藤倉コンポジット Product Lineup

In food manufacturing sites, contamination from foreign substances or component leaching from packing and sealing materials poses a significant risk that can directly lead to product recalls. Fujikura Composite's silicone rubber molded products are manufactured under a strict quality control system developed in clean rooms for medical devices. We use safe materials that comply with the Food Sanitation Act (Ministry of Health and Welfare Notification No. 370) and FDA standards, thoroughly eliminating secondary contamination during the manufacturing process. We visualize "invisible risks" to support your food safety. 【Application Scenarios】 Filling and Packaging Machines: Nozzle seals for liquid foods, suction pads for cups, gaskets for measuring devices Beverage Lines: O-rings for connections, check valves, pump diaphragms Powder and Granule Transport: Hopper chute sections, sealing to prevent powder leakage 【Benefits of Implementation】 Reduction of foreign substance contamination risk: High cleanliness achieved through production in medical clean rooms Compliance with domestic and international standards: Meeting global safety standards such as the Food Sanitation Act and FDA Improved maintenance efficiency: Excellent heat and cold resistance, making it less prone to deterioration even in high-temperature cleaning or freezing environments.

• Other food machinery

In the development of regenerative medicine and biopharmaceuticals, single-use products and components of culture devices require extremely high chemical and biological stability. Fujikura Composite's medical-grade silicone rubber has passed various biocompatibility tests, including cytotoxicity tests. Consistent production in a clean room minimizes the impact of fine foreign matter contamination and leachables on the culture environment. It provides unwavering reliability, allowing researchers to focus on "data." 【Application Scenarios】 Bioreactor (culture device): Seals for sensor ports, membranes for ventilation, gaskets for stirring components Single-use systems: Joints for fluid transfer lines, connector parts for aseptic connections Drug discovery screening: Sealing for microfluidic chips, gaskets for automatic dispensing machines 【Benefits of Implementation】 Reduction of cytotoxicity: Use of medical-grade materials eliminates adverse effects on delicate cell cultures Excellent sterilization adaptability: Maintains stable physical properties even after autoclaving or gamma sterilization Contamination-free: Precision molding in a clean environment ensures the sterility of bioprocesses.

• Other bio materials

In trace analysis and advanced diagnostic devices, leachates and foreign matter from components can be a critical factor undermining the reliability of data. Fujikura Composite's medical silicone rubber molded products are consistently managed from material input to molding and inspection in clean rooms with a class of 100,000 or lower. We thoroughly eliminate fine dust and impurities that can affect analytical results, ensuring stable operation of devices and high-precision data acquisition. 【Application Scenarios】 Fluid control in automatic analysis devices: Valves, diaphragms, and tube joints through which samples and reagents pass. Parts for HPLC (High-Performance Liquid Chromatography): Sealing materials that require high chemical resistance and purity. PCR and genetic testing devices: Piston gaskets and O-rings that support precise handling of small volumes of liquid. 【Benefits of Implementation】 Stabilization of data accuracy: Minimizing leachates (outgassing and extracts) and reducing background noise. Thorough prevention of contamination: Challenging to achieve "zero foreign matter" through clean room production. Long lifespan and high durability: Reliability that is resistant to changes in physical properties even under repeated operation, sterilization processes, and harsh reagent environments.

• Other analytical and testing equipment

In the filling and liquid transfer process of pharmaceutical manufacturing, the contamination of fine foreign substances from components and the leaching of ingredients directly impact product potency and can lead to batch disposal. Fujikura Composite's silicone rubber molded products are consistently produced in clean rooms that meet medical device standards. Using high-purity materials that have passed USP Class VI and various biocompatibility tests, we minimize the impact on pharmaceuticals. We provide the highest level of assurance for aseptic filling lines that require advanced validation. 【Application Scenarios】 Aseptic filling lines: Diaphragms for filling pumps, tube connections, plunger gaskets Single-use bags: Seal materials for discharge ports, valves for sampling ports Freeze-drying equipment: Gaskets for shelves, sealing for vacuum lines 【Benefits of Implementation】 Reduction of extractables risk: High-purity LSR (liquid silicone rubber) suppresses the contamination of pharmaceuticals with impurities Strict traceability: Thorough management system from material lots to molding conditions in accordance with medical standards Excellent heat and cold resistance: Compatible with high-temperature steam sterilization (SIP) and ultra-low temperature storage environments for vials.

