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Simulator Product List and Ranking from 166 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

Simulator Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

  1. オプトシリウス Tokyo//others
  2. タナック 岐阜本社 Gifu//Medical and Welfare
  3. クロスライトソフトウェアインク日本支社 Chiba//software
  4. 4 シンプルテック Kanagawa//software
  5. 4 エムティエスジャパン Tokyo//Testing, Analysis and Measurement
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Simulator Product ranking

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

  1. [Demo unit available] LED Solar Simulator LumiSun-50 オプトシリウス
  2. [Free Trial Available] A Dramatically Efficient Method for Creating and Testing NC Macros シンプルテック
  3. X-ray reflow simulator Comet Technologies Japan K.K. Comet Yxlon
  4. 4 [Case Study] Toyota Motor Corporation Driving Simulator エムティエスジャパン
  5. 5 Ultrasound echo phantom タナック 岐阜本社

Simulator Product List

31～60 item / All 389 items

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ProSim Plus

ProSim Plus

General-purpose steady-state process simulation and optimization software

ProSim Plus is a product of the French company Fives ProSim and is a general-purpose steady-state process simulator that includes optimization features. In addition to a rigorous thermodynamic model (also sold as a separate product called Simulis Thermodynamics), it is equipped with precise models of chemical engineering unit operations such as heat exchangers, reactors, distillation columns, absorption columns, and extraction columns, allowing for the modeling and simulation of large manufacturing processes, including complex recycling. Designed with the concept of Open Software, it enables users to add custom unit models and modify or extend standard models using Visual Basic. It complies with Cape-Open standards and allows for the integration of models from compatible external software for simulation.

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ProSim Plus HNO3

ProSim Plus HNO3

The only process simulator fully specialized in the nitric acid manufacturing process.

ProSim Plus HNO3 is a product of the French company Fives ProSim, designed based on over 30 years of experience in modeling and simulating nitric acid plants and nitrous acid vapor absorption systems (mainly referencing Professor Xavier Joulia's 1981 paper "Contribution au développement d’un programme général de simulation – Application à l’analyse du fonctionnement d’un atelier de production d’acide nitrique"). In addition to the standard features of ProSim Plus as a process simulator, it incorporates rigorous models for chemical reactions and mass transfer rates in gas-liquid phases in absorption towers and condensers, as well as oxidation reactions in the gas phase within heat exchangers and piping. Notably, the oxidation reaction from NO to NO2 in the gas phase applies a rate model rather than an equilibrium model.

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Printed Circuit Board Electromagnetic Field Simulator

Printed Circuit Board Electromagnetic Field Simulator

Visualize noise characteristics! A new simulator has arrived to make noise countermeasures for printed circuit boards easier!

The electromagnetic field simulator for printed circuit board analysis, 'S-NAP PCB Suite (Ver.2)', integrates electromagnetic field analysis with circuit analysis. It quickly analyzes large printed circuit boards with more than 10 layers in real-time. By simply touching the component terminals, you can observe waveforms and spectra in real-time, making it easy to check the amount of noise superimposed on the signal! Additionally, it allows for easy understanding of "voltage," "current density distribution," and "locations of noise distribution." By analyzing the entire board, you can understand the coupling state of complex noise, significantly reducing the time required for noise countermeasures! Furthermore, through a technical collaboration with System Design Laboratory Co., Ltd., we provide comprehensive support from operational techniques to countermeasure proposals. We also offer the microwave circuit and electromagnetic field simulator "S-NAP Microwave Suite," which enables design and analysis of microwave circuits, antennas, and ultra-high-speed logic circuits.

  • Magnetic field analysis/electromagnetic wave analysis
  • Software (middle, driver, security, etc.)
  • Other embedded systems (software and hardware)
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Power Integrity: "Theoretical Examination of Plain Resonance Characteristics"

Power Integrity: "Theoretical Examination of Plain Resonance Characteristics"

Verification of the plain resonance characteristics of the S-NAP PCB Suite.

We have verified several types of planar resonance problems. Good results can be obtained even when the opposing planar sizes are different. 【Features】 ○ Compare the transmission characteristics of the two-layer substrate with published data ○ The results are almost consistent with experimental values For more details, please contact us or download the catalog.

  • Other analyses
  • Simulator

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Basic Fundamentals: "Smith Chart"

Basic Fundamentals: "Smith Chart"

You will be able to easily perform complex complex calculations on charts.

