Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
121～150 item / All 182 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.
Biological Science Genetics Supplement No. 24
"The Science of Biology: Genetics" compiles the popular column "Key Points of Experiments and Observations," which has been serialized since January 2017 for four years, organized by field into a single volume. Science and biology teachers across the country clearly explain the key points to avoid "failures" based on their practical experiences.
Currently being conducted in collaboration with AIST! Introducing a single-cell pickup experiment using nano tweezers.
This document introduces a single-cell pickup experiment using a nano tweezers developed in collaboration with AIST. Nano tweezers are tweezers made by microfabricating silicon wafers using advanced technology. It includes features of the nano tweezers as well as observations of the experimental process. The experiment is currently ongoing, so please contact us if you are interested. 【Features (Nano Tweezers)】 ■ Tip material: Single crystal silicon (with SiO2 coating and metal film) ■ Capable of grasping samples ranging from several hundred nm to several tens of μm ■ Tips can be opened and closed in parallel *For more details, please refer to the PDF document or feel free to contact us.
![Mac Technical Report [Applications] Mixer Settler Acid Extraction Experiment](https://image.mono.ipros.com/public/product/image/e36/2000664613/IPROS59942062974711019276.png?w=280&h=280)
As basic data for the device, useful information is provided. Reporting the results of the acid extraction experiment using a mixer-settler!
This document is "Applications_001" from the Mac Technical Report, which reports the results of acid extraction experiments using a mixer-settler. It examines the extraction efficiency when extracting acid with a continuous system compared to batch extraction. I believe this information will be useful as basic data for the equipment. Please take a moment to read it. 【Contents (partial)】 ■ Mixer-settler acid extraction experiments ■ Acid extraction experiments ■ Batch extraction ■ Mixer-settler system ■ pH measurement *For more details, please refer to the PDF document or feel free to contact us.
Demonstration experiments for solving social issues.
Procedure for Demonstration Experiments to Solve Social Issues 1. Preparation for Social Experiments and Demonstration Experiments Demonstration Field Target Participants - What do you want to know? - What do you want to demonstrate in the experiment? - Who do you want to conduct the demonstration experiment with, and where? 2. Implementation of the Demonstration Experiment To potential users in real situations Ensuring safety Ensuring reliability In order to solve social issues, if you have multiple different demonstration experiments for the target participants, you can compare and evaluate more accurately which prototypes are better or worse in certain aspects and summarize the feedback. 3. Recording the Results of the Demonstration Experiment Feedback Analysis Recording results is extremely important. While recording, actively observe how the participants use or misuse what has been provided. Do not immediately correct what the demonstration experiment participants are doing. 4. Inferring Insights Utilization of Result Data Improve the prototype through insights and apply it to the target customer segment. The purpose of the demonstration experiment is to further understand the needs of the target customer segment and enhance empathy in order to solve social issues.
![Laser resin welding tests and experiments [conducted at our permanent lab]](https://image.mono.ipros.com/public/product/image/534/2000956197/IPROS3860004745410768644.JPG?w=280&h=280)
We offer laser resin welding tests (for free).
We can conduct welding experiments at our permanent lab. If you can prepare resin plates (flat sheets), we offer welding experiments free of charge. Additionally, we can evaluate the welding results using the following facilities: - Microscope (Leica) - Strength testing machine (automatic) - Simple machining tools (cutting/drilling) - Leak test Feel free to contact us for visits or demonstrations of the main unit. *We kindly ask that you contact us in advance to make a reservation for your visit.*
A coating agent that provides anti-fouling and easy cleaning properties. We conducted an oil stain removal experiment comparing it with commercially available hydrophilic coatings.