• Pharmaceutical related factory parts

In beauty and healthcare devices, the "safety" of parts that come into direct contact with the skin is the very essence of brand trust. Fujikura Composite's medical-grade silicone rubber molded products eliminate minute foreign matter contamination through a state-of-the-art cleanroom system. With "biocompatibility" that meets the stringent standards of medical settings and "precision molding" that maximizes device performance, we realize the next generation of beauty care. 【Usage Scenarios】 Facial devices and cleansing devices: Silicone parts of the head and brushes that directly touch the skin Wearable healthcare: Skin contact areas of sensors worn for extended periods Internal components of scientific and beauty devices: Pumps, tubes, and valves through which serums and medications flow 【Benefits of Implementation】 Minimization of foreign matter contamination risk: High cleanliness achieved through integrated cleanroom production Improved device reliability: Balancing durability and safety enhances product lifespan and user satisfaction Ensured biocompatibility: Low irritation for sensitive skin and compliance with high safety standards

• Other Physics and Chemistry Equipment

In the manufacturing of biopharmaceuticals, the optimization of the culture process and the reduction of contamination risks are extremely important. In particular, in the aeration process within bioreactors, ensuring sterility while providing a stable and efficient supply of oxygen significantly impacts cell proliferation and productivity. The use of inappropriate tubes can lead to risks of microbial contamination and decreased process efficiency. Our silicone tubes, made from high-purity silicone, contribute to maintaining a clean culture environment required for biopharmaceutical manufacturing by offering excellent chemical resistance and compatibility with gamma sterilization. Furthermore, with single-use compatibility, they eliminate the need for cleaning and re-sterilization processes, achieving simplification of the process and improvement of production efficiency. 【Application Scenarios】 - Air supply to bioreactors - Cell culture - Fermentation processes 【Benefits of Implementation】 - Reduction of contamination risks - Process optimization - Cost reduction

• Bio-related factory parts

In transplant medicine within regenerative medicine, it is important to safely and reliably deliver cells and tissues to patients. In particular, fluids such as cell culture media and drugs need to be delivered accurately while maintaining a sterile condition. The use of inappropriate tubes can lead to contamination and damage to cells, potentially decreasing the success rate of transplants. Our silicone tubes are made from high-purity silicone, ensuring high safety. They support the safe transfer of cells and tissues in transplant medicine. 【Usage Scenarios】 - Transfer of cell culture media - Delivery of drugs - Tissue transplantation 【Benefits of Implementation】 - Reduction of contamination risk - Suppression of damage to cells - Improvement of transplant success rates

• Bio-related factory parts

In experiments conducted in research institutions and development departments, the accuracy and stability of liquid transfer significantly impact the reliability of experimental results. While handling various fluids such as culture media and reagents, it is crucial to minimize contamination risks and ensure the reproducibility of experiments. This product is a single-use silicone tube that can be widely used from research applications to pharmaceutical processes. By using high-purity silicone, it possesses excellent chemical resistance, heat resistance, and flexibility, allowing it to stably accommodate a variety of reagents and culture media. The material design reduces the risk of extractables and leachables (E&L), thereby minimizing the impact on experimental systems. Furthermore, it has a high compatibility with gamma-ray sterilization, contributing to the maintenance of a clean experimental environment, simplification of work, and reduction of cross-contamination risks. By adopting a single-use approach, it eliminates the need for cleaning and sterilization processes, achieving improved experimental efficiency and cost reduction. 【Usage Scenarios】 - Cell culture experiments - Reagent preparation - Connection to analytical instruments 【Benefits of Implementation】 - Reduced contamination risks - Improved reproducibility of experiments - Streamlined experimental processes - Cost reduction