Including transmission lines, solving various problems in high-frequency circuits using mathematical formulas becomes quite cumbersome due to complex calculations. However, by using the Smith chart devised by P. H. Smith, it becomes possible to easily perform such complex calculations graphically. With a slide rule, the property that multiplication can be replaced by addition when taking logarithms is utilized, allowing for easy multiplication by simply moving the slide. Similarly, the Smith chart is a convenient tool that uses conformal mapping to simplify high-frequency calculations. 【Features】 ○ When the load impedance Zr is not equal to the line impedance Z0, part of the incident wave returns to the source side as a reflected wave. ○ Standing waves appear on the line due to the interference between the reflected wave and the incident wave. ○ The ratio of the reflected wave to the incident wave is called the voltage reflection coefficient, generally represented by Γ or Γv. For more details, please contact us or download the catalog.

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General Fundamentals Edition: "Operation of Nonlinear Circuits"

General Fundamentals Edition: "Operation of Nonlinear Circuits"

The output changes in the form of a line, that is, a straight line, in response to the input.

A linear element, as the name suggests, is one where the output changes in a linear manner, that is, in the form of a straight line, in response to the input. For example, considering a resistor, the current flowing through the resistor is given by Ir = Vr/R = G･Vr, which is a linear function proportional to the voltage across the resistor. Elements that have this kind of input-output relationship are called linear elements. [Points] ○ A capacitor also follows Ic = jωC･Vc, which is again a linear function of Vc. ○ A nonlinear element refers to one where the output characteristics are not a linear function of the input. For more details, please contact us or download the catalog.

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General Fundamentals: Large Signal S-Parameter Analysis Method Using S-NAP/Pro

General Fundamentals: Large Signal S-Parameter Analysis Method Using S-NAP/Pro

Create a linear equivalent circuit and perform linear analysis including surrounding elements.

When a large signal is input into a circuit, it is a well-known fact that the S-parameters of the circuit differ from those in the small signal case if there are nonlinear elements present. In S-parameter analysis, the treatment of active devices generally involves creating linear equivalent circuits such as hybrid pi models at the bias point from models like the Gummel-Poon model, and performing linear analysis including surrounding elements. The linear equivalent circuit at the bias point maintains a linear input-output relationship regardless of how distorted the bias point may be, and does not introduce distortion in the output. To investigate the circuit characteristics when a large signal is input or when the bias point lies in a higher-order curve region, it is best to calculate the S-parameters from the input-output ratio of the fundamental wave component while in the state of large signal input. S-NAP-Pro does not have a direct function to obtain large signal S-parameters, but it is possible to achieve this using harmonic balance. [Features] - Create circuits with ports similar to S-parameter analysis - Label the terminals of each port in the circuit For more details, please contact us or download the catalog.

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General Foundation Edition "Method for Exchange of Reference Plane for Measured Data"

General Foundation Edition "Method for Exchange of Reference Plane for Measured Data"

Method for exchanging reference planes of measured data using S･NAP-Pro.

When measuring the characteristics of transmission lines, unwanted elements such as connectors and coaxial lines at the connection point between the calibration reference plane of the network analyzer and the device under test may be mixed into the measurement data. Ideally, it would be best to perform calibration at the device under test end as the calibration reference plane of the network analyzer, but in practice, this is often difficult due to the constraints of calibration fixtures. If it is challenging to remove unwanted elements during measurement, it is necessary to eliminate these elements through post-processing to obtain accurate data for the device under test. In many cases, these unwanted elements are connectors or coaxial lines, and if the data for these elements is known, it is possible to remove them using S･NAP-Pro after measurement. [Features] - If the data is known, unwanted elements can be easily subtracted from the measurement data. - The attenuation per unit length can be 'zero' if the length is short. For more details, please contact us or download the catalog.

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Puncture Simulator "Level Up"

Puncture Simulator "Level Up"

We offer realistic puncture practice! With a compact design, you can practice anywhere.

"Rebel Up" is a puncture simulator that reproduces the sensation of human skin, blood vessels, and muscles by combining multiple materials and circulating simulated blood, closely mimicking the feel of a human arm. The durable arm model with a realistic feel increases the frequency of training sessions and significantly improves puncture techniques. The "pop" sensation is recreated, providing realistic puncture practice. 【Features】 ■ Average of 30 punctures at 100 mmHg pressure with a 16G puncture needle ■ The "pop" sensation is recreated, offering realistic puncture practice ■ Simulated blood is less likely to leak ■ Unique materials are used for simulated blood vessels and skin ■ Compact design allows for practice anywhere *For more details, please refer to the related links or feel free to contact us.

