五輪パッキング Product Lineup

We would like to introduce our "Multi-Process and Multi-Layer Bonded Composite Precision Parts Processing." By laminating double-sided tape, films, cushioning materials, conductive and insulating materials, we combine the functions of each layer to achieve high performance. Our processing technologies, such as pressing, half-cutting, and full cutting, accommodate various specifications and delivery forms. Additionally, we manufacture products that are ultimately aligned through multiple slitting, laminating, and punching processes. 【Features】 ■ Multi-layer structure ■ High-precision punching processing ■ Multi-process compatibility ■ Customization available *For more details, please download the PDF or feel free to contact us.

We would like to introduce our production support services for Olympic packing. Leveraging our strong network with material manufacturers, we propose materials that are suitable for the balance of functionality, specifications, and cost. Additionally, we specifically suggest improvement points for designs, taking into account raw material sizes, processability, and component shapes, to support designs that enhance QCD (Quality, Cost, Delivery). 【Design Support】 ■ Material Proposals ■ Design Assistance ■ Plotter Cutting ■ Composite Proposals *For more details, please download the PDF or feel free to contact us.

Olympic Packing, based on the action guidelines of P_QCD (Perfect Quality, Cost, Delivery), leverages the packing processing technology cultivated over many years to provide reliable and reassuring services focused on advanced processing techniques and customer needs in the processing domain of OCA materials. To date, we have a wide range of implementation achievements, including mass production support for leading companies in the liquid crystal panel and touch panel fields. OCA is increasingly being utilized by a wide range of users, particularly in the mobile and automotive sectors, to improve optical properties. 【Features】 ■ Processing equipment ■ Processing technology ■ Material proposal capability ■ Response speed ■ Processing quality *For more details, please download the PDF or feel free to contact us.

We would like to introduce the punching processing of acrylic foam tape. Acrylic foam tape is a product with features such as shock absorption, vibration dampening, flexibility, sealing properties, and long-term durability. It can be used to bond aluminum panels on exterior walls with steel reinforcements using acrylic foam tape, or to secure automotive emblems, contributing to maintaining aesthetics and enhancing design quality. 【Features】 ■ High adhesion ■ Weather resistance ■ Waterproof ■ Heat resistance ■ Light-blocking and transparency *For more details, please download the PDF or feel free to contact us.

We provide various punched products made from functional materials for automobiles. We process materials with functions such as insulation, cushioning, soundproofing, vibration damping, and double-sided tape, which can be directly installed in vehicles. Additionally, we offer a wide range of punched processing for internal and external parts of in-vehicle devices such as audio systems, navigation systems, backup cameras, seat sensors, and dash cameras. Using our developed punching technology, we provide products that enhance the comfort and safety of automobiles and propose custom solutions tailored to our customers' needs. 【Punching Processing Technology Used in Automobiles】 ■ Double-sided tape for emblem fixation ■ Cushioning around the engine ■ Diffusion plate for the shift area ■ Double-sided tape for dash camera fixation ■ Double-sided tape and cushioning for dolphin (shark) antenna fixation ■ Double-sided tape and cushioning for backup camera harness fixation ■ Internal cushioning material for doors and door sealing *For more details, please download the PDF or feel free to contact us.

In the automotive industry, seal components that require high airtightness and durability are essential. In particular, seals used in harsh environments, such as around engines and at body joints, must have resistance to temperature changes, vibrations, and chemicals. If the appropriate sealing performance cannot be ensured, contamination by foreign substances or liquid leakage may occur, potentially leading to a decline in product performance or failure. Our rubber molding and machining services accommodate various materials and provide optimal sealing components tailored to our customers' needs. 【Application Scenarios】 - Seals around engines - Seals at body joints - Various gaskets - Oil seals 【Benefits of Implementation】 - Ensuring high airtightness and durability - Prevention of foreign substance contamination and liquid leakage - Maintenance of product performance - Compatibility with a wide range of materials - Support for small lot production

The automotive packing service for handling in-vehicle projects is designed to support the entire production process based on the stringent quality and management requirements demanded by automotive components. It is characterized by its understanding of automotive development processes such as PPAP and APQP, allowing for responses tailored to the varying quality, importance, and management levels required for each component. Rather than simply "managing everything strictly," it organizes which components require what level of management and development, establishing a quality response that is neither excessive nor insufficient. By designing processes with mass production in mind from the early development and prototype stages, it provides an automotive response system that prevents quality issues during mass production startup.