• Bio-related factory parts

In vaccine manufacturing, it is extremely important to maintain purity and prevent contamination during the raw material preparation and formulation processes to ensure the product's efficacy and safety. Particularly in processes that handle delicate components such as antigens and adjuvants, it is necessary to minimize the risk of extracts and leachables from the tubes used affecting product quality. Our silicone tubes are made from high-purity silicone and employ material designs that meet stringent quality requirements. This enhances safety and reliability in the vaccine manufacturing process and contributes to achieving stable product quality. 【Usage Scenarios】 - Transfer of cosmetic raw materials - Filling of formulation liquids - Sample collection 【Benefits of Introduction】 - Maintains the purity of raw materials - Reduces the risk of contamination - Streamlines the manufacturing process

• Bio-related factory parts

In the field of cell culture, minimizing contamination risks in the mixing process is crucial for maintaining the stability of the culture environment and ensuring cell proliferation and functionality. Particularly in processes involving media and additives, it is essential to thoroughly consider the impact of the materials used for tubes on the cells and culture conditions. Our silicone tubes are designed using high-purity silicone, which reduces extractables and leachables (E&L) risks, thereby minimizing the impact on media composition and cells. This contributes to creating a stable environment required for cell culture and supports a highly reproducible culture process. 【Usage Scenarios】 - Mixing of media, buffers, active pharmaceutical ingredients, etc. - Single-use applications - Cleanroom environments 【Benefits of Implementation】 - Improved product quality - Simplified processes - Reduced risk of cross-contamination

• Bio-related factory parts

This product is a single-use silicone tube optimized for liquid transfer applications in pharmaceutical processes. Made from high-purity silicone, it offers excellent chemical resistance, heat resistance, and flexibility, providing stable performance for a variety of fluids such as culture media, buffers, and active pharmaceutical ingredients. The material design reduces extractables and leachables (E&L) risks, minimizing the impact on product quality. It is also highly compatible with gamma radiation sterilization, contributing to process simplification and reduced cross-contamination risks while maintaining a clean manufacturing environment. By adopting single-use technology, it eliminates the need for cleaning and sterilization processes, achieving efficiency and cost reduction in pharmaceutical processes. 【Application Scenarios】 - Pharmaceutical manufacturing processes - Biopharmaceutical manufacturing processes - Vaccine production - Regenerative medicine 【Benefits of Implementation】 - Reduced risk of liquid leakage and external contamination - Mitigation of cross-contamination risks - Decreased workload - Improved product quality and safety

• Bio-related factory parts

In the field of regenerative medicine, ensuring sterility throughout the entire manufacturing process is extremely important for maintaining the quality and functionality of cells. To maximize therapeutic effects, it is necessary to thoroughly prevent contamination by foreign substances and microbial contamination during culture and processing stages. Heliur gaskets reduce the risk of liquid leakage and external contamination by achieving high sealing performance and sterility. This contributes to improving the quality and safety of regenerative medicine products and supports the establishment of a stable manufacturing process. 【Application Scenarios】 - Vaccine manufacturing - Biopharmaceutical manufacturing processes - Pharmaceutical manufacturing processes - Regenerative medicine 【Benefits of Implementation】 - Reduced risk of liquid leakage and external contamination - Mitigation of cross-contamination risks - Improved product quality and safety

• Bio-related factory parts

In experiments conducted at research institutions, the accuracy of data is of utmost importance. Particularly in experiments involving trace substances or those requiring a sterile environment, it is essential to thoroughly eliminate the risk of contamination. Liquid leaks and external contamination not only undermine the reliability of experimental results but can also lead to the need for redoing experiments and, in the worst case, cause research stagnation. This product is a Helur gasket that combines high sealing performance with sterility, enhancing the reliability of experiments. It is suitable for single-use applications in the manufacturing processes of pharmaceuticals and biopharmaceuticals, meeting the high quality standards required in research settings. 【Usage Scenarios】 - Pharmaceutical manufacturing processes - Biopharmaceutical manufacturing processes - Vaccine production - Regenerative medicine 【Benefits of Implementation】 - Reduced risk of liquid leaks and external contamination - Mitigation of cross-contamination risks - Decreased workload - Improved product quality and safety