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PXI/LXI Simulation & Instrumentation Module Map

PXI/LXI Simulation & Instrumentation Module Map

We offer various hardware simulator modules!

- Programmable resistor - Resistance sensor simulator - Battery simulator - Switch simulator - Sensor / transducer simulator (strain gauge, thermocouple, LVDT/RVDT/resolver, analog output/current loopback) - Fault insertion switching - Chassis & remote controller - Amplifier & attenuator module - Waveform generation - Digital I/O & prototyping - USB - Power supply - Low voltage / current source - Cable & connector solutions

  • Testing Equipment and Devices
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Minimum 0.7μV resolution: Thermocouple simulator

Minimum 0.7μV resolution: Thermocouple simulator

Can output low voltage accurately with high resolution, perfect for thermocouple simulation!

The PXI millivolt thermocouple simulator module from Pickering Interfaces is ideal for simulating thermocouples that can accurately output voltages for 32, 24, 16, or 8 channels. It can also be used for sensor emulation in ECU testing. The channels can operate in one of three voltage ranges (±20mV with a resolution of 0.7μV, ±50mV with a resolution of 1.7μV, or ±100mV with a resolution of 3.3μV) to cover various types of thermocouples. Even in the presence of common mode noise in the system, it uses a two-wire output for the reference sensor of the remote output to provide accurate voltage. Additionally, each simulation channel can be set to an open circuit to simulate sensor wiring failures. To enhance accuracy, each channel of the low voltage source records precise calibration data in the module. It also includes a calibration multiplexer for testing and verification purposes. We also offer dedicated cables for connecting the thermocouple simulator to the test system.

  • Other inspection equipment and devices
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Solar sensor light simulator

Solar sensor light simulator

A light simulator that can be used during thermal vacuum testing of solar sensors for space. It can also be used for solar panels and other optical devices.

The solar sensor light simulator uses a light source stabilized and controlled by an optical ground support equipment (OGSE) to simulate optical sensors. This simulator can be used during thermal vacuum testing. Additionally, this simulator can be used without making contact with the sensor being simulated. The configuration of the simulator consists of a controller, three optical heads, and an interface to a PC. This simulator can be used with solar sensors, solar panels, and other optical devices from any manufacturer.

  • Other measurement, recording and measuring instruments
  • Optical Measuring Instruments
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Space-use star tracker simulator

Space-use star tracker simulator

Ground simulator for satellite star trackers.

A ground support equipment (GSE) that can be used during thermal vacuum testing of a simple, robust, and low-cost star tracker for satellites. It accurately reproduces actual star patterns with a compact and stable controlled LED light source, ensuring reliability and reproducibility.

  • Sensors
  • Testing Equipment and Devices
  • Simulator

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Temperature Resistance RTD Digital Simulator '4530'

Temperature Resistance RTD Digital Simulator '4530'

Wide range of temperature resistance simulation possible! High-precision digital simulator.

The temperature resistance RTD digital simulator '4530' allows you to verify the display of the temperature measuring resistance body RTD based on the simulator device used for temperature measurement. The simulator, which can be remotely controlled via RS232/IEEE488/USB converters, also includes an analog decade type. We propose this to manufacturers handling temperature displays and temperature measurement/control devices currently in use. 【Features】 ■ Analog decade type is also available in the lineup ■ Remote control is possible via RS232/IEEE488/USB converters *For more details, please refer to the catalog. Feel free to contact us with any inquiries.

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  • Other measurement, recording and measuring instruments
  • Simulator

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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
  • Strength Testing Equipment
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[Case Study] Toyota Motor Corporation Driving Simulator

[Case Study] Toyota Motor Corporation Driving Simulator

To drive more safely and comfortably, we pursue a test environment that is as close to real driving conditions as possible!

The driving simulator, which pursues an environment that is as close to real driving as possible, is essential for experiments aimed at making driving safer and more comfortable. We aim for the integrated development of higher-level preventive safety technologies. By controlling the 12 degrees of freedom composed of 5 layers, we can combine these degrees of freedom to control appropriate motions that faithfully simulate the "sense of speed during driving," "acceleration and deceleration feel," and "ride comfort" based on the driving operations of the simulated vehicle installed in the dome. [Contents] - MTS's global achievements - Excellent motion system - Process for implementation - What the actual simulator is like - Future product development - Future market expansion ■□━━━━━━━━━━━━━━━━━・・・・・‥‥‥……… Why was MTS technology adopted by TOYOTA? Please take this opportunity to download the catalog to learn about the reasons, examples, and future developments. Alternatively, feel free to contact us. ■□━━━━━━━━━━━━━━━━━・・・・・‥‥‥………

  • Vibration Testing
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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
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Air Core ePost Tire Contact Surface Input Road Simulator

Air Core ePost Tire Contact Surface Input Road Simulator

Reproducing road surface shapes and irregularities with high precision! Significantly reducing operational and maintenance costs for vehicle testing!