The "KPP Series" is a super-hydrophilic anti-fouling coating that achieves membrane strength and durability that conventional hydrophilic films could not realize, by cross-linking through UV curing. 【Comparison Experiment with "Commercial Hydrophilic Coatings"】 ■ Coated plastic plates with the "KPP Series" and a "hydrophilic coating agent." ■ Dropped a liquid mixture of oleic acid and carbon black (oil stain) onto each. ■ Dropped water onto the oil stains. 【Experimental Results】 In the case of the commercial coating agent, the oil stain remained attached even after water was dropped, while on the coated plate of the "KPP Series," the oil stain formed beads and floated up, allowing the water to wash it away. Thus, by applying the "KPP Series," it is possible to enhance anti-fouling properties. 【Other Features of the "KPP Series"】 ■ Low volatile components, environmentally friendly ■ Good scratch resistance ■ Good chemical resistance ■ Good detergent resistance *For more details, please download the PDF or feel free to contact us. ◇ Koshin Chemical offers contract development and processing of products related to dispersion know-how and various dispersing machines. Please feel free to contact us.
![[Original Technology] Super Micro Sieve Strength Test](https://image.mono.ipros.com/public/product/image/e7d/2001522708/IPROS4477452689224045708.jpg?w=280&h=280)
The important factor in screening is the strength of the sieve; damage to the sieve has a significant impact on the product, so quality is verified through rigorous testing.
■ The photo in the center shows the dent created when the tip of a flathead screwdriver was dropped from 7 cm above the screen. The "Super Micro Sieve" is a sieve that withstands even formidable damage. ■ The photo on the right shows the condition of a hole that was damaged during use in a typical sieve. "Coarse particles mix into the product from the damaged area." ■ The aspect ratio serves as a guideline for evaluating the technical level of sieves. 1. Our company: Plate thickness (50) ÷ Hole diameter (5) = Aspect ratio 10, high strength. 2. Competitor: Plate thickness (10) ÷ Hole diameter (5) = Aspect ratio 2, thin, risk of damage. Challenge ■ Currently developing Super Micro Sieves with even smaller hole diameters of Φ1 and Φ3. ■ While we anticipate technical challenges, innovative ideas often arise from difficult problems.
![[Original Technology] Sieve Reliability Test Drop Experiment](https://image.mono.ipros.com/public/product/image/180/2001522709/IPROS1333982018586860402.jpg?w=280&h=280)
What is a high-reliability sieve "Super Micro Sieve"? Quality verification through rigorous testing.
■ Since the damage to the sieve has a significant impact on product reliability, we verify quality through rigorous testing. ■ Verification Item 1: Hole diameter accuracy - Is there any dent caused by small impacts? ■ Verification Item 2: Opening ratio - Is there any enlargement of holes due to small impacts? ■ Verification Item 3: Sieve strength - Does the sieve break under small impacts? Special Note ■ The images in the photos were also presented at the "Powder Industry Exhibition." The sieve strength tests can also be viewed in a [video].
Basic knowledge of rigid polyurethane! Fiber-based insulation materials (glass wool) have high vapor permeability and moisture retention!
At Tada Plastic Industry, we conducted a comparative experiment on the water absorption properties of rigid urethane and glass wool. Fiber-based insulation materials (glass wool) have high vapor permeability and moisture retention, and they absorb water and sink when placed in water. The intrusion of water into insulation materials can lead to a significant decrease in insulation performance, as well as the growth of mold and mites, and issues arise due to the weight of the moisture causing them to fall. *For more details, please refer to the PDF document or feel free to contact us.
We attached liquid IC tags to containers filled with various liquids and conducted reading experiments.
UHF band RFID is greatly affected by liquids and metals. Our company has quickly addressed these challenges and received positive feedback. This time, we focused on liquid tags and conducted reading experiments with various liquids and containers. 1. Plastic bottle filled with water 0:30~ 2. Olive oil in a glass bottle 0:55~ 3. Pasta sauce in a glass bottle 1:15~ 4. Coffee in a steel can 1:37~ Even if the contents are liquid, please choose metal-compatible IC tags if the container is metal. Our metal-compatible IC tags are also very well received.
