We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Simulator.
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Simulator Product List and Ranking from 38 Manufacturers, Suppliers and Companies

Last Updated: Aggregation Period:Jul 23, 2025~Aug 19, 2025
This ranking is based on the number of page views on our site.

Simulator Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Jul 23, 2025~Aug 19, 2025
This ranking is based on the number of page views on our site.

  1. null/null
  2. null/null
  3. アドテックエンジニアリング Tokyo//Industrial Machinery
  4. 4 テクノブレイン Kyoto//software
  5. 5 null/null

Simulator Product ranking

Last Updated: Aggregation Period:Jul 23, 2025~Aug 19, 2025
This ranking is based on the number of page views on our site.

  1. For suture practice! Dermal buried suture simulator 'BUYSSkin'
  2. Solar Simulator Wacom Densou-made Super Solar Simulator アドテックエンジニアリング
  3. Air Traffic Control Training Simulator "ULANS" テクノブレイン
  4. 4 Lithography Simulator PROLITH リソテックジャパン
  5. 5 CPS device for nursing schools "Octopus CVP-1030" 中部ビデオプロダクツ

Simulator Product List

316~330 item / All 391 items

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Pharmaco-PICOS

Next-generation training tool for the post-COVID era, currently active in medical universities.

This is an online pharmacology practical simulator that reproduces drug administration experiments on guinea pigs. ◆ Each student can simulate using a tablet or computer, making pharmacology experiments possible even in a remote environment. ◆ Specializing in "pharmacology experiments" for classes in medical universities, nursing, and agricultural departments. We pursue user-friendly features for pharmacology experiments in medical universities, such as experiment time acceleration and report download functions. You can simulate the reactions of the heart, blood vessels, and digestive tract after administering drugs to guinea pigs as many times as needed. ◆ Can be introduced at a "low cost." One license costs 20,000 yen, allowing five students to connect simultaneously, keeping the introduction costs down. ◆ "No animal sacrifice" drug administration experiments. In light of animal welfare concerns, there is a growing call to reduce experiments using animals, and this allows for repeated experiments without sacrificing animals. ◆ Significantly reduces the "effort and time" required for experiments. After introduction, there is no need to extract atria or ileum to prepare for experiments. It is a web system that can be used simply by logging in, making the introduction easy. ◆ Reliable "Made in Japan" and "Japanese language support." With Japanese display and user-friendly design, students can operate it without confusion.

  • Other information systems

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[Market Research Report] Global Medical Simulation Market

The global medical simulation market is expected to reach 7.19 billion dollars by 2031.

The global medical simulation market, which was approximately $1.9 billion in 2022, is projected to reach $7.19 billion by 2031. This indicates a compound annual growth rate (CAGR) of 15.95% during the forecast period from 2023 to 2031. Recent market analysis suggests that the main drivers of this growth are the expanding use of simulations in the healthcare sector, the rising mortality rates due to medical errors, and the goal of improving patient safety outcomes. As the popularity of virtual reality (VR) and augmented reality (AR) increases, these technologies have proven to be valuable in the education and communication of medical simulation programs. For example, virtual reality (VR) can facilitate remote collaboration among students on tasks such as surgeries, allowing them to apply their knowledge and correct mistakes. Incorporating VR and AR into practical training for procedures like surgeries and IV insertions can significantly enhance medical simulation. You can check the application method by clicking the [PDF Download] button or apply directly through the related link.

  • others

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A simulator you can use every day starting tomorrow, 'assimee'.

To derive the accuracy of production plans and process plans more quickly and simply.

Assimee realizes that "anyone can easily" and "use it daily" through an intuitive and user-friendly UI/UX and the utilization of generative AI. While traditional simulation software is mainly used for new line design and process analysis, Assimee can also be utilized for weekly and daily process management. It supports a wide range of problem-solving, including optimization of personnel numbers and placement, inventory optimization, and identification of bottlenecks.

  • Analytical Equipment and Devices

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Multi-channel battery simulator FT8350 series

High-precision, multi-channel, dual-quadrant programmable battery simulator.

The FT8350 series is a high-precision, multi-channel, dual-quadrant programmable battery simulator. It offers voltage accuracy of up to 0.01% F.S. and supports current measurements at the μA level. The device has up to 24 channels, which are isolated from each other, making it convenient for serial use of multiple channels. The simulator supports power mode, static power consumption testing functions, charging mode, discharging mode, battery simulation, sequence testing, pulse functions, and multi-fault simulation (only for the A series), meeting the requirements for BMS testing as well as being suitable for ATE testing of consumer electronic products. The built-in upper computer software is easy to operate, flexible, and user-friendly. It supports single-channel programming operations, multi-channel editing operations, and multi-process programming operations. It adopts a standard 19-inch chassis with a height of 3U and is equipped with LAN, RS485, and CAN communication interfaces, making it convenient for integration into R&D and automated test platforms, while also being usable as a standalone unit.

  • Power Supplies

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Multi-channel battery simulator FT8340

High-precision, multi-channel, dual-quadrant programmable battery simulator

The FT8340 series is a high-precision, multi-channel, dual-quadrant programmable battery simulator. The simulator's current can be charged and discharged, supporting various fault simulations, thus meeting the requirements for BMS testing as well as being suitable for ATE testing of consumer electronic products. The device has up to 12 channels, each electrically isolated, making it convenient for users to use in series. The built-in upper computer software is easy to operate, flexible, and user-friendly. It supports single-channel programming operations, multi-channel editing operations, and multi-process programming operations. The FT8340 series uses a standard 19-inch chassis with a height of 2U and provides dual network ports and an RS485 communication interface. This makes it convenient to integrate into R&D and production line automation testing platforms, or it can be used standalone.

  • Power Supplies

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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

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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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

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SESD230

Compact handheld type without a control base unit!

We would like to introduce our EMC testing equipment, the 'SESD230'. The ESD simulator (electrostatic discharge testing machine) is suitable for EMC testing of systems and devices as defined in the IEC/EN 61000-4 Part 2 standard. This test conducts resistance testing against electrostatic discharge and features two modes: air discharge and contact discharge. It comes equipped with an air discharge test probe for non-contact testing and a contact discharge test probe for contact testing. 【Features】 - Air discharge mode includes a function to display the actual discharge voltage. - Contact discharge mode has a contact control function that prevents discharge during non-contact. - Automatic testing is possible through programming. - Large and easy-to-read LCD panel. - Simple selection and setting of test content from the LCD panel. *For more details, please refer to the related links or feel free to contact us.

  • EMC Testing

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[English Market Research Report] Global Market for Racing Simulators

"Free samples" are currently being offered! Please check the application method from the [PDF download] button, or apply directly from the related links.

The global racing simulator market size is projected to grow from 500 million USD in 2024 to 1.1 billion USD by 2030, with a CAGR of 15.6% during the forecast period. The demand for racing simulators is driven by the increasing preference for global eSports events, the growing interest of motorsport associations in conducting virtual simulation racing events, and the rising popularity of racing simulators for recreational purposes.

  • Other services

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Creative Design Logic Simulator

We provide comprehensive solutions for system LSI.

By respecting individuals, building a corporate culture of mutual trust, and maximizing their abilities, we aim to create valuable technologies and products that contribute to society and culture.

  • Other semiconductors

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