• Bio-related factory parts

In the vaccine industry, maintaining sterility during the manufacturing process is crucial to ensure product stability. To maximize the efficacy of vaccines, it is essential to thoroughly prevent contamination by foreign substances and microorganisms during production. Heliur gaskets achieve both high sealing performance and sterility, reducing the risk of liquid leakage and external contamination. They are manufactured domestically under stable quality control, using materials that are suitable for contact with pharmaceuticals. 【Application Scenarios】 - Vaccine manufacturing - Biopharmaceutical manufacturing processes - Pharmaceutical manufacturing processes - Regenerative medicine 【Benefits of Implementation】 - Reduced risk of liquid leakage and external contamination - Mitigation of cross-contamination risks - Improved product quality and safety

• Bio-related factory parts

In the field of cell culture, contamination of culture media not only undermines the reliability of experimental results but can also lead to inhibited cell growth and mutations. In particular, contamination is a major factor that hinders the reproducibility of research and wastes valuable time and resources. This product is a Helur gasket designed to reduce contamination risks in the cell culture process. It achieves both high sealing performance and sterility, minimizing the risk of liquid leakage and external contamination. Made from materials that consider compatibility as pharmaceutical contact materials, it is manufactured domestically under stable quality control. It enhances the reliability of cell culture and contributes to the efficiency of research. 【Usage Scenarios】 - Cell culture processes - Media preparation - Cell transportation 【Effects of Implementation】 - Reduction of contamination risks - Improvement in the reliability of experimental results - Enhancement of research efficiency

• Bio-related factory parts

In the biopharmaceutical industry, a highly sterile environment is essential to ensure the quality and safety of products. Even minor contamination by foreign substances or microorganisms during the manufacturing process poses risks of reduced product efficacy and health hazards. Therefore, gaskets that achieve both high sealing performance and sterility are required. This product is a Heloor gasket designed for single-use applications in the biopharmaceutical manufacturing process. Its reliable sealing performance reduces the risk of liquid leakage and external contamination, thereby enhancing the overall quality and safety of the manufacturing process. 【Usage Scenarios】 - Biopharmaceutical manufacturing process - Vaccine production - Regenerative medicine 【Benefits of Implementation】 - Reduces the risk of liquid leakage and external contamination - Mitigates the risk of cross-contamination - Improves product quality and safety

• Bio-related factory parts

In the pharmaceutical industry, sterility is one of the most important factors in ensuring product quality and safety. Particularly in the drug manufacturing process, even minute foreign substance contamination or microbial contamination can lead to reduced product efficacy and health hazards. Therefore, gaskets that achieve both high sealing performance and sterility are essential. This product is a Helo gasket designed for single-use applications in the manufacturing processes of pharmaceuticals and biopharmaceuticals. It is designed with the premise of a manufacturing environment that requires sterility and safety, and its reliable sealing performance reduces the risk of liquid leakage and external contamination. It uses materials that consider compatibility as pharmaceutical contact materials and is manufactured domestically under stable quality control. In manufacturing processes such as biopharmaceuticals, vaccines, and regenerative medicine, where high cleanliness and reliability are required, it is an important component that supports the overall quality and safety of the process. 【Usage Scenarios】 - Pharmaceutical manufacturing processes - Biopharmaceutical manufacturing processes - Vaccine manufacturing - Regenerative medicine 【Benefits of Implementation】 - Reduces the risk of liquid leakage and external contamination - Mitigates the risk of cross-contamination - Reduces workload - Enhances product quality and safety

• Bio-related factory parts

In the machinery industry, stable operation of equipment is essential, and the reliability of machines in environments with significant temperature fluctuations is particularly important. Air cylinders that can withstand high and low temperatures contribute to maintaining machining precision. Our high and low temperature air cylinders can be used in a temperature range of -60°C to 200°C, ensuring stable operation even in harsh environments. 【Application Scenarios】 - Machining heads - Process control in high and low temperature environments 【Benefits of Implementation】 - Extended equipment lifespan - Reduced maintenance costs

