グリーンテクノ Product Lineup

Many people may have actually experienced static electricity attracting hair to a desk or dust to a microfiber cloth. President Tanaka and Assistant Hayashi from Green Tech Co., Ltd., who are experts in static electricity, will conduct an experiment demonstrating how static electricity can cause paper to stick to objects, explaining it clearly in a video. In this experiment, we will use the "Corona Charging Gun (GC90)" and the "Battery-Powered Charging Gun (GC25B)" to conduct an experiment on the adhesion of film due to static electricity. We will show scenes where the film is attracted to a metal plate and conduct an experiment where ordinary paper is stuck to a wall. Green Tech will continue to conduct various experiments and proposals utilizing static electricity, discharge, and charging. If you are interested, please take a look! *The experimental video can be viewed in the middle of the page. 　　　　　　　　　★Free Demo Available★ If you visit Green Tech, we will provide a free demonstration of the actual equipment. If you would like to "see the lineup" or "test/verify with the actual equipment," please contact us through the [Contact Us] section below. *We also accept contract manufacturing of high-voltage power supplies.

A charging gun that can generate static electricity continuously or intermittently. It is a handy charging device that is useful for simple charging tests and is increasingly being used as educational material in schools. At Green Tech, we offer three types of charging guns tailored to different applications. ■ Corona Charging Gun (GC90) *Available for paid rental ・Maximum output voltage: 90,000V ・Please specify either positive or negative polarity ■ Simple Charging Gun (GC50S) *Available for paid rental ・Maximum output voltage: 50,000V ・Compact and inexpensive. Suitable for school materials ■ Battery-Powered Charging Gun (GC25B) ・Maximum output voltage: 25,000V ・Operates on four AA batteries *For specific application examples, please see the bottom of the page. For more detailed specifications, please download the materials. 　　　　　　　　　★Free Demo Available★ If you visit Green Tech, we will provide a free demonstration of the actual device. If you would like to "see the lineup" or "test/verify with the actual device," please contact us using the information below. *We also accept contract manufacturing of high-voltage power supplies. Please inquire first.

As a case study for the introduction of an electrostatic device, we would like to introduce a video of the application of posters. The product used in the video is a "battery-operated electrostatic gun" that can attach posters, flyers, stickers, and more using static electricity. It is effective in situations such as attaching posters in kindergartens to improve safety and in food factories to prevent foreign object contamination. If you are considering implementation, please be sure to watch the video. 【Examples of Use】 ■ Attaching posters in kindergartens (improving safety) ■ Attaching posters in food factories (preventing foreign object contamination) *For more details, please refer to the related links or feel free to contact us.

As a case study for the introduction of an electrostatic device, we have released a video showcasing the application of film adhesion. By placing a film over a metal surface that is grounded at the back and then charging it, the films stick together. This is useful in secondary processes of laser processing and in film winding scenarios. For more information about the "battery-operated electrostatic gun" used in the video, please refer to the related links. 【Applications】 ■ Secondary processes of laser processing ■ Film winding *For more details, please check the related links or feel free to contact us.

As a case study for the introduction of an electrostatic device, we have released a video demonstrating the application of film to metal cans. When a film is placed on a SUS plate and charged, the film adheres to the SUS plate. This is useful in scenarios such as labeling metal cans and assisting with labeling wine bottles. You can find more details about the "battery-operated electrostatic gun" used in the video through the related link. 【Applications】 ■ Labeling metal cans ■ Assisting with labeling wine bottles *For more details, please refer to the related link or feel free to contact us.

As a case study for the introduction of an electrostatic device, we have released a video demonstrating the application of a film onto a SUS plate. Using a "battery-operated electrostatic gun," we showcase how the film adheres to the SUS plate when charged. This method is suitable for applying protective films to metal plates and preventing misalignment when bonding metal laminates and metal coils. 【Applications】 ■ Applying protective films to metal plates ■ Preventing misalignment when bonding metal laminates and metal coils *For more details, please refer to the related links or feel free to contact us.