Our "ePost System" is a road simulator suitable for vehicle testing (BSR, NVH tests) that can reproduce road conditions. The "Model 320 ePost Tire Contact Surface Input Road Simulator" can accurately reproduce road shapes and irregularities, allowing for highly reliable vehicle structure testing. This "Air Core" model employs a hybrid actuator that combines linear electromagnetic and pneumatic systems. Compared to hydraulic simulators, it significantly reduces operational and maintenance costs. 【Features】 ■ Supports noise, squeak, and rattle (BSR) as well as NVH testing ■ Achieves an environmentally friendly testing environment with a clean system ■ Can be installed in environmental chambers ranging from -40°C to 70°C ■ Offers three models to accommodate a wide range of vehicle sizes *For more details, please download the PDF or contact us.

  • Testing Equipment and Devices
  • Vibration Testing
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Lithography Simulator PROLITH

Lithography Simulator PROLITH

Virtual Lithography Simulator

The lithography simulator expresses the imaging by the exposure optical system and the process of photoresist exposure and development through numerical calculations on a computer, and calculates the shape of the photoresist after development. It has become an indispensable tool for research, development, and manufacturing in lithography.

  • Spectroscopic Analysis Equipment
  • Other core systems
  • Simulator

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Driving Simulator "OP-ROAD"

Driving Simulator "OP-ROAD"

You can visually confirm the planned linear path with the APS-MarkIV using a driving simulator.

This system generates a three-dimensional model from the design data of the road and railway alignment planning system "APS-MarkIV" and displays a driving image. It can create a three-dimensional model from the design data planned and examined with APS-MarkIV, allowing for driving simulations. During discussions and consensus-building, stakeholders can share three-dimensional models and driving videos, enhancing the efficiency and sophistication of road design. ● It allows for the confirmation of harmony between horizontal and vertical alignments and visibility checks using videos and still images. ● Fixed targets can be set at the positions of forward targets and measurement points during simultaneous driving, which can be used for visibility checks. ● The dual-screen simultaneous driving function makes it easy to compare and examine routes. ● It can simulate driving through intersections, box culverts, and interchanges (IC/JCT).

  • 2D CAD Construction
  • Simulator

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Simulation Power Supply "MODEL 62000H-S Series"

Simulation Power Supply "MODEL 62000H-S Series"

High-speed and high-precision 100kHz digital measurement circuit! Introducing the solar array simulator.

The "MODEL 62000H-S Series" is a product that can rapidly simulate the I-V characteristic output of various solar cell materials based on parameters such as Voc, Isc, Vmp, and Imp. It can store 100 patterns of I-V curves in memory and allows the simulation time for the curves to be set from 1 to 15,000 seconds. It can faithfully reproduce the I-V curves from sunrise to sunset. Additionally, the voltage and current values measured with high precision at 16 bits can be monitored in real-time for MPPT efficiency through a soft panel. 【Features】 ■ Maximum output voltage: 0–150V/600V/1000V/1800V ■ Height 3U/15kW (due to high power density mounting technology) master-slave operation ■ High-speed transient response solar array simulation ■ Simulation of multiple solar panel I-V characteristics ■ High precision V & I measurement *For more details, please refer to the PDF document or feel free to contact us.

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  • Other power sources
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Thin-film solar cell simulator

Thin-film solar cell simulator

Device analysis tool for thin-film solar cells

The features of device modeling are introduced using APSYS for various physical models and quantum tunneling. The model and material absorption properties for a-Si are explained using a-Si, muC-Si, a-SiGe, and ITO/ZnO. As modeling results for a-Si PIN solar cells, examples of calculations for dual junction muC-Si/a-Si and triple junction a-Si/a-SiGe/a-SiGe tandem solar cells are presented. By combining 2D/3D ray tracing and FDTD modules, it is possible to efficiently design and analyze thin-film solar cells on Si substrates using APSYS.

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Multi-junction solar cell simulator

Multi-junction solar cell simulator

Device analysis tool for multi-junction solar cells.