• cylinder

In the field of microfabrication, high safety and reliability are required, and components capable of precise operation even in harsh temperature environments are essential. In particular, there is a growing demand for air cylinders that combine heat resistance and precise control for μ-level microfabrication. Our high and low-temperature air cylinders utilize a specially formulated diaphragm that can operate in a temperature range of -60°C to 200°C, ensuring stable operation even in extreme environments. 【Application Scenarios】 - Microfabrication equipment - Precision machining heads - Industrial robots in high-temperature environments - Heat resistance testing equipment 【Benefits of Implementation】 - Stable operation in harsh temperature environments - Improved product lifespan - Precise positioning and control - High reliability and safety

• cylinder

In the field of mechatronics, precise control is required under high and low temperature environments. Precise operation within the process is essential to ensure product quality and safety. Failure of air cylinders can lead to process stoppages, resulting in decreased production efficiency and product quality issues. Our high and low temperature air cylinders can operate in a temperature range of -60°C to 200°C, achieving stable operation even in the harsh environments of the pharmaceutical industry. 【Application Scenarios】 - Implementation in high and low temperature environments - Control of processes requiring temperature management 【Benefits of Implementation】 - Improved product quality - Enhanced production efficiency

• cylinder

In the packaging process, operation under diverse environments is required, and the durability of moving parts and precise control are crucial. In particular, in areas where there are drastic temperature changes or where resistance to high and low temperatures is necessary, the performance of air cylinders affects packaging accuracy and lifespan. Our high and low temperature air cylinders can be used in a temperature range of -60°C to 200°C, ensuring stable operation even in harsh environments. 【Application Scenes】 - Packaging - Assembly Process - Inspection Process 【Benefits of Implementation】 - Guaranteed operation over a wide temperature range - Reduced maintenance frequency due to high durability - Precise positioning and motion control

• cylinder

In the manufacturing process of electronic components, precise operation under high and low temperature environments is required. In particular, air cylinders that are resistant to temperature changes and capable of accurate drive are important. Inappropriate cylinders can lead to reduced yield of products and equipment failures. Our high and low temperature air cylinders can be used in a temperature range of -60°C to 200°C, contributing to the efficiency of sterilization processes in food manufacturing. 【Application Scenarios】 - Implementation in high and low temperature environments - Transportation in high and low temperature environments 【Benefits of Introduction】 - High durability resistant to temperature changes - Cost reduction through improved product lifespan

• cylinder

In the manufacturing process of power devices, temperature management significantly affects the efficiency and quality of reactions. Particularly in reaction control under environments with large temperature fluctuations, precise temperature control and durability are required. Inadequate temperature management can lead to product defects and a decline in quality. Our high and low temperature air cylinders can be used in a temperature range of -60°C to 200°C, achieving precise operation. [Application Scenarios] - Power device assembly process - Power device inspection process [Benefits of Implementation] - Improvement in product quality - Usability in a wide range of temperature environments

• cylinder

In the field of electronics, components that can withstand high temperature changes and allow for precise control are in demand. Temperature variations in electronic environments can be significant, making the durability and accurate operation of air cylinders essential. Inadequate air cylinders can lead to product failures or performance degradation. Our high and low temperature air cylinders possess formulations that can be used in a temperature range of -60°C to 200°C, achieving precise actuation even in harsh engine environments. 【Application Scenarios】 - Board mounting in high and low temperature environments - Inspection in high and low temperature environments 【Benefits of Implementation】 - Improved product lifespan due to high durability - Stable operation resistant to temperature changes

• cylinder

In the field of electronic equipment assembly, air cylinders that are resistant to temperature changes and capable of precise positioning and pressure control are required. Particularly in cases where assembly of components in high-temperature environments or precise operation in low-temperature environments is needed, the durability and accuracy of air cylinders become crucial. Our high and low temperature air cylinders can be used in a temperature range of -60°C to 200°C, addressing various challenges in electronic equipment assembly. 【Usage Scenarios】 - Component assembly in high-temperature environments - Precise positioning in low-temperature environments - Operation in environments with significant temperature fluctuations 【Benefits of Implementation】 - Improved product lifespan due to high durability - Enhanced quality through precise operation - Capability to handle a wide temperature range

