共伸技研 Product Lineup

The "Flat Bar Mounted Polypropylene Linear Brush" is a brush with a flat bar that has long holes for bolt mounting, welded onto it. Polypropylene is characterized by its strength compared to nylon, and thicker wire diameters are suitable for scraping applications. It absorbs very little water, making it useful even when some rigidity is needed while water is being applied. Additionally, as a standard product, we have predetermined the dimensions in advance. It will be convenient if you consider this during the design phase. 【Features】 ■ Stronger rigidity compared to nylon ■ Thicker wire diameters are suitable for scraping applications ■ Absorbs very little water *For more details, please refer to the related links or feel free to contact us.

The "Flat Bar Green Nylon Straight Brush" is a brush with a flat bar that has long holes for bolt mounting, welded onto it. It is made of a resin-based bristle material, which is a common material. For applications such as washing, cleaning, sealing, and belt cleaning, please consider nylon first if you are thinking of using a resin-based material. Additionally, we have predetermined the dimensions for standard products in advance. It will be convenient if you consider this during the design phase. 【Features】 ■ Made of a common resin-based bristle material ■ Custom industrial brushes manufactured and sold with short lead times, starting from a single unit ■ Delivering 9,000 types of brushes to 400 customers annually *For more details, please download the PDF or feel free to contact us.

1982年の創業以来、40年以上にわたりオーダーメイド工業用ブラシの 製造を手がけてきたブラシのプロが作成した資料2点を進呈中です。 『工業用ブラシの選定ガイド』では、材質・毛量・コシの3要素をもとに、 用途に応じた毛材の選び方をフローチャート付きで解説。 『ブラシによる現場の課題解決事例集』では、異物混入・粉塵飛散・除電対策など、 装置や工程での“困った”をブラシにより解決した11の事例を掲載。 設置イメージや効果のポイントが把握しやすい内容です。 【資料内容（抜粋）】 ◎工業用ブラシの選定ガイド ■ブラシを選定する目安 ■工業用ブラシの材質を選ぶ ■毛量とコシ（強度）を決める ◎ブラシによる現場の課題解決事例集 ■異物混入対策（搬送ライン） ■錆び落とし（鋼線の処理） ■フィルム加工の安定化 ※詳しい内容は下記ダウンロードボタンよりご覧いただけます。 　お問い合わせもお気軽にどうぞ。

Molds play an important role in the semiconductor manufacturing process as well. By cleaning the molds while they are still hot, time savings can be achieved. At Kyoshin Giken, we offer materials that can withstand high-temperature environments. 【Usage Scenarios】 - Cleaning of heated molds - Removal of residues from plastic molding 【Benefits of Implementation】 - Reduction in cleaning time - Decrease in defective products

This is a brush product that allows for cable wiring while maintaining cooling efficiency in computer racks within data centers. By using longer nylon bristles, it ensures cable pass-through while minimizing cold air leakage. Additionally, it can be custom-made in width and length according to the installation environment, allowing for flexible adaptation to various rack specifications. 【Usage Scenarios】 - Wiring sections within server racks in data centers - Cable entry points for communication equipment racks - IT infrastructure facilities where air conditioning efficiency is crucial - Cooling improvement and energy-saving measures for existing racks 【Benefits of Implementation】 - Improved air conditioning efficiency by preventing cold air leakage - Stable operation of servers and reduced heat-related issues - Optimization of operational costs through reduced power consumption - Enhanced flexibility in wiring tasks and maintenance.

This is a wiper brush designed to prevent the intrusion of chips and coolant splatter through gaps inside machining centers. By installing it on movable parts and openings within the equipment, it helps suppress foreign object intrusion, contributing to reduced machine troubles and cleaning burdens. With a durable brush material and optimal bristle length design, it achieves both sealing and adaptability. It delivers stable performance even in harsh machining environments. 【Usage Scenarios】 - Measures for cover gaps inside machining centers - Prevention of chip intrusion in sliding and opening parts - Suppression of coolant splatter - Improvement of the environment around the machining area 【Benefits of Implementation】 - Reduction of failures and issues caused by chip intrusion - Decreased cleaning workload and labor-saving - Prolonged equipment lifespan - Improved working environment (prevention of splatter and dirt)

