五輪パッキング Product Lineup

In the industrial machinery sector, the deterioration of the work environment due to noise and the leakage of noise to surrounding areas are significant issues. Particularly for machines that operate with loud sounds, soundproofing measures are crucial. By implementing appropriate soundproofing strategies, we can protect the health of workers and also enhance productivity. Our soundproofing material punching process has been developed to meet the soundproofing needs of industrial machinery. 【Usage Scenarios】 - Soundproofing for machine tools - Soundproofing for compressors - Soundproofing for generators 【Benefits of Implementation】 - Reduction of noise levels - Improvement of the work environment - Noise control for surrounding areas - Maintenance of machine performance

In the home appliance industry, the quietness and vibration resistance of products are highly valued. Particularly for products where operational noise and vibrations are a concern, these measures significantly impact product quality and customer satisfaction. Inadequate vibration control can lead to product failure or performance degradation. Our soundproofing material punching process achieves effective vibration control by combining materials such as rubber, urethane foam, and glass wool. 【Usage Scenarios】 - Home appliances such as refrigerators, washing machines, and air conditioners - Speakers and audio equipment - Mechanical parts that involve vibrations 【Benefits of Implementation】 - Reduction of vibrations and noise - Improved product durability - Increased customer satisfaction

The soundproofing function consists of two components: sound insulation, which reflects sound and prevents it from leaking outside, and sound absorption, which absorbs sound wave vibrations and converts them into thermal energy. In our company, rubber is mainly used for sound insulation, while polyurethane, glass wool, and felt are commonly used for sound absorption. By processing these soundproofing materials through punching and combining them, we significantly contribute to soundproofing measures. In cushioning materials, it is also possible to minimize deformation on the sides. Even materials with high hardness, like rubber, can be processed through punching. 【Representative Materials (Excerpt)】 ■ Sound Insulation Material: Rubber - Made from natural rubber or petroleum-derived chemicals, it has high elasticity and mass. - When sound waves hit a high-mass substance, those sound waves are reflected, trapped inside, and the leakage of sound to the outside is suppressed. *For more details, please download the PDF or feel free to contact us.

In the signage industry, it is essential to balance durability and design. Particularly for outdoor signs, it is important to maintain aesthetics over the long term without the adhesive parts peeling off, even in harsh environments exposed to wind, rain, and UV rays. Traditional methods of fixing, such as welding, screwing, and riveting, not only require considerable effort during installation but also risk compromising the design of the sign. Our acrylic foam tape punching process addresses these challenges. 【Application Scenes】 - Fixing metal signs - Fixing acrylic signs - Securing components of illuminated signs - Adhesion of outdoor signs - Adhesion of internally illuminated signs 【Benefits of Implementation】 - Eliminates the need for welding, screws, and rivets, improving work efficiency - Enhanced design freedom due to conformity to curved surfaces - Enables adhesion of dissimilar materials, expanding material options - Excellent weather resistance, waterproofing, and heat resistance, improving the durability of signs

In the precision machinery industry, it is important to prevent the contamination of fine foreign substances in order to maintain product quality and performance. A particularly clean environment is required during adjustment work. Contamination by foreign substances can lead to product malfunctions or performance degradation. Our cleanroom processing maintains cleanliness in accordance with ISO standards and supports the adjustment work of precision machinery. 【Usage Scenarios】 - Manufacturing of precision machine parts - Adjustment work - Inspection processes 【Benefits of Implementation】 - Reduced risk of foreign substance contamination - Improved product quality - Increased yield

Our "Plotter Cutting Processing" service enables the realization of prototype shapes without the need for molds, achieving short lead times and low costs. We quickly verify fit, optimize shapes, and evaluate assembly during the design phase, dramatically shortening the validation cycle before mass production starts. We accommodate multiple materials and offer a wide range of products, from punched items to various films, sponges, and tapes. We expedite initial validation through sample processing from our existing inventory. [Case Overview] ■ Issue: Mold production takes 2-3 weeks, resulting in cost and time losses with each shape change. ■ Issue: Delays in sample procurement disrupt evaluation schedules. ■ Solution: Reduced validation lead time to as short as 2-3 days (zero waiting for molds). ■ Solution: Cut prototype costs by up to 50% (zero mold costs plus cost reductions with each shape change). ■ Solution: Material comparisons completed in one cycle (immediate judgment through comparisons of multiple materials with the same shape). *For more details, please download the PDF or feel free to contact us.

Our "Material Proposal Service" leverages a unique network of over 300 material manufacturers and more than 14,000 types of materials to propose suitable materials for development themes in as little as one day. We provide an environment for immediate decision-making by summarizing functional comparisons, performance comparisons, and price comparisons in a single document. Same-day sample shipments are possible from our stock inventory. We offer professional advice on optimal material solutions based on application (insulation, sealing, cushioning, heat dissipation, etc.), contributing to improvements in durability and performance as well as resolving issues. [Case Overview] ■ Challenge: Too many material candidates hindered selection, halting development for several weeks. ■ Challenge: Rising costs of existing materials year after year pressured product profit margins. ■ Challenge: Information from material manufacturers was scattered, requiring enormous time for comparison. ■ Solution: Achieved "up to 30% reduction" through cost optimization via material changes. ■ Solution: Improved development lead times, allowing for earlier market launch timing. *For more details, please download the PDF or feel free to contact us.

In the automotive industry, protecting electronic components in high-temperature environments, such as engine compartments, is crucial. Heat-resistant insulating materials are essential for maintaining the performance of electronic components and ensuring vehicle safety. The selection and processing of appropriate insulating materials contribute to improving product reliability. 【Application Scenarios】 - Engine control units - In-vehicle electronic devices - Protection of electronic components in high-temperature environments 【Benefits of Implementation】 - Extended product lifespan through protection of electronic components - Improved vehicle safety - Stable performance maintenance in harsh environments

In the robotics industry, precise movements and high reliability are essential. In particular, electronic components such as motors and batteries are constantly exposed to the risk of insulation breakdown due to external influences and internal heat generation. To protect these components and maintain stable performance, the selection of appropriate insulation materials and precise processing are indispensable. Our punching processing can accommodate complex shapes and multilayer structures of insulation materials, contributing to the safety and longevity of robots. 【Application Scenarios】 - Insulation for robot motors - Insulation protection for battery packs - Insulation for precision electronic devices 【Benefits of Implementation】 - Reduced risk of insulation breakdown in electronic components - Improved operational stability and reliability of robots - Maintenance of performance in harsh environments

In the drone industry, there is a demand for both lightweight airframes and the protection of electronic components. In particular, areas around motors and batteries experience increased stress on insulation materials due to heat generation and vibrations during operation, raising concerns about the risk of insulation breakdown. The selection of appropriate insulation materials and precise processing are essential for improving the reliability of drones and ensuring safe flight. Our company supports the resolution of these challenges through custom punching processing of insulation materials tailored to our customers' needs. 【Usage Scenarios】 - Surrounding drone motors - Battery packs - Electronic control boards 【Benefits of Implementation】 - Extension of product lifespan through protection of electronic components - Contribution to lightweight airframes - Maintenance of stable performance in harsh environments