In the automotive industry, high-precision part processing is required to enhance product reliability and safety. Particularly for automotive components exposed to vibrations and temperature changes, dimensional accuracy and durability are essential for maintaining product performance. Improper processing can lead to component failure or performance degradation. Our "multi-process, multi-layer bonded composite precision part processing" achieves high performance by laminating double-sided tape, films, cushioning materials, conductive and insulating materials, and combining the functions of each layer. We accommodate various specifications and delivery forms through processing technologies such as press processing, half-cutting, and full cutting. 【Application Scenarios】 - Automotive electronic components - Body joints - Interior parts 【Benefits of Implementation】 - Integration and miniaturization - Reduction in assembly man-hours - Performance optimization

In high-speed transmission systems within the telecommunications industry, the stability and reliability of signals are extremely important. Particularly for components that handle high-frequency signals, it is necessary to minimize the effects of electromagnetic interference and heat. To address these challenges, precise component processing technology and a multilayer structure that combines the functions of each layer are essential. Our "multi-process, multilayer bonded composite precision component processing" has been developed to meet these needs. 【Application Scenarios】 * High-speed communication equipment * Fiber optic communication * Data centers 【Benefits of Implementation】 * Improved signal quality * Miniaturization and lightweight design * Cost reduction

In the automotive industry, with the increase of electronic devices, EMC (Electromagnetic Compatibility) measures have become important. To prevent malfunctions and failures of electronic circuits and ensure product reliability, it is essential to block electromagnetic noise. Our shielding material processing addresses these challenges using copper foil tape, aluminum tape, and noise-absorbing sheets. 【Application Scenarios】 - EMC measures for in-vehicle electronic devices - Electromagnetic wave measures for various sensors - Electromagnetic wave shielding for the vehicle body 【Benefits of Implementation】 - Prevention of electronic device malfunctions - Improvement of product reliability - Compliance with EMC standards

In the electronics industry, the proper selection of cushioning materials is crucial for product protection and reliability enhancement. It is essential to protect the internal precision components from shocks and vibrations, thereby extending the product's lifespan. Inappropriate cushioning materials can lead to product damage or malfunction. Our waterproof material punching process uses materials such as independent foam sponge, double-sided tape, and mesh to enhance the cushioning performance of electronic devices. 【Usage Scenarios】 - As cushioning material inside electronic devices - Protection during the transportation of precision equipment - Application to areas requiring shock absorption 【Benefits of Implementation】 - Reduces the risk of product damage - Enhances product reliability - Ensures long-term product lifespan

In the automotive industry, high waterproofing is required to protect the vehicle body and maintain performance. In particular, seals that prevent the intrusion of rainwater, water during washing, and external moisture are crucial. Deficiencies in seals can lead to water ingress into the vehicle interior and failures of electronic components. Our waterproof material punching process utilizes independent foam sponge, waterproof double-sided tape, and mesh to achieve high waterproof performance. 【Usage Scenarios】 - Sealing gaps in the vehicle exterior - Sealing doors and windows - Waterproofing measures for electronic devices 【Benefits of Implementation】 - Improved durability of the vehicle body - Protection of electronic components - Enhanced reliability of products

In the automotive industry, sound absorption performance is required to improve the comfort of the vehicle interior. It is particularly important to reduce external noise such as engine sounds and road noise, providing a quiet cabin space. Inadequate soundproofing measures can increase the noise level inside the vehicle, potentially leading to fatigue and stress for the occupants. Our soundproofing material punching process achieves effective sound absorption performance by combining materials such as rubber, urethane foam, and glass wool. 【Application Scenarios】 - Interior parts of the vehicle (door trims, dashboards, etc.) - Engine compartment - Under floor carpets 【Benefits of Implementation】 - Reduction of cabin noise - Improvement of comfort - Increase in customer satisfaction

In the electronics industry, as products become smaller and more high-performance, heat dissipation measures have become an important issue. In particular, electronic components with high-density mounting have an increased risk of performance degradation and failure due to heat generation. Appropriate heat dissipation measures are essential for improving product reliability and extending lifespan. Our Olympic packing production support service provides optimal heat dissipation solutions tailored to customer needs, contributing to the enhancement of product quality. 【Usage Scenarios】 - Heat dissipation measures for electronic devices - Selection of thermal conductive sheets - Design tailored to component shapes 【Benefits of Implementation】 - Improved product reliability - Cost reduction - Short delivery times

In the energy industry, insulation is essential for ensuring both safety and efficiency. Particularly in power equipment and renewable energy-related devices, high insulation performance is required. Acrylic foam tape meets these needs with excellent insulation properties and long-term durability, contributing to the reliability of the equipment. 【Application Scenarios】 * Insulation of transformers * Fixing and protecting electrical cables * Securing solar panels 【Effects of Implementation】 * Improved safety due to high insulation performance * Reduced maintenance costs due to long-term durability * Shortened construction time due to improved workability

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

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.