• cylinder

In the machine tool industry, high precision and durability are required. Especially in environments with significant temperature changes or situations that require precise positioning, the performance of air cylinders affects the quality of the products. Expansion and contraction due to temperature changes, as well as precision degradation from wear, can lead to the occurrence of defective products and a decrease in production efficiency. Our high and low temperature air cylinders can be used in a temperature range of -60℃ to 200℃, achieving precise operation. 【Application Scenarios】 - Drive components of machine tools - Precision measuring instruments - Positioning in high-temperature environments - Operation in low-temperature environments 【Benefits of Implementation】 - Strong against temperature changes - Improved product lifespan due to high durability - Capable of precise positioning - Reduction in defect rates

• cylinder

In the semiconductor manufacturing industry, air cylinders that are resistant to temperature changes and capable of precise operation are required in high and low temperature environments. Particularly in the precise positioning of wafer transport and within chambers, the durability and accuracy of air cylinders become crucial factors that influence production efficiency and product quality. Our high and low temperature air cylinders can be used in a temperature range of -60°C to 200°C, achieving precise operation in vacuum environments. [Application Scenarios] - Precise positioning within vacuum chambers - Pressure control operation in high and low temperature environments - Wafer transport - Component movement in high and low temperature environments [Benefits of Implementation] - Improved product lifespan due to high durability - Stable operation resistant to temperature changes - Increased yield through precise positioning

• cylinder

In general rubber processing, the adhesion of fine dust and oil during molding is unavoidable. Fujikura Composite is equipped with world-class medical clean rooms and the latest liquid silicone rubber (LSR) injection molding machines, offering contract processing with overwhelming cleanliness. We provide consistent technical support from material selection to precision mold design and assembly in response to the advanced demands of partner companies that want to differentiate themselves through quality and build high-value product lines. 【Processing Capabilities & Technology】 LIM Molding (Liquid Silicone Injection Molding): High precision and burr-free molding reduce costs in subsequent processes. Clean Room Production: An environment below Class 100,000, suitable for medical and semiconductor fields. Composite Molding: Integration through insert molding with metals and resins (such as super engineering plastics). 【Benefits of Implementation】 Reduction of Defect Rates: Minimizing appearance defects and functional failures caused by foreign matter to the utmost limit. Realization of High Added Value: Providing strong promotional evidence of "medical-grade materials x clean production." Improved Design Flexibility: Bringing to life complex 3D shapes and thin-walled molding that are difficult to achieve with traditional press molding.

• Rubber

In the food industry, it is essential to minimize the risk of foreign matter contamination to ensure product safety. Particularly for seals that come into direct contact with food, the safety of the materials and measures against foreign matter contamination during the manufacturing process are crucial. Improper seals can lead to foreign matter contamination in food, potentially resulting in health hazards for consumers and a loss of trust for companies. Our medical-grade silicone rubber molded products use safe materials suitable for food applications and reduce the risk of contamination through manufacturing in a clean room. 【Usage Scenarios】 - Food filling machines - Sealing of food containers - Food production lines 【Benefits of Implementation】 - Reduced risk of foreign matter contamination - Preservation of food quality - Gaining trust from customers

• Food Processing Equipment

In the medical device industry, ensuring patient safety is crucial, making the safety and reliability of the materials used extremely important. Particularly for tubes that are inserted into the body, it is essential to thoroughly eliminate the risk of foreign matter contamination and to use materials with high biocompatibility. Our medical silicone rubber molded products address these challenges through manufacturing in a clean room and the use of highly safe liquid silicone rubber. 【Application Scenarios】 - IV tubes - Catheters - Drain tubes - Endoscope tubes - Tubes for ventilators 【Benefits of Implementation】 - Reduced risk of foreign matter contamination - High safety - High reliability through precise molding - Compatibility with a wide range of applications

• Other medical supplies and cosmetics manufacturing machines

In the robotics industry, precise motion range control, such as that of robotic arms, is required. Particularly in situations that demand work in tight spaces or delicate movements, the friction resistance of cylinders significantly affects operational accuracy. High friction can lead to decreased positioning accuracy and may hinder smooth operation. Our ultra-compact double-acting air bearing cylinder minimizes sliding resistance to zero through a non-contact design between the rod and guide, achieving precise motion range control. 【Application Scenarios】 - Joints of robotic arms - Precision assembly robots - Compact transport robots 【Benefits of Implementation】 - High-precision positioning - Smooth operation - Increased lifespan

