Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
121～135 item / All 185 items
Both free vortices and forced vortices can be observed.
To measure the actual surface shape of the vortex liquid and compare it with theoretical values for the purpose of understanding vortex theory, a globally best-selling model for university, technical college, and high school experimental equipment.
Basic experimental apparatus for hydraulic (beneficial) studies of overflow and other hydraulics using a small inclined flume and a submerged weir.
【Features】 ○ Adjustable slope of open channels with a transparent visibility mechanism ○ No need for large water supply and drainage facilities due to the flow system using a circulation pump
To prevent malfunctions caused by heat generation on the production line!
Using contact probes, actual current is applied. The heating temperature and resistance value during the application of current are measured. In order to conduct current application experiments with actual electrodes, we can provide suggestions for contact probes suitable for mass production lines and even support prototypes. 【Benefits of Using Our Services】 ■ Anticipate potential issues that may arise before mass production ■ Understand the optimal conditions for contact probes tailored to each product ■ Implement measures to prevent overheating during mass production ■ Reduce costs during mass production *You can observe the experimental process. Please feel free to contact us!
The bubble diameter generates microbubbles around 20 microns.
The separation of floating algae by adding a neutralizing agent is perfect.
Introducing photos of the experimental scene and the experimental results! Includes supplementary materials on the purification of the bottom of Lake Shinji.
This document introduces the results of the seabed purification experiment conducted by Enrique and his team from Kran as part of the Magellan Strait seabed purification experiment. In this experiment, fine bubbles were injected into the seabed using a 400L/min OK nozzle, and I asked Enrique about the purpose of the purification experiment. Additionally, as supplementary material, we have included "Purification of the Bottom of Lake Shinji." [Contents (excerpt)] ■ Seabed purification experiment ■ Answers to questions and inquiries ■ Photos of the experimental scene ■ About the experimental results ■ Discussion *For more details, please refer to the PDF document or feel free to contact us.
Verification through lightning experiments: Catching lightning with a solar bar! Protecting solar power systems from lightning!
The solar bar kit is a lightning protection device (lightning receiving part) developed specifically for solar panels. You can confirm its effectiveness through lightning strike experiment materials. 【Main Features】 ■ Labor-saving installation (kit system) → No special tools required, easy to install! ■ Lightweight → Long materials made of aluminum to reduce transportation costs ■ Products designed with consideration for galvanic corrosion → Made of aluminum and stainless steel ◎ A must-see effect for those considering lightning protection, please download the catalog to take a look. *For details, please contact us.
Introduction to the static electricity removal experiment using electro mesh and PP clear sheets.
*For details, please watch the video.*
Introduction to an experiment on static electricity removal from the human body using an anti-static mat.
*For details, please watch the video.*
Introducing Electro Jet Air.
*For details, please watch the video.*
SANEI Virtual Orbit
By using Virtual Orbit (a virtual trajectory based on mathematical formulas: 3D maps) downloaded to the vehicle via network distribution, drivers can see ahead where visibility is limited, which can be utilized for safety driving assistance in ITS and ADAS (Advanced Driver Assistance Systems) and for controlling CO2 emissions reduction. Additionally, it can be used for virtual test courses for vehicle development and experimentation in a short period, as well as for digitalizing the bumps and irregularities of real roads into bench test data.
Shortening development time and reducing costs with the use of 3D maps! It is possible to have ultra-precise surface irregularities!
We propose a market 3D road map for vehicle-mounted ECU development and bench testing using a vibration machine. This utilizes VirtualOrbit (virtual trajectory based on mathematical formulas: 3D map) and makes an innovative contribution to shortening development time and reducing costs. The biggest feature is that it can represent not only road curves, longitudinal slopes, and cross slopes (cant) but also ultra-precise surface irregularities. 【Features】 - Utilizes VirtualOrbit (virtual trajectory based on mathematical formulas: 3D map) - Contributes to shortening development time and reducing costs - Can represent not only road curves, longitudinal slopes, and cross slopes (cant) but also ultra-precise surface irregularities *For more details, please refer to the PDF document or feel free to contact us.
Introducing the mathematical virtual trajectory for automotive electronic component (ECU) development and testing (HILS) applications!
San-ei Giken conducts research and development of software, as well as contract computing services using electronic computers, and the design and manufacturing of various electronic devices. This document introduces mathematical virtual trajectories for automotive electronic component (ECU) development and testing (HILS) applications. [Contents (partial)] ■ Virtual test course for ECU development and testing ■ Driving simulation in the virtual test course ■ Used for bench testing ■ Utilized for CO2 emission reduction, power performance calculations, and various active controls ■ Overview of mobile measurement vehicle / MMS-Xv320ZL system *For more details, please refer to the PDF document or feel free to contact us.
Introduced a simulated plant facility. Enables testing and experiments for various applications such as forced errors and sensor selection.
The industrial IoT is being introduced in various fields. However, a lot of verification is necessary for implementation. In particular, experiments in manufacturing sites face many hurdles, such as the installation of sensors and the difficulty of encountering errors. In response, our company has introduced a "pseudo plant" facility. By using this facility, which is composed of motors and pumps, for verification purposes, we can enable: - Forced errors - Sensor selection - Verification of analysis - Data collection - Equipment selection And so on, allowing for applications and preliminary verifications in various fields. We encourage you to utilize this facility for the implementation of your predictive maintenance systems.
