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[Presentation of Materials] Solving Problems with the Power of Static Electricity! A Collection of Case Studies on the Use of Charging Devices

[Presentation of Materials] Solving Problems with the Power of Static Electricity! A Collection of Case Studies on the Use of Charging Devices

Utilize charging devices to effectively harness static electricity! By making static electricity your ally, it can help solve various challenges.

The charging device is a device that generates static electricity and is utilized in various applications such as film adhesion, flocking, and educational material production. Our company offers a lineup of charging guns with maximum voltages of 2.5V, 50kV, and 90kV to suit different applications. It can be used for a wide range of purposes, including reproduction tests for static electricity troubles, bonding resin materials to metals, and preventing load collapse. We encourage you to check the materials and explore the diverse applications of static electricity. 【Examples of Use (Partial)】 ■ Static electricity control during the adhesion of resin materials to metals ■ Reproduction tests for static electricity troubles ■ Use as a power source for electretization ■ Adhesion of posters (no tape or pushpins required) ■ Prevention of load collapse for transported items Additionally, we offer free demonstrations of the charging device at our company for those who visit. If you would like to see our lineup or conduct tests/verification, please feel free to contact us. *For more details, please download the materials.

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Utilizing static electricity to prevent the collapse of layered materials! Solving problems during transportation.

Utilizing static electricity to prevent the collapse of layered materials! Solving problems during transportation.

Prevent cargo collapse with static electricity! Solve troubles in transporting paper, film, and small items. Easy installation for improved work efficiency!

This is an example of preventing cargo collapse and transportation troubles that occur during the transport of lightweight laminated products due to static electricity. By temporarily adhering the products, it prevents shifting and falling, reducing line stoppages and the number of rework tasks. The implementation is also simple, making it easy to integrate into existing lines, and it can be widely used as a measure to prevent cargo collapse in various settings. Fixing laminated transport items. There are various achievements with paper, film, small items, etc. Grounding of the conveyor is required. The amount of static electricity varies depending on the specifications of the conveyor, so please contact us for details. [Case Overview (Partial)] - Fixing laminated transport items on the conveyor - Various achievements with paper, film, small items, etc. - Implementation record at a major printing company for a mail transport line.

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[Case Study of Charge Device] Measures Against Malfunctions of Pachinko Machines

[Case Study of Charge Device] Measures Against Malfunctions of Pachinko Machines

Reproducing static electricity troubles! It is possible to replace the electrode at the tip of the gun with an electrode of a shape suited to the purpose.

We would like to introduce a case study utilizing "static electricity devices" as a countermeasure against internal malfunctions caused by static electricity from pachinko machines and balls. We have reproduced the phenomenon where balls become charged and get stuck inside the pachinko machine. The static electricity devices used have features that allow for intentional charging of objects with simple operations. Please feel free to contact us if you have any inquiries. 【Case Overview】 ■ Reproduction of the phenomenon where balls become charged and get stuck inside the pachinko machine. *For more details, please download the PDF or feel free to contact us.

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Static electricity trouble resolution! Reproduction and visualization of issues!

Static electricity trouble resolution! Reproduction and visualization of issues!

Ideal for static electricity problems that are difficult to reproduce! It can also output positive and negative charges, and is easy to operate!

This page introduces evaluation and testing examples aimed at reproducing electrostatic issues and visualizing electrostatic phenomena. By using a charging device, it is possible to conduct reproduction tests of issues occurring on-site. It allows for the verification of the effectiveness of electrostatic countermeasures and the reproduction of electrostatic troubles in the manufacturing process. High reproducibility tests enable the visualization of phenomena, which can lead to comparisons before and after countermeasures and the use of technical documentation. It is ideal for cases such as "I don't feel the decharging effect," "I don't know where the charging is occurring," and "I know the cause but can't reproduce it." 【Overview of Examples (Partial)】 ■ Reproduction of electrostatic troubles in printed circuit boards ■ Verification of video output issues during charging and discharging of video equipment ■ Reproduction of electrostatic issues in the manufacturing process of various molded products ■ Reproduction of electrostatic issues on the manufacturing line *For more details, please download the PDF or feel free to contact us.

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[Case Study of Using Charging Devices] Diorama Production

[Case Study of Using Charging Devices] Diorama Production

A professional-grade flocking unit that can recreate grassland that looks real!

We would like to introduce examples of the use of "electrostatic devices" utilized in diorama production. Short fibers (pile) up to 3mm in length can be used, making it easy to apply flocking to three-dimensional objects. Additionally, simply changing the case allows for easy color changes of the short fibers (pile). We were able to recreate realistic grassland by applying electrostatic flocking to the trees and branches in the diorama. 【Case Overview】 ■ Electrostatic flocking applied to trees and branches in the diorama ■ Grass surface processing on sheets ■ Electrostatic flocking applied to miniatures and figures ■ Custom interior for automobiles ■ Handmade crafts *For more details, please download the PDF or feel free to contact us.

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Electretization of films and non-woven fabrics! Charging device with variable functions.

Electretization of films and non-woven fabrics! Charging device with variable functions.

Films and non-woven fabrics can be made into electret products. With a high-voltage power supply featuring variable functions, it is capable of outputting up to 100,000 volts.

An electret is a material that permanently retains electric polarization even in the absence of an external electric field, forming an electric field around it. Electret products are utilized in various forms, such as sensors, microphones, speakers, films, and non-woven fabrics. The "Corona Charging Bar" is a charging device that charges materials like plastics and various sheets, as well as electrets, through corona discharge. It can achieve voltages suitable for different purposes, with a maximum output voltage of 100,000 volts. Additionally, by combining it with a "Compact High Voltage Power Supply (GT80 or GT100)," it can be installed without using high-voltage cables. 【Features】 ■ The structure directly attaches the boost section to the charging bar, eliminating the need for high-voltage cables. ■ High reliability and long lifespan due to vacuum casting. ■ Safety is prioritized by incorporating protective resistors at key electrode points. ■ Uniform distribution of current. ■ Minimal impact from noise and other influences on surrounding devices. *We also accept contract manufacturing of high-voltage power supplies. Please contact us for more information.

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