• Pneumatic Equipment

In the robotics industry, reducing the weight of components is essential to enhance the mobility and energy efficiency of robotic arms. Particularly in situations that require fast and precise movements, the weight of the cylinder significantly impacts performance. Traditional cylinders can cause delays in operation and a decrease in positional accuracy due to friction resistance. Fujikura Composite's ACS-4-5 addresses these challenges by achieving zero friction resistance through air bearing technology and enabling weight reduction. 【Application Scenarios】 - Robotic arms - Robotic hands requiring precise positioning - Small transport robots 【Benefits of Implementation】 - Improved range of motion and speed of robotic arms - Reduced running costs through energy savings - Enhanced work efficiency through high-precision positioning

• Pneumatic Equipment

In the FA industry, particularly in robot control, precise positioning of the arm affects quality. Even minor deviations can reduce the accuracy of the robot and lead to an increase in defects. Air bearing cylinders achieve smooth operation and high-precision positioning due to zero friction resistance. This contributes to quality improvement and enhancement in high-precision control. 【Application Scenes】 - Robot arms - Units requiring precise positioning - High-precision transport 【Effects of Implementation】 - Quality improvement through high-precision positioning - Reduction of wear due to friction - Decrease in maintenance frequency

• Pneumatic Equipment

In the power device manufacturing industry, precise movement and high durability are required. In particular, smooth operation during precise control is a crucial factor that affects work efficiency and product quality. Conventional cylinders can experience delays in operation and reduced positional accuracy due to friction resistance. Air bearing cylinders achieve zero friction resistance, enabling smooth operation. 【Application Scenarios】 - Robot arms - Precision positioning - Conveying systems - Load control 【Benefits of Implementation】 - Improved smoothness of operation - Enhanced positional accuracy - Increased product lifespan

• Pneumatic Equipment

In the power device manufacturing industry, precise movement and high durability are required. In particular, smooth operation during precise control is a crucial factor that affects work efficiency and product quality. Conventional cylinders can experience delays in operation and reduced positional accuracy due to friction resistance. Air bearing cylinders achieve zero friction resistance, enabling smooth operation. 【Application Scenarios】 - Robot arms - Precision positioning - Conveying systems - Load control 【Benefits of Implementation】 - Improved smoothness of operation - Enhanced positional accuracy - Increased product lifespan

• Pneumatic Equipment

In the power device manufacturing industry, precise movement and high durability are required. In particular, smooth operation during precise control is a crucial factor that affects work efficiency and product quality. Conventional cylinders can experience delays in operation and reduced positional accuracy due to friction resistance. Air bearing cylinders achieve zero friction resistance, enabling smooth operation. 【Application Scenarios】 - Robot arms - Precision positioning - Conveying systems - Load control 【Benefits of Implementation】 - Improved smoothness of operation - Enhanced positional accuracy - Increased product lifespan

• Pneumatic Equipment

In precision devices, measures to prevent foreign matter contamination, which can affect product quality, are extremely important. Especially in processes that handle fine components, even a slight foreign substance can lead to product defects. Air bearing cylinders achieve zero friction resistance and suppress dust generation, enabling the removal of foreign matter in a clean environment. This contributes to improved yield and stable quality. 【Application Scenarios】 - Removal of foreign matter in manufacturing processes - Precision control within clean rooms - Assembly processes for fine components 【Effects of Implementation】 - Reduction of defective products due to foreign matter contamination - Improvement in product quality - Maintenance of clean room environments

• Pneumatic Equipment

In precision devices, measures to prevent foreign matter contamination, which can affect product quality, are extremely important. Especially in processes that handle fine components, even a slight foreign substance can lead to product defects. Air bearing cylinders achieve zero friction resistance and suppress dust generation, enabling the removal of foreign matter in a clean environment. This contributes to improved yield and stable quality. 【Application Scenarios】 - Removal of foreign matter in manufacturing processes - Precision control within clean rooms - Assembly processes for fine components 【Effects of Implementation】 - Reduction of defective products due to foreign matter contamination - Improvement in product quality - Maintenance of clean room environments