An example of 2D/3D simulations of single-junction and multi-junction compound semiconductor solar cells is presented. A non-local tunnel junction model was calibrated through experiments. The solar spectrum was used as a bias to analyze the external quantum efficiency. The I-V characteristics, Isc, Voc, and quantum efficiency showed consistency between modeling and experimental results. From the modeling results of multiple suns, it was shown that the optimal number of suns varies with the spacing of the contact pads, and the effects of different series resistances were demonstrated.

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Laser Irradiation Contact Solar Cell Simulator

Laser Irradiation Contact Solar Cell Simulator

Device analysis tool for laser-irradiated contact solar cells.

An example of the laser fired contact (LFC) process using the Crosslight process simulator CSuprem and the device simulator APSYS is illustrated. Ultimately, the LFC structure was incorporated into the rear-contacted cells (RCC) device in APSYS, successfully modeling the solar cell performance. The reasonable performance of the RCC device with LFC was demonstrated. The results discuss the actual laser pulse irradiation and suggest the possibility of Al atoms diffusing into the molten Si. 2D/3D modeling of solar cells with LFC is possible using Crosslight's CSuprem and APSYS.

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Device simulator for sapphire substrate LED using FDTD.

Device simulator for sapphire substrate LED using FDTD.

FDTD method analysis tool for LEDs with two different surface structures.

Two types of LED device structures with different surface shapes were simulated using the FDTD method in APSYS, resulting in an angle-dependent light intensity distribution. The differences in surface shape are reflected in the light intensity. A 3D structure can be simulated using the same method as in 2D.

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Phosphor LED light ray tracing simulator

Phosphor LED light ray tracing simulator

Light ray tracing simulation analysis tool for LED coated with phosphor.

Introducing techniques for analysis procedures. Analyzing ray tracing and displaying the plots of the obtained results. (Angle distribution of LED output. Profile of absorbed power density in yellow/red phosphors. Spectrum of all light outputs.)

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3D Device Simulator for Nano Wire/Nano Tube LED

3D Device Simulator for Nano Wire/Nano Tube LED

Numerical analysis tool for GaN-based nanowire or nanotube devices.

Efficient analysis of GaN substrate nanowire and nanotube structures for LEDs using the device simulator (APSYS). Examples of device modeling and simulation are presented. A single nanotube with 15,000 mesh points in the quantum well was calculated as a test. The typical I-V characteristic calculation took about 20 minutes on a laptop with OS: Windows 7 and CPU: i5. The physical models and numerical analysis functions used in APSYS include "self-consistent calculations of the drift diffusion model combined with quantum mechanics," "utilization of polarization charges in polar and semi-polar forms," "thermal model," "IQE drop due to EBL doping, band offset, and polarization charges," and "extraction calculations using FDTD," among others.

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Organic LED simulator

Organic LED simulator

Physical models and analyses for calculations using various types of organic LEDs as examples.

Introducing various simulations of organic LEDs (Organic Light-Emitting Diodes) using the Crosslight device simulator APSYS. Quantum drift-diffusion model and analysis for organic semiconductors. Light extraction through 3D ray-tracing (non-microcavity mode). Modeling of electroluminescent spectra accompanied by Frenkel excitons. Calculations including microcavity effects. Application to active matrix organic EL (AMOLED). Analysis of white organic EL (WOLED) using a triple diffusion layer. Comparison of characteristics of low-voltage PIN structures with simulation and experimental results. Analysis of tandem organic EL (OLED).

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Photonic crystal LED device simulator

Photonic crystal LED device simulator

Device modeling and analysis tools for photonic crystal LEDs

This introduces the points of modeling and analysis examples of photonic crystal LEDs (PhCLED). It considers simulations based on photonic crystal LEDs with DBR. (2D/3D drift-diffusion model. Band analysis through physical simulation. Spontaneous emission and guided mode. Consideration of the depth of air holes, etc.) Additionally, it presents an analysis of guided multimodes using InGaN photonic crystal LEDs. The results of these simulations are consistent with reported theories and experiments.

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High Brightness Light Emitting Diode Device Simulator

High Brightness Light Emitting Diode Device Simulator

3D modeling tool for high-brightness light-emitting diodes (SLED)

Explanation of a theoretical model based on Green's function theory. Analysis using test devices. (Profile of lateral mode, gain, band diagram, carrier distribution under different injections, spatial hole burning, I-V characteristics, L-I curve, 3D effects on amplifier spontaneous emission.)

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  • Simulator

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