This is an internal winding brush that removes surface dirt and contaminants by passing the drawn wire pulled from the reel through it. By installing it before the processing machine, it enhances the cleanliness of the drawn wire surface and contributes to the stability of quality in subsequent processes. The structure of the brush being wound inward allows for uniform contact with the wire material from all around. It demonstrates stable cleaning performance even during continuous transport, enabling efficient removal of foreign substances. Custom designs are available according to wire diameter and application, including adjustments to inner diameter, bristle material, and density. 【Usage Scenarios】 - Pre-cleaning of drawn wire before processing (between reel and processing machine) - Removal of surface contaminants from wire and wire materials - Pre-treatment processes before plating and painting - Inline cleaning on continuous transport lines - Retrofitting to existing equipment 【Benefits of Implementation】 - Quality improvement through the removal of dirt and foreign substances from the drawn wire surface - Stabilization of subsequent processes (processing and surface treatment) - Reduction of defect rates - Efficient cleaning on continuous lines - Process improvement through easy installation

This is a roll brush type belt cleaner designed to remove raw materials and residues attached to the conveyor belts in food factories. By making contact with the surface of the belt during transport, it efficiently removes contaminants and maintains a clean conveying state. It can be used even during continuous operation, allowing for stable cleaning while minimizing the load on the belt. Installing it on the return side helps prevent the carryover and accumulation of contaminants, contributing to improved cleanliness across the entire line. Additionally, it can be manufactured with highly visible brush materials and stainless steel structures, offering specifications suitable for use in food manufacturing lines. There are proven applications in baking lines for products such as ningyo-yaki and baby castella, as well as in bread production lines. **Usage Scenarios:** - Conveyor belts for transporting food ingredients - Removal of residues and contaminants on manufacturing lines - Cleaning on the return side of conveyor belts - Manufacturing lines for baked goods like ningyo-yaki and baby castella - Conveyors in bread factories - Improvement of cleanliness in existing lines **Benefits of Implementation:** - Enhanced cleanliness through the removal of contaminants from the belt - Reduced risk of foreign material contamination - Prevention of carryover - Reduction in cleaning tasks and labor - Contribution to stable operation of the line

In data centers, it is necessary to pass a large number of cables through the back while minimizing air leaks to enhance cooling efficiency within the racks. The seal brush from Kyoshin Giken features a channel brush structure that optimizes hair length, density, and width, effectively sealing gaps without obstructing cable passage, significantly reducing cold air leakage. This contributes to improved cooling efficiency and dust prevention within the racks. By passing cables through the brush, they naturally align, leading not only to an improved appearance but also to enhanced workability during additional wiring and maintenance. Improvements in cable management are particularly valued in data center environments. Kyoshin Giken offers flexible delivery management tailored to project timelines, and can accommodate fully customized solutions that include not only hair length, density, and width but also the shape of mounting brackets. They can produce brushes with supplied brackets, as well as integrated production with brackets (including welding), and can manufacture brushes that fit existing racks or special openings starting from just one piece.

In the handling of debris and powder remaining on transport lines and conveyors, there are many challenges such as "simply sweeping it off is insufficient" and "it doesn't flow in the desired direction." The double helical brush from Kyoshin Giken addresses these issues by arranging the brushes in right-hand and left-hand twists, allowing for the diversion of transported materials and debris to the left or right, or gathering them to the center, enabling flow control tailored to specific applications. By adjusting the winding direction, pitch, bristle material, and wire diameter, it can accommodate everything from light powders to larger foreign objects. Custom manufacturing to fit existing equipment dimensions is possible, and optimal designs can be tailored to conveyor width and rotation speed. This contributes to reducing cleaning burdens, preventing line stoppages, and improving foreign object management efficiency.

This is a custom seal brush designed to address issues such as "gaps at cable openings increasing in data centers," "off-the-shelf products not fitting," and "tight deadlines before construction." Since dimensions vary by rack manufacturer and model, many cases do not fit standard products, and there is an increasing demand for urgent responses, especially just before construction deadlines. At Kyoshin Giken, we offer the flexibility to customize length, width, bristle length, density, and channel material, minimizing gaps at cable passage points to prevent cold air leakage. It also improves workability during additional wiring and ensures dust resistance. We can produce from a single unit, accommodating provided drawings, on-site measurements, and reproduction from samples. We have a proven track record of quick turnaround times and have received high praise from customers who want to meet their construction deadlines.