![[EIB (Micro-Nano Bubble) Implementation Results] Lake Biwa Purification Experiment](https://image.mono.ipros.com/public/product/image/210/2000556146/IPROS22773219359180528962.png?w=280&h=280)
The thickness of the sludge at the bottom of the closed water tank decreased by 8 cm in 130 days! We will introduce a case of implementing EIB in Lake Biwa.
Lake Biwa, located in Shiga Prefecture, is the largest lake in Japan in terms of area and water storage capacity. However, organic matter such as algae and bacteria settles at the bottom of the lake, leading to the formation of sludge, with approximately 2 millimeters accumulating annually in the southern lake. To address this, purification was implemented through the activation of indigenous microorganisms using 'EIB (Micro-Nano Bubbles).' As a result, the thickness of the sludge at the bottom of the closed water tank decreased by 8 cm over 130 days, and it was found that simply circulating lake water containing ultra-fine bubbles could activate microorganisms present in nature and decompose and eliminate the sludge. 【Verification Experiment】 ■ Title: Lake Biwa Purification Experiment ■ Duration: March 2013 – 160 days of operation ■ Location: Yanagisaki, Lake Biwa (Otsu City, Shiga Prefecture) ■ Information: Organic matter such as algae and bacteria settles at the bottom of the lake, leading to sludge formation. ■ Purification Method: Purification through the activation of indigenous microorganisms using EIB. *For more details, please refer to the PDF document or feel free to contact us.
Place tomatoes in a sealed space and expose them to chlorine dioxide gas for 10 minutes every 12 hours for comparison!
We would like to introduce the tomato decay prevention experiment conducted by Daiichi Seidenki Co., Ltd. Tomatoes were placed in a sealed space at room temperature of 26-27°C and a temperature of 68-70°F, and were exposed to chlorine dioxide gas for 10 minutes every 12 hours for comparison. After 84 hours of gas exposure, mold approximately 1mm in diameter appeared in 5 or 6 locations, while in the absence of exposure, the entire tomato decayed. [Test Scene] - Tomatoes were placed in a sealed space and exposed to chlorine dioxide gas for 10 minutes every 12 hours for comparison. - Room temperature: 26-27°C - Temperature: 68-70°F *For more details, please refer to the PDF document or feel free to contact us.
![[Experimental Video] Surface Discharge Experiment](https://image.mono.ipros.com/public/product/image/3a4/2000477163/IPROS05572994268401049162.png?w=280&h=280)
Experiment using a corona discharge gun! I will explain the surface discharge experiment clearly in a video.
At Green Tech Co., Ltd., we handle high-voltage power supplies. This time, we would like to introduce an experimental video using the "Corona Charging Gun," which easily generates static electricity and charges objects simply by pulling the trigger. The video clearly explains the surface discharge experiment. Our company will continue to conduct various experiments and proposals utilizing static electricity, discharge, and charging. If you are interested, please take a look. *For more details, please refer to the external link page or feel free to contact us. *We also accept contract manufacturing of high-voltage power supplies.
![[Experimental Video] Adsorption Experiment of Microorganisms](https://image.mono.ipros.com/public/product/image/c1f/2001506760/IPROS16884450155664231501.png?w=280&h=280)
The video explains the experiment on the adsorption of microorganisms in an easy-to-understand manner!
At Green Tech Co., Ltd., we handle high-voltage power supplies. This time, we are introducing an experimental video using a "battery-operated electrostatic gun." The video clearly explains the experiment on the adsorption of fine particles. With just a pull of the trigger, static electricity is easily generated. This product is characterized by its ability to charge the target object. Our company will continue to conduct various experiments and proposals utilizing static electricity, discharge, and charging in the future. If you are interested, please take a look. *For more details, please refer to the external link page or feel free to contact us. *We also accept contract manufacturing of high-voltage power supplies.
