesota, most tests, including spinal research, are conducted using three MTS testing devices. One of these, the MTS Bionix MTS 810 load frame, is still in regular use more than 30 years after its development. These devices operate in conjunction with the MTS FlexTest digital control system and MultiPurpose TestWare software. Customers state that the advantages of MTS hardware and software not only include a reduction in evaluation time for spinal motion but also an increase in the overall reproducibility of tests. They also add that the ongoing collaboration between biomechanical engineers, surgeons, and MTS technical staff is essential for the validation of devices and surgical methods at Excelen. For more details, please contact us or refer to the catalog.

  • Testing Equipment and Devices
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  • Testing Machine

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[Case Study] Shell Element Test System Upgrade

[Case Study] Shell Element Test System Upgrade

The expertise and technology of MTS played a crucial role in the success of the upgrade.

Professor Evan Bentz from the University of Toronto and a research group from the Mark Hagin Structural Research Institute are conducting cutting-edge research on the properties of reinforced concrete under extreme conditions. With recent significant advancements in concrete materials science, the engineers at the institute began to feel the limitations of their research tool, the Shell Element Test (SET) system. They believed that to successfully upgrade the SET system, they needed a vendor who could first clarify what was possible, followed by another vendor who could execute it. They found a manufacturer that could achieve both simultaneously: MTS. By early 2010, the upgrade of the SET system was completed, and this static testing system effectively transformed into a dynamic testing system with enhanced durability and performance. The upgraded SET system now allows for simulations that closely resemble the actual operating conditions of today’s reinforced concrete structures. For more details, please contact us or refer to the catalog.

  • Testing Equipment and Devices
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[Case Study] Testing Laboratory Specialized in Orthopedic Devices for the Spine

[Case Study] Testing Laboratory Specialized in Orthopedic Devices for the Spine

High-precision long-term wear and fatigue testing on the lumbar spine and cervical region! Capable of mounting six test specimens, providing a statistically valid sample size.

We have prepared a module that allows for high-precision long-term wear and fatigue testing of both lumbar and cervical vertebrae in the lab, and also accommodates the important requirement of SpineServ for multiple test specimens by enabling the attachment of six test specimens. The shaker can uniformly apply bending, lateral bending, and axial rotation motions to all six test specimens simultaneously. *For more details, please contact us or refer to the catalog.*

  • Testing Equipment and Devices
  • Strength Testing Equipment
  • simulator
  • Testing Machine

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[Case Study] Addition of Step-Down Gearbox

[Case Study] Addition of Step-Down Gearbox

We are supporting a steady transition from OEM testing facilities to contracted testing labs.

Toyota Motorsport GmbH (TMG), based in Cologne, Germany, has been utilizing a wide range of high-performance testing equipment from MTS Systems Corporation since 2001 to meet the needs of its Formula One vehicle development. In 2009, TMG made the formal decision to allow external customers to access its testing capabilities and the expertise of its dedicated staff. Instead of investing time and money into new testing systems, TMG explored ways to extend the versatility of its existing testing systems by modifying software and hardware. Over several weeks, TMG and MTS worked closely together to complete the technical modifications across the facility. A key modification was the addition of a step-down gearbox to TMG's custom transmission testing system, aimed at improving the accuracy of test lab evaluations by replicating the loads, pressures, and operating temperatures present in the gearbox environment. MTS was indispensable for the smooth transition from TMG's testing lab to the contracted testing facility. For more details, please contact us or refer to the catalog.

  • Testing Equipment and Devices
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[Case Study] Introduction of MTS Hydraulics Program

[Case Study] Introduction of MTS Hydraulics Program

It contributes to maintaining the precision of the equipment and the integrity of the test data at a very high level.