Debris left on the conveyor can scatter, making cleaning labor-intensive and potentially causing quality defects and foreign matter contamination by remaining inside the equipment. The double helical structure roll brush from Kyoshin Giken can control the flow of debris by combining right and left twists in its design. Movements can be designed according to applications, such as gathering in the center, separating to the sides, or dropping at both ends. All specifications, including bristle materials (nylon, resin-based, metal wire, etc.), bristle length, density, roll outer diameter, length, and shaft specifications, can be customized. It also accommodates replacement for existing equipment and designs the winding direction to match the flow of debris. This roll brush not only reduces cleaning workload but also contributes to quality stability.

On the transport line, dust and product debris may adhere to the conveyor surface during product transport. However, frequently stopping the line for cleaning can lead to a decrease in production efficiency. The roll brush from Kyoshin Giken can be installed on the return side of the conveyor, allowing for simultaneous cleaning of the conveyor surface while transporting. As the roll brush rotates and makes contact with the conveyor surface, it removes adhered substances, contributing to a reduction in the burden of cleaning tasks caused by line stoppages. Additionally, by selecting the bristle material according to the type of transported items and dirt, it is also possible to expect a reduction in dirt adhesion and an improvement in cleaning effectiveness. Kyoshin Giken manufactures custom roll brushes tailored to the dimensions and installation conditions of the conveyor.

On the conveyor line, dust and product debris may adhere to the surface of the conveyor belt during product transport. Stopping the line to clean off the dirt can lead to decreased production efficiency and increased workload. At Kyoshin Giken, we offer custom manufacturing of roll brushes that can be installed on the return side of the conveyor. The return side refers to the side where the belt returns after completing the transport; by installing the roll brush in this position, the belt surface can be cleaned without coming into contact with the products. By rotating the roll brush in accordance with the movement of the belt, we can remove any adhered substances from the belt surface simultaneously with the transport, thereby contributing to a reduction in the burden of cleaning tasks caused by line stoppages. Custom adjustments can be made based on the width of the conveyor, installation space, and type of adhered substances, including modifications to the bristle material, outer diameter, and brush density.

In logistics and conveying equipment such as belt conveyors, roller conveyors, sorting equipment, and automated warehouses, static electricity can be generated due to friction with the conveyed items. As a result, problems such as dust adhesion to cardboard and plastic containers, film sticking, and increased risk of foreign matter contamination can occur. Our conductive brushes suppress the generation and accumulation of static electricity by using conductive fibers. They are easy to install without the need for a power supply and can also be retrofitted to existing equipment. They can be utilized as one of the measures against static electricity and foreign matter in the conveying lines of logistics centers and factories.

In food factories, measures against powder and food residues remaining on conveyors are important for hygiene management. If raw materials or foreign substances that have adhered during the transport process are left as they are, it may affect the increase in cleaning load and the maintenance of the production environment. Kyoshin Giken, a manufacturer of industrial brushes, custom-makes roll brushes used for conveyor cleaning in food factories. By designing brushes tailored to the transported items and equipment conditions, they support the cleaning process of conveyor surfaces. These brushes are utilized in efforts for hygiene management and foreign substance countermeasures in food manufacturing lines.

In semiconductor manufacturing, molds are used in various processes, starting with the molding process. Molds are critical components that influence quality, and proper maintenance is essential to maintain stable production. At Kyoshin Giken, a manufacturer of industrial brushes, we design and manufacture custom cleaning brushes for molds used in semiconductor manufacturing equipment. We have a proven track record of supplying brushes for molding equipment and can provide proposals tailored to your equipment specifications and mold shapes. If you are considering improvements to the mold cleaning process in semiconductor manufacturing, please feel free to consult with us.

In carriage conveyors and slat conveyors, resin rollers are sometimes used to reduce noise. On the other hand, static electricity may be generated when the resin rollers come into contact with the rails during movement. Charged equipment can lead to issues such as discharge to the human body, noise in control devices, and workpieces sticking in sorting equipment. Kyoshin Giken, a manufacturer of industrial brushes, offers anti-static brushes made with conductive fibers. These conductive brushes are installed near the charged areas of the equipment and connected to the ground to mitigate static electricity issues.