五輪パッキング Product Lineup

In the medical device industry, it is important to protect precision instruments from shocks during transportation and handling. Particularly for medical devices that include shock-sensitive electronic components and glass parts, the use of appropriate cushioning materials is essential to ensure product safety. Inadequate cushioning materials can lead to equipment damage or performance degradation. Our soundproofing material punching process uses materials such as rubber, urethane foam, and glass wool, which have excellent shock absorption properties, making them ideal as cushioning materials for medical devices. 【Usage Scenarios】 - Protection during the transportation of medical devices - Cushioning of internal components - Application to areas requiring shock absorption 【Benefits of Implementation】 - Reduced risk of damage during transportation - Improved product safety - Enhanced durability of equipment

In the medical device industry, reliable bonding of components is essential to ensure product safety and reliability. Particularly in medical devices that directly affect patient health, the strength and durability of joints are critical. Improper bonding can lead to equipment failure or performance degradation, potentially jeopardizing patient safety. The die-cutting process of acrylic foam tape allows for strong adhesion of dissimilar materials without the use of welding, screws, or rivets. This simplifies the manufacturing process of medical devices and enhances product reliability. 【Application Scenarios】 - Bonding of medical device housings and components - Assembly of surgical instruments - Fixing of electronic devices 【Benefits of Implementation】 - Elimination of the need for welding, screws, and rivets, leading to improved work efficiency - Capability to bond dissimilar materials, increasing design flexibility - Enhanced product reliability due to shock absorption, vibration dampening, sealing properties, and long-term durability

In the electronics industry, as products become smaller and more high-performance, heat dissipation measures have become an important issue. Particularly for electronic components that are prone to heating, effective heat dissipation measures can significantly affect the reliability and lifespan of the products. Low heat dissipation performance can lead to component failure or performance degradation. Our acrylic foam tape die-cutting process contributes to heat dissipation measures in electronic devices with excellent adhesion and adaptability to various shapes. 【Usage Scenarios】 - Fixing electronic components - Bonding heat sinks - Heat dissipation measures within enclosures 【Benefits of Implementation】 - Improved thermal conductivity - Extended component lifespan - Enhanced product reliability

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 furniture industry, the quality of products and ease of assembly are important. In particular, there is a demand for improved work efficiency in the assembly process and ensuring the durability of products. Traditional methods of fastening with screws and rivets can be time-consuming and labor-intensive, and may compromise the design aesthetics. Acrylic foam tape addresses these challenges. 【Usage Scenarios】 * Adhesion of furniture frames and panels * Fixing emblems and decorative parts * Bonding dissimilar materials (wood, metal, plastic, etc.) 【Benefits of Implementation】 * Reduction in work time * Beautiful finish * Improved product durability due to high adhesive strength

In automotive exterior parts, it is essential to secure components without compromising aesthetics and with high durability. Particularly for exterior parts exposed to vibrations and weather conditions while driving, strong adhesion and weather resistance are crucial. Using welding or screws can lead to rust formation and a decrease in design quality. Acrylic foam tape addresses these challenges and facilitates the securing of exterior parts. 【Usage Scenarios】 - Securing emblems - Adhesion of exterior panels - Installation of moldings and other components 【Benefits of Implementation】 - Eliminates the need for welding or screws, improving work efficiency - Secures components without compromising design quality - Provides high durability, protecting exterior parts over the long term

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

In the electronic components industry, measures against foreign matter contamination and static electricity are crucial to ensure product quality and reliability during the implementation process. Particularly when handling fine components, a clean environment is essential. Our cleanroom processing addresses these challenges and supports the manufacturing of high-quality products. 【Usage Scenarios】 - Assembly process of electronic components - Manufacturing process of precision instruments - Processing of semiconductor-related components 【Benefits of Implementation】 - Reduction of defective products due to foreign matter contamination - Improvement in product quality - Enhancement of yield rate

In the medical device industry, assembly in a clean environment is essential to ensure product quality and safety. Particularly when handling fine components and delicate materials, contamination by foreign substances can lead to product malfunctions and pose risks to patients. Our cleanroom processing maintains cleanliness in accordance with ISO standards and contributes to quality improvement in the assembly of medical devices. 【Application Scenarios】 - Assembly of precision components for medical devices - Product inspection in a clean environment - Manufacturing of products where contamination must be avoided 【Effects of Implementation】 - Improvement in product quality - Reduction of defective products due to foreign substance contamination - Assurance of safety for patients

Our "Integration Proposal Service" achieves both cost reduction and assembly labor reduction through the integration of multiple components (lamination, bonding, simultaneous punching). We present designs based on mass production considerations that take into account material properties, processing sequences, and positioning accuracy, thereby comprehensively improving QCD (Quality, Cost, Delivery). By optimizing the processing sequence, we can punch composite materials together, reducing the number of parts and assembly labor. We also design pre-positioning jigs according to tolerance requirements. Our quality assurance framework complies with automotive standards (APQP, PPAP) for process design and traceability. 【Case Summary】 ■ Issue: A large number of parts, leading to increased assembly labor, personnel costs, and management costs. ■ Issue: Misalignment between parts and errors in stacking order are major causes of defects. ■ Issue: Coordination is complicated due to multiple processes and suppliers, resulting in high delivery risks. ■ Solution: Consolidated the number of parts from 3 to 1 (reducing assembly labor by 40-60%). ■ Solution: Reduced costs (materials + labor) by up to 30-35% (in-house bonding and simultaneous punching effects). *For more details, please download the PDF or feel free to contact us.