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 EV industry, maintaining insulation performance in high-voltage environments around motors and batteries is crucial. Insulation breakdown due to high voltage can impact vehicle safety and performance. Selecting appropriate insulating materials and precise processing is essential for improving the reliability of EVs. Our company supports the safe operation of EVs through the processing of insulating materials tailored to our customers' needs. 【Application Scenarios】 - Around EV motors - Battery packs - High-voltage cable protection 【Benefits of Implementation】 - Reduced risk of insulation breakdown - Improved vehicle safety - Stable performance maintenance in high-voltage systems

In hybrid vehicle manufacturing, it is essential to protect electronic components around the motor and battery from harsh environments such as high temperatures and vibrations. Insulation breakdown of these components can lead to decreased vehicle performance and safety issues. Therefore, selecting insulation materials with excellent heat resistance and durability, as well as processing them accurately, is crucial for improving vehicle reliability. 【Application Scenarios】 - Around hybrid vehicle batteries - Motor control units - On-board electronic devices 【Benefits of Implementation】 - Extension of product lifespan through protection of batteries and surrounding electronic components - Improved vehicle safety - Stable performance maintenance under harsh conditions

In FCV manufacturing, high reliability and safety are required for fuel cell systems. In particular, insulation around the fuel cell stack is essential for electrical safety and maintaining the overall performance of the system. The selection of appropriate insulating materials and precise processing are crucial for the long-term stable operation and safety of FCVs. Our company contributes to solving these challenges through the punching processing of insulating materials tailored to our customers' needs. 【Application Scenarios】 - Around the fuel cell stack - Insulation of high-voltage components - Various electronic devices in FCVs 【Benefits of Implementation】 - Improved safety of FCVs - Maintenance of reliability in fuel cell systems - Ensured stable performance in harsh environments

In the development of autonomous driving systems, protecting the sensors installed is crucial. In particular, sensors exposed to the external environment of the vehicle are susceptible to various factors such as foreign object adhesion, impact, and temperature changes, making the maintenance of their performance and ensuring reliability essential. The selection and processing of appropriate protective materials contribute to the safe operation of autonomous driving systems. 【Usage Scenarios】 - Sensors for autonomous driving - Camera modules - Radar, LiDAR 【Benefits of Implementation】 - Stabilization of autonomous driving functions through the maintenance of sensor performance - Improvement of vehicle safety - Protection of sensors in harsh environments

In small batteries for electric bikes, insulation protection of the motor and the battery itself is crucial. Particularly in environments exposed to vibrations and temperature changes during operation, there is a risk of performance degradation and safety issues due to insulation breakdown. The selection of appropriate insulating materials and precise processing contribute to the reliability of the battery. 【Application Scenarios】 - Small batteries for electric bikes - Insulation around the motor - Protection of electronic components in harsh environments 【Effects of Implementation】 - Extension of product lifespan by preventing insulation breakdown of the battery - Improved safety of the vehicle - Maintenance of stable performance in harsh environments

In the field of electric scooters, it is essential to protect electronic components around the motor and battery from harsh usage environments to enhance the overall durability of the product. In particular, reliable insulation materials are crucial for protecting these components that are exposed to vibrations and temperature changes. The selection of appropriate insulation materials and precise processing contribute to maintaining the performance and longevity of electric scooters. 【Application Scenarios】 - Motor control units - Electronic devices around the battery - Protection of electronic components in vibration and high-temperature environments 【Effects of Implementation】 - Extension of product lifespan through protection of electronic components - Improved safety of the vehicle - Stable performance maintenance in harsh environments

In the electric truck industry, protecting electronic components in environments exposed to high temperatures and vibrations, such as around large batteries, is crucial. Heat-resistant insulating materials are essential for maintaining the performance of electronic components and ensuring the safety of the vehicle. The selection and processing of appropriate insulating materials contribute to improving product reliability. 【Application Scenarios】 - Electronic components around large batteries - Motor control units - Protection of electronic components in high-temperature and vibration environments 【Effects of Implementation】 - Extension of product lifespan through protection of electronic components - Improved vehicle safety - Stable performance maintenance in harsh environments

In the electric bus industry, the safe operation of critical components such as motors and batteries is directly linked to the overall reliability of the vehicle. In particular, these components are exposed to vibrations and temperature changes during operation, making it essential to prevent insulation breakdown and maintain stable performance. The selection of appropriate insulating materials and precise processing contribute to ensuring the safety of electric buses and extending their lifespan. 【Application Scenarios】 - Motors for electric buses - Battery packs - High-voltage system surroundings 【Benefits of Implementation】 - Reduced risk of insulation breakdown in motors and batteries - Improved vehicle safety - Stable performance maintenance under harsh conditions

In the automotive industry, the increase in heat generation has become a challenge due to the enhanced performance of in-vehicle ECUs. Since ECUs are essential for vehicle control, thermal management to maintain stable operation is crucial. Thermal interface materials fill the tiny gaps between heat-generating components and heat sinks, efficiently transferring heat to suppress temperature rise in ECUs and contribute to reliability. Our company offers one-stop support from selecting thermal interface materials tailored to customer needs to shape processing according to installation locations, assisting in solving thermal issues for in-vehicle ECUs. 【Usage Scenarios】 - Cooling of heat-generating components inside in-vehicle ECUs (such as CPUs and memory) - Efficient heat conduction in limited spaces - Response to vibrations and temperature changes 【Benefits of Implementation】 - Improved stable operation and reliability of ECUs - Extended product lifespan - Optimization of thermal design