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Test bench Product List and Ranking from 8 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated: Aggregation Period:Jun 03, 2026~Jun 30, 2026
This ranking is based on the number of page views on our site.

Test bench Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Jun 03, 2026~Jun 30, 2026
This ranking is based on the number of page views on our site.

  1. コンカレント日本 Tokyo//Aviation & Aerospace
  2. IPG Automotive 本社、名古屋オフィス Tokyo//software
  3. NewtonDynamiX Inc. Tokyo//Research and development equipment and devices
  4. 浜松計装 Shizuoka//Industrial Machinery
  5. 5 東京アワクメ パーカーストア八潮店 パーカーストア事業部 Saitama//Machine elements and parts

Test bench Product ranking

Last Updated: Aggregation Period:Jun 03, 2026~Jun 30, 2026
This ranking is based on the number of page views on our site.

  1. Rocket missile test bench コンカレント日本
  2. Test device: Steering-in-the-pool test bench IPG Automotive 本社、名古屋オフィス
  3. MXsteerHiL – Steering Test Bench NewtonDynamiX Inc.
  4. Test bench (testing device) 東京アワクメ パーカーストア八潮店 パーカーストア事業部
  5. 4 [Test Equipment Manufacturing Example] EV Motor Bench 浜松計装

Test bench Product List

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Measurement Test Bench

We will conduct optimal conceptual design tailored to the specifications and prices requested by the customer, and propose an appropriate cost allocation that minimizes waste, including material costs.

A control panel refers to a panel that is equipped with control switches and instruments for the remote operation of machines by the electrical control unit. In factories, there are boxes that house electrical equipment products such as switches, instruments, controllers, and displays to control various machines and electrical equipment, and in many cases, these boxes are referred to as "control panels."

  • Other electronic measuring instruments
  • Test bench

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Test bench (testing device)

Are you having trouble with the overhaul and performance testing of hydraulic pumps and motors?

The test bench can perform overhauls and performance tests of hydraulic pumps, motors, and more. JG and NK examinations are also possible.

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MXbrakeHiL – Brake Test Bench

Evaluation and tuning of brake systems – from simulation to the test bench

MXbrakeHiL: A Hardware-in-the-Loop Test Environment for Brake System Development and ESC Validation MXbrakeHiL is a Hardware-in-the-Loop (HiL) test system that integrates a complete physical brake assembly—from the brake pedal through to the brake calipers—directly into a real-time vehicle simulation environment. This enables the testing, evaluation, and tuning of ESC ECUs and safety-critical braking functions before a vehicle prototype is available. And it reduces simulation complexity and supports systematic validation at each stage of the V-model. Electric and automated vehicles require precise development of braking functions and vehicle dynamics controllers. Pure simulation models have limitations in replicating the hydraulic nonlinearities, friction, and valve dynamics present in physical brake systems. MXbrakeHiL addresses this by substituting real hardware into the control loop, removing the need to model those physical effects mathematically. Hardware-Coupled Testing: Physical Response, Repeatable Conditions, Objective Evaluation Physical Fidelity Through Unmodified Hardware Components: Unmodified hardware components reproduce authentic pressure build-up rates, dynamic hysteresis, and ABS modulation profiles — behavior that parametric simulation models cannot reliably replicate. Repeatable Scenario Testing: Road surface conditions, vehicle speeds, and environmental factors are defined in the simulation model and varied systematically to validate functions including Autonomous Emergency Braking (AEB) and ESC, with consistent initial conditions across every run. Open Architecture for Parameter Optimization: The test bench supports complex parameter sweeps and calibration variant evaluations. Full observability of the hardware chain and integration with MXeval allow engineers to evaluate criteria such as stability, brake blending logic, and hardware interaction in a single test cycle.

  • Brake parts
  • Flight control parts
  • Test bench

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[Test Equipment Manufacturing Example] EV Motor Bench

Automatic pattern driving according to the driving mode is possible! Here we introduce a case study of the 'EV Motor Bench'.

We would like to introduce a case study of the "EV Motor Bench." This is a test bench designed for evaluating motors for electric vehicles, equipped with a battery emulator, load device, and measurement control system. It is capable of automatic pattern operation in accordance with driving modes and has a linked operation function with the inverter emulator. 【Static Characteristic Evaluation】 ■ Winding Resistance Measurement ■ Coil Inductance Characteristics ■ Insulation Resistance Measurement *For more details, please refer to the PDF document or feel free to contact us.