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 "Design Support Service" identifies "waste" starting from raw material size, processability, and part shape, and concretizes improvement points in the drawings with specialized knowledge in punching processing. We optimize the design by delving into material usage, shape, tolerances, and methods, simultaneously enhancing QCD (Quality, Cost, Delivery). The prototype testing using a plotter accelerates the improvement cycle through mold-less verification. Since confirmation can be done in a short time, we can preemptively suppress the manifestation of risks such as dimensional variation and warping during the transition to mass production. 【Case Overview】 ■ Issue: Although the drawings are complete, processing costs remain high. ■ Issue: Yield is not improving, and material loss and defects are impacting productivity. ■ Issue: The shape is complex, and the processing site points out that "stable production is difficult as it is." ■ Solution: Material yield: from 70% to the 90% range (effect of optimizing raw materials and improving handling). ■ Solution: Processing costs: reduced by up to 30-40% (synergistic effects of shape simplification, labor reduction, and waste reduction). *For more details, please download the PDF or feel free to contact us.

Our "Jig Development and Design Service" offers a one-package solution for the development and design of dedicated jigs for bonding, as well as the supply of punched products. By simultaneously optimizing jigs and components, we achieve one-action operation, standardization, and reproducibility. The sheet layout design synchronizes the positioning of the jig with the handling, pitch, margins, reference holes, and landmarks. The design of release tabs for double-sided tape (shape, length, orientation, position) is linked to the holding position, addressing issues such as reduced release stress, breakage, and adhesive residue prevention. 【Case Summary】 ■ Issue: Quality variations due to dependence on operators, resulting in misalignment, bubbles, and insufficient pressure. ■ Issue: Sheet layout not suited for the site, leading to unnecessary hand movements and reorientations. ■ Issue: Disconnection between component suppliers and jig manufacturing, causing rework without proper fit. ■ Solution: Takt time reduced by 20-40% (one-action process for release → positioning → pressing). ■ Solution: Defect rate improved by up to 50% (stabilization of surface pressure, addressing sources of tab breakage and adhesive residue). ■ Solution: Training time reduced by 30-60% (jig guides + SOP enable consistent quality reproduction even for newcomers and temporary staff). *For more details, please download the PDF or feel free to contact us.

In the electronics industry, as products become smaller and more high-performance, precise processing of insulating materials is required. In particular, to achieve both protection of electronic components and electrical insulation, material selection and precision processing techniques are essential. Improper use of insulating materials or processing defects can lead to product short circuits or performance degradation. Our insulating material processing uses materials such as PET, PI, and PC to provide optimal insulation solutions tailored to our customers' needs. 【Application Scenarios】 - Insulation of electronic components on electronic device substrates - Prevention of conductivity between electronic components and shields - Insulation measures for various electronic devices 【Benefits of Implementation】 - Improved reliability of electronic devices - Contribution to miniaturization and high performance of products - Provision of optimal insulation solutions through diverse materials and processing methods

In the medical device industry, materials with high biocompatibility are required to ensure patient safety. Particularly for medical devices that are implanted in the body, the choice of insulating materials significantly affects their impact on biological systems, making appropriate material selection crucial. Poor insulation can increase the risk of device malfunction and pose risks to patients. Our insulation material processing uses materials such as PET, PI, and PC to provide products that consider biocompatibility. 【Application Scenarios】 - Implantable medical devices - Surgical instruments - Diagnostic equipment 【Benefits of Implementation】 - Improved patient safety through the use of highly biocompatible materials - Enhanced reliability of medical devices by ensuring insulation performance - Provision of products tailored to customer needs through diverse materials and processing technologies

In medical devices, particularly imaging diagnostic equipment, temperature management of heat-generating components due to increased performance is directly linked to the stable operation of the device and diagnostic accuracy. Thermal interface materials (TIM), which effectively fill the fine gaps between heat-generating components such as CPUs and GPUs and cooling mechanisms (like heat sinks), are essential for maintaining the reliability of the equipment. Inadequate thermal management increases the risk of device overheating, performance degradation, and ultimately misdiagnosis. At Gorin Packing, we provide consistent support from selecting the optimal thermal interface material, considering factors such as the heat generation of your device, gaps, and usage environment, to precise shape processing tailored to the installation locations. 【Application Scenarios】 - Cooling of heat-generating areas such as CPUs, GPUs, and power units within imaging diagnostic equipment - Optimization of thermal design due to miniaturization and high-density mounting of devices - Ensuring stable operation and longevity of the equipment 【Benefits of Implementation】 - Stable operation of the device by suppressing temperature rise of heat-generating components - Maintenance and improvement of diagnostic accuracy - Enhanced reliability of the device and reduced maintenance costs