• Pneumatic Equipment

In precision devices, measures to prevent foreign matter contamination, which can affect product quality, are extremely important. Especially in processes that handle fine components, even a slight foreign substance can lead to product defects. Air bearing cylinders achieve zero friction resistance and suppress dust generation, enabling the removal of foreign matter in a clean environment. This contributes to improved yield and stable quality. 【Application Scenarios】 - Removal of foreign matter in manufacturing processes - Precision control in clean rooms - Assembly processes for fine components 【Effects of Implementation】 - Reduction of defective products due to foreign matter contamination - Improvement in product quality - Maintenance of clean room environments

• Pneumatic Equipment

In implementation machines, precise mounting operations are required. In particular, delicate components are significantly affected by even slight misalignments or friction, which can greatly impact product quality. It is important to improve positioning accuracy in the process and minimize damage to the components. Fujikura Composite's ACS-4-5 addresses these challenges with its air bearing technology that offers zero friction resistance. [Usage Scenarios] - Precise assembly and mounting - Accurate positioning of small components [Benefits of Implementation] - Improved mounting accuracy - Reduced damage to components - Enhanced work efficiency

• Pneumatic Equipment

In implementation machines, precise mounting operations are required. In particular, delicate components are significantly affected by even slight misalignments or friction, which can greatly impact product quality. It is important to improve positioning accuracy in the process and minimize damage to the components. Fujikura Composite's ACS-4-5 addresses these challenges with air bearing technology that has zero friction resistance. [Usage Scenarios] - Precise assembly and mounting - Accurate positioning of small components [Benefits of Implementation] - Improved mounting accuracy - Reduced damage to components - Enhanced work efficiency

• Pneumatic Equipment

In the inspection and testing industry, precise load control and smooth operation are required to improve inspection accuracy. This is especially crucial for applications such as semiconductors and IC chips, where high precision and reliability are essential. Conventional cylinders may cause positional deviations and delays in operation due to friction resistance, which can compromise the accuracy of operations. Fujikura Composite's ACS-4-5 eliminates friction resistance through air bearing technology, achieving high-precision control. 【Application Scenarios】 - Load control in IC chip inspection - Precise positioning of wafers - Semiconductor inspection 【Benefits of Implementation】 - Improved quality of inspection and testing due to enhanced operational accuracy - Space-saving through miniaturization and lightweight design of equipment - Reduced strain on machinery due to smooth operation - Lower maintenance costs due to high durability

• Pneumatic Equipment

In precision devices, the smooth movement of the cylinder and high-precision positioning are crucial factors that determine the performance of the device. Particularly in situations that require work in confined spaces or delicate movements, a cylinder with low friction resistance and precise control is essential. Conventional cylinders have faced challenges such as delays in operation and reduced positional accuracy due to friction. Fujikura Composite's ACS-4-5 eliminates friction resistance to zero through air bearing technology, addressing these issues. 【Application Scenarios】 - Precise positioning - Weight cancellation - Pressure control 【Benefits of Implementation】 - Improved operational performance of the device - High-precision positioning - Miniaturization and lightweight design of the device

• Pneumatic Equipment

In precision machining, precise operations are required. Particularly in situations where fine movements are needed in precision machining machines, the friction resistance of the cylinder significantly affects operational accuracy. High friction can lead to positioning errors and vibrations, potentially hindering accurate operations. Air bearing cylinders achieve zero friction resistance and provide smooth movement, contributing to the performance improvement of precision machining machines. 【Application Scenarios】 - Machining head - Stage position control 【Benefits of Implementation】 - High-precision positioning - Smooth operation - Improved product quality

• Pneumatic Equipment

In precision machining, precise operations are required. Particularly in situations where fine movements are needed in precision machining machines, the friction resistance of the cylinder greatly affects operational accuracy. High friction can lead to positioning errors and vibrations, potentially hindering accurate operations. Air bearing cylinders achieve zero friction resistance and provide smooth movement, contributing to the performance improvement of precision machining machines. 【Application Scenes】 - Machining head - Stage position control 【Effects of Implementation】 - High-precision positioning - Smooth operation - Improved product quality

• Pneumatic Equipment