  • Testing Equipment and Devices
  • Test bench

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Mobile Test Bench 'cerTEST'

Both the nut runner and the two-step tool can be tested with one machine!

The "cerTEST" is a mobile test bench equipped with a brake pad system that uses both hydraulic and electromagnetic methods. By making the pads as light and small as possible, the rotational inertia moment has been minimized. It can measure tightening torque, final tightening angle, and tightening rotation speed, and it can display the entire tightening process curve as needed. This allows for accurate process management on-site. 【Features】 ■ Measurement range: 5Nm to 1kNm; 1kNm is an external independent type simulator specification ■ Hybrid simulator that enables more accurate joint simulation ■ Independent module software that can fully support work processes ■ Stand with easy-to-move casters ■ Standard ports for LAN connection, allowing standalone operation *For more details, please refer to the catalog or feel free to contact us.

  • Other environmental analysis equipment
  • Other measurement, recording and measuring instruments
  • Test bench

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Rocket missile test bench

Missile, rocket, and projectile HILS test bench

Test smarter, deploy faster. Missile TestBench is a scalable hardware-in-the-loop (HIL) simulation solution specialized for testing, guidance, and control verification of missiles, rockets, and projectiles. Developed on the foundation of Concurrent Real-Time's proven real-time technology, it enables deterministic testing and verification at every stage of the missile development lifecycle, from subsystem modeling to system-wide validation.

  • simulator
  • Test bench

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Test device: Steering-in-the-pool test bench

Achieving tests and verification equivalent to actual vehicles! It is a system with excellent flexibility.

The turnkey solution provided by the steering-in-the-loop test bench integrates everything from the actual vehicle's steering wheel to the tie rod-equipped steering rack, achieving validation equivalent to real vehicle testing. This system, with its excellent flexibility, quickly and easily adapts to customer-specific steering systems. By combining the test bench's hardware with model-integrable software, it significantly reduces latency in the transmission and reception of signals for each component. Additionally, it enables the most complex closed-loop steering. 【Features】 - Significant efficiency improvements in benchmark testing - Capability to validate the entire vehicle in the early stages of development - Various vehicle models - Enhanced validation quality - Test results and validation are fully reproducible For more details, please contact us or download the catalog.

  • Testing Equipment and Devices
  • Test bench

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MXsteerHiL – Steering Test Bench

Precise real-time control for a steering feel comparable to that of a vehicle – on test benches and in driving simulators

MXsteerHiL: Modular hardware-in-the-loop test bench for steering system, ECU, and ADAS/AD development in virtual environments The hardware-in-the-loop steering test bench from MdynamiX forms the basis for precise functional validation and the development of an outstanding steering feel throughout the entire V-model, from the early concept phase through to series production approval. The MXsteerHiL realistically simulates the steering feel for both conventional steering systems (C-EPS, R-EPS) and steer-by-wire systems for passenger cars and commercial vehicles. Errors and vulnerabilities are identified early on in the virtual environment before they occur during road testing. By directly integrating real steering systems into the virtual vehicle environment, vehicle dynamics functions and ADAS/AD applications can be specifically developed and validated without relying on prototype vehicles or test tracks. This significantly reduces development effort and costs. From simulation to reality: Fine-tuning steering systems early in the development process The MXsteerHiL combines a compact, agile design with a wide range of applications, from high-precision HiL testing in the lab to integration into static and dynamic driving simulators. At its core is the MXsteerAct, a compact and powerful steering gear actuator that combines precise steering feel and comprehensive HiL functionality in a single system. Engineers can use it for step-by-step validation: from fail-safe and functional tests through performance optimization to complete ADAS/AD functional validation, all while delivering a realistic driving experience.

  • Flight control parts
  • Test bench

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[Development Case] Make Effective Use of TestStand! Development of a Test Bench

[Development Case] Development of a Test Bench Utilizing TestStand in the Automotive ECU Development Department

As safety measures for vehicles are required, automotive ECUs are becoming increasingly complex year by year. Consequently, the number of combination patterns in operational verification is increasing exponentially, leading to a rise in the time spent on system performance evaluation and the burden on personnel.

  • Automotive catalyst evaluation test equipment
  • Other Auto Parts
  • Testing Equipment and Devices
  • Test bench

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