The George E. Brown Jr. Network for Earthquake Engineering Simulation (NEES) connects 14 earthquake research facilities across the United States through NEEShub, a user-demand-driven cyber infrastructure. A key challenge for NEES is the efficient maintenance and operation of mechanical testing and simulation testing systems used at member institutions. Efficient routine maintenance and calibration of testing systems are essential to consistently maintain high levels of testing accuracy and system uptime. In 2005, MTS launched a comprehensive support program for member institutions that utilize MTS technology for seismic testing and simulation. The MTS Hydraulix program regularly monitors the cleanliness of the hydraulic fluid in testing systems as a means to prevent significant and costly mechanical issues in the future. MTS's certified calibration and adjustment services contribute to maintaining the precision of equipment and the integrity of test data at exceptionally high levels. For more details, please contact us or refer to the catalog.

  • Testing Equipment and Devices
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[Case Study] Introduction of Material Testing System

[Case Study] Introduction of Material Testing System

Reduce the time for creating, setting up, and collecting data for test programs! Achieve improved productivity.

The National Institute for Aviation Research (NIAR) at Wichita State University utilizes a wide range of MTS equipment, software, and accessories in its Fatigue and Fracture Research Lab to support testing requirements. This includes hydraulic servo load frames, FlexTest GT digital servo controllers, TestStar controllers, TestWorks and MultiPurpose TestWare (MPT) software, hydraulic sources, transducers, strain gauges, displacement gauges, and tensile and displacement measurement equipment. To maximize the benefits of MTS products, the Fatigue and Fracture Research Lab collaborated with the company's consulting team to learn how to fully utilize specific features and functions. Ultimately, MTS solutions reduced the time required for creating test programs, setting up tests, and collecting test data, allowing NIAR to improve testing productivity. *For more details, please contact us or refer to the catalog.*

  • Testing Equipment and Devices
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[Case Study] Upgrade of High-Temperature Material Testing Equipment

[Case Study] Upgrade of High-Temperature Material Testing Equipment

We support UCF in conducting mechanical tests in extreme environments.

The University of Central Florida (UCF) in Orlando has built a reputation for high-quality education and technological innovation since its establishment in 1963. In particular, the MMAE at UCF has established solid partnerships over the years with global manufacturers such as Siemens Power Generation, Lockheed Martin, Pratt & Whitney, and Mitsubishi Power System, as well as institutions like the Kennedy Space Center. UCF has set a policy to expand its high-temperature materials testing facilities, making this field a cornerstone of research at the university. To enhance mechanical testing capabilities at high temperatures, it was necessary to equip a variety of instruments and tools, including load frames, control systems, and software, requiring a testing solution partner with expertise in integrating advanced systems. MTS was chosen for this purpose. Upgrading the material characterization testing facilities in MMAE has brought significant benefits not only to the engineering students but also to UCF's commercial partners. For more details, please contact us or refer to the catalog.

  • Testing Equipment and Devices
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[Case Study] Introduction of Model 320 2-Poster Test Device

[Case Study] Introduction of Model 320 2-Poster Test Device

It contributes to maintaining the top position of one of the world's largest scooter manufacturers.

The Piaggio Group, represented by the Vespa brand, is a world-class manufacturer of motorized bicycles (mopeds), scooters, and motorcycles, based in Pontedera, Italy, with an annual production exceeding 600,000 vehicles. Piaggio's seven brands are supported by 6,700 employees across 50 countries and five research and development centers. In November 2008, Piaggio, in close collaboration with MTS, introduced the MTS Model 320 2-Poster Test System at its mechanical lab in Pontedera. This two-axis tire contact surface input simulator uses MTS RPC software to accurately and repeatedly reproduce loads caused by road surface inputs across the entire prototype vehicle, simulating loads and moments equivalent to test courses, including tests on rough terrain. This allows for the simulation of conditions that a typical rider encounters during everyday driving, enabling testers to obtain clear data on how the vehicle will ultimately perform after years of use. For more details, please contact us or refer to the catalog.

  • Testing Equipment and Devices
  • simulator
  • Testing Machine

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