In the automotive interior industry, the application of interior films requires both aesthetic finish and work efficiency. In particular, applying films to curved or complex shapes poses challenges such as the inclusion of air bubbles and misalignment, which can impact work time and costs. Our static electricity gun temporarily holds the film in place using electrostatic force, making positioning easier and addressing these challenges. 【Usage Scenarios】 - Temporary fixing of interior films - Application of films to dashboards, door trims, etc. - Fixing films during the prototype stage 【Benefits of Implementation】 - Reduction in work time - Improvement in finish quality - Reduction in adhesive usage - Compatibility with various materials

In the medical field, especially in hygiene management, various strategies are required to maintain cleanliness. For example, new approaches utilizing static electricity, such as protecting instruments and temporarily securing disposable materials, are effective. Our static charge gun enables experiments to temporarily secure films and papers without using adhesives, suggesting new possibilities in hygiene management. 【Usage Scenarios】 - Securing protective films for medical instruments - Temporary fixation of disposable materials - Creation of experimental samples 【Benefits of Implementation】 - No adhesives needed, preventing damage to objects - Easy experimentation and verification - Clear demonstration of experiments through videos

In the electronics industry, evaluating insulation performance is crucial for enhancing product reliability. Through experiments utilizing static electricity, the performance of insulating materials can be visually confirmed. This product enables experiments that temporarily attach films or paper to objects using static electricity, helping to deepen the understanding of insulation performance. 【Usage Scenarios】 - Insulation evaluation of electronic components - Performance comparison of insulating materials - Experiments utilizing static electricity 【Benefits of Implementation】 - Visualization of insulation performance - Enhanced understanding through experimentation - Acquisition of fundamental data for product development

In the construction industry, proper fixation of insulation materials is crucial for insulation installation. In particular, the application of films or sheets to walls is an important process that affects insulation performance. The use of adhesives can lead to increased labor and costs. Additionally, if uniform application is difficult, there is a risk of reduced insulation effectiveness. Our static electricity gun addresses these challenges by temporarily fixing films and sheets using static electricity. 【Usage Scenarios】 - Temporary fixation of insulation films - Application of vapor barrier sheets - Temporary securing of interior materials 【Benefits of Implementation】 - No need for adhesives, reducing construction time - Improved insulation performance through uniform application - Cost savings

In the advertising and decoration industries, there is a demand for easily and beautifully installing decorative items at exhibitions and events. Particularly, setting up in a short period and securing decorations to walls are important challenges in balancing work efficiency and aesthetic finish. Our electrostatic gun enables the temporary attachment of films and paper using static electricity without adhesives, addressing these challenges. 【Usage Scenarios】 - Decoration at exhibition booths - Poster displays at event venues - Store displays - Temporary fixing of advertising materials 【Benefits of Implementation】 - No adhesives needed, making application and removal easy - Quick setup possible - Less likely to damage the surfaces - Reusable

In greenhouse agriculture, the proper installation of the film on the greenhouse is crucial for maintaining the growing environment of the crops. Any sagging or gaps in the film can reduce the efficiency of temperature management and allow pests and diseases to enter. If the film can be temporarily fixed using static electricity, it can lead to improved work efficiency. This product introduces an experiment demonstrating how to temporarily attach the film to objects using static electricity through a video. 【Usage Scenarios】 - Film installation work in greenhouses - Temporary fixing of the film - Experimental use 【Benefits of Introduction】 - Improved work efficiency - Simplification of film installation - Potential applications to various materials

In the space development industry, reducing the weight of rockets and satellites is an important challenge. Weight reduction leads to lower launch costs and an increase in the equipment that can be carried. In particular, securing films and thin films in space requires a lightweight and reliable method. Traditional adhesives carry the risk of increased weight and degradation due to environmental changes in space. Our electrostatic film attachment experiment presents a solution to these challenges. 【Application Scenarios】 - Securing insulation films on spacecraft - Securing protective films on solar panels - Simple material securing inside space stations 【Effects of Implementation】 - Weight reduction by eliminating the need for adhesives - Simplified attachment process - Compatibility with various materials

In the security industry, various measures are required to deter unauthorized intrusions and illegal activities. Particularly in areas that are prone to destruction, such as window glass and showcases, it is important to implement strategies that delay intrusions. By using static electricity to temporarily secure films or papers, it becomes more difficult for intruders to gain access, thereby enhancing security effectiveness. Our electrostatic gun enables experiments utilizing this static electricity. 【Usage Scenarios】 - Temporary fixing of security film on window glass - Temporary attachment of notices on showcases - Displaying alerts on surveillance cameras 【Benefits of Implementation】 - Deterrent effect on intruders - Visualization of security measures - Effectiveness verification through easy experiments

In the world of artistic expression, there is a constant demand for new methods of expression and combinations of materials. The technology that utilizes static electricity to fix materials expands the possibilities of expression that traditional adhesives could not achieve. For example, it allows for the three-dimensional arrangement of films and thin materials, making temporary exhibitions and installations easy to realize. Our electrostatic gun is a tool that enables these expressions. 【Usage Scenarios】 * Installation works * Temporary material fixation at exhibitions * Temporary fixation in three-dimensional modeling 【Effects of Implementation】 * Development of new methods of expression * Free arrangement of materials * Increased efficiency in exhibition work

In the world of art expression, there is always a demand for new methods of expression and combinations of materials. The technology that uses static electricity to fix materials expands the possibilities of expression that could not be achieved with conventional adhesives. For example, it allows for the three-dimensional arrangement of films and thin materials, making temporary exhibitions and installations easy to realize. Our electrostatic gun is a tool that enables these expressions. 【Usage Scenarios】 * Installation works * Temporary material fixation at exhibitions * Temporary fixing in three-dimensional modeling 【Effects of Implementation】 * Development of new methods of expression * Free arrangement of materials * Increased efficiency in exhibition work

In the world of artistic expression, there is always a demand for new methods of expression and combinations of materials. The technology that utilizes static electricity to fix materials expands the possibilities of expression that could not be achieved with traditional adhesives. For example, it allows for the three-dimensional arrangement of films and thin materials, making temporary exhibitions and installations easy to realize. Our electrostatic gun is a tool that enables these expressions. 【Usage Scenarios】 * Installation works * Temporary material fixation at exhibitions * Temporary fixing in three-dimensional modeling 【Effects of Introduction】 * Development of new methods of expression * Free arrangement of materials * Increased efficiency in exhibition work

In the precision machinery industry, accuracy and efficiency are required for the assembly and fixation of small components. Misalignment of parts and inadequate fixation can lead to a decline in product quality and the occurrence of defects. Our electrostatic gun temporarily holds components in place using static electricity, supporting precise positioning and assembly. This contributes to improved work efficiency and stabilized quality. 【Usage Scenarios】 - Assembly processes of precision machinery - Temporary fixation of small components - Placement of components on circuit boards 【Effects of Implementation】 - Prevention of part misalignment - Reduction of work time - Improvement in quality

In the logistics industry, packaging operations require efficiency and safety. In particular, when using films or sheets for packaging, the generation of static electricity can reduce work efficiency. The occurrence of static electricity can also lead to the adhesion of foreign substances and discomfort for workers. Our static eliminator gun addresses these challenges by controlling static electricity. 【Usage Scenarios】 - Temporary fixing of films and sheets - Securing cushioning materials - Adsorbing packaging materials 【Benefits of Implementation】 - Reduction in work time - Improvement in packaging quality - Decreased risk of foreign substance contamination

In experimental research fields, the generation and control of static electricity can be significant challenges. Particularly in evaluating the charging characteristics of materials and observing phenomena utilizing static electricity, there is a demand for devices that can easily generate static electricity. Inappropriate devices may compromise the reproducibility of experiments or fail to yield accurate data. Our charging gun allows for the easy generation of static electricity, supporting various experiments in research. 【Usage Scenarios】 - Simple experiments utilizing static electricity - Confirmation of decharging effects - Educational experiments 【Benefits of Implementation】 - Increased efficiency of experiments - Broadened scope of research - Acquisition of accurate experimental data