仁礼工業 Product Lineup

In research and development or prototype stages, precise dimensional adjustments tailored to device specifications and applications, as well as high-performance tubes with chemical resistance and heat resistance, are required. PFA tubes possess excellent heat resistance, chemical resistance, and electrical insulation, making them suitable for high-performance applications such as research and development equipment and testing facilities that handle chemicals and solvents. Our company responds to special specifications such as ultra-thin and thin-walled tubes through high-precision extrusion technology. We manufacture tubes tailored to applications and required specifications, from small-scale production in the prototype stage to mass production. 【Usage Scenarios】 - Research and development equipment - Testing and evaluation facilities - Analytical instruments and inspection devices - Prototype machines and custom equipment - Chemical and fluid control applications 【Benefits of Implementation】 - Adaptation to harsh environments due to heat and chemical resistance - Production of special specification tubes in the prototype stage - Device integration support through high-precision dimensional management - Processing support tailored to applications such as ultra-thin and thin-walled designs

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In the field of medical devices, particularly in catheter applications, biocompatibility, flexibility, and precise fluid control are required. Since catheters are inserted into the body, not only is the safety of the material essential, but also high chemical resistance to contact with drugs and bodily fluids is necessary. Additionally, catheters with fine structures often require extremely thin tubes and wall thicknesses, making it difficult for conventional generic products to meet these needs. Our ultra-fine and thin-walled PFA tubes contribute to solving challenges in catheter manufacturing with their material properties that meet these stringent requirements and high-precision processing technology that has a proven track record of manufacturing from an inner diameter of φ0.12mm. [Application Scenarios] - Catheter manufacturing - Delivery of drugs and bodily fluids - Medical precision instruments [Benefits of Implementation] - High biocompatibility and safety - Realization of precise fluid control - Flexible response to special sizes

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• Tubes and hoses

In research and development, materials that can demonstrate stable performance under special conditions are required for precise experiments and prototypes. Particularly in situations that involve high-temperature environments or require fine fluid control, the material and size of the tubes can significantly impact experimental results. Inappropriate materials or sizes can compromise the reproducibility of experiments or lead to unexpected issues. Our PEEK ultra-fine tubes, with excellent heat resistance, mechanical strength, and wear resistance, and a manufacturing track record starting from an inner diameter of φ0.025mm, support your research and development efforts. 【Application Scenarios】 - Experiments and prototypes in high-temperature environments - Applications requiring fine fluid control - Development stages requiring special materials and sizes of tubes 【Benefits of Implementation】 - Stabilization of experimental conditions and improvement of reproducibility - High-precision prototypes through fine fluid control - Enhanced development efficiency through flexible responses to special needs

• Tubes and hoses
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In semiconductor manufacturing transport lines, the accurate transport of fine components and temperature management during the manufacturing process are crucial. Particularly in scenarios that require stable transport in high-temperature environments or precise control of fine fluids, materials with high heat resistance, mechanical strength, and precise dimensional accuracy are essential. The use of inappropriate materials can increase the risk of transport errors and product contamination, potentially leading to decreased manufacturing efficiency. Our PEEK ultra-fine tubes are designed to address these challenges, offering excellent heat resistance, mechanical strength, and wear resistance, and can withstand temperature environments ranging from -50 to 260°C (approx.). We have a proven track record of manufacturing with an inner diameter starting from φ0.025mm, allowing us to flexibly meet the needs of specialized transport lines. 【Usage Scenarios】 - Transport lines in high-temperature environments - Transport of fine components - Lines requiring precise fluid control - Use in clean rooms 【Benefits of Implementation】 - Contributes to stable operation of transport lines - Reduces the risk of product contamination - Increases design flexibility by accommodating special sizes - Smooth implementation from prototyping to mass production

• Tubes and hoses
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In the medical device industry, particularly in catheter applications, biocompatibility, flexibility, and precise operability are required. To safely and effectively perform procedures within fine blood vessels and complex treatments, materials with high reliability and durability are essential. The use of inappropriate materials can increase the burden on patients and raise the risk of procedural failure. Our ultra-thin and lightweight PEEK tubes address these challenges with excellent heat resistance, mechanical strength, wear resistance, and fatigue resistance, capable of withstanding temperature environments ranging from -50 to 260°C (approximately). Thanks to high-precision extrusion technology, we can manufacture ultra-thin and lightweight tubes with an inner diameter of φ0.025mm, flexibly accommodating special size requirements. [Application Scenarios] - Application in catheter bodies and guide wires - Tubes for fine medical procedures - Medical device components requiring high-temperature sterilization [Benefits of Implementation] - Realization of precise catheter design - Improvement of safety and efficiency in procedures - Potential for expansion into a wide range of medical applications

• Tubes and hoses
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In research and development or prototype stages, high-performance tubes that are adjusted in dimensions to match device and component specifications, as well as possessing safety and durability, are required. The Hightrel 7237F tube features flame retardancy compliant with UL94 V-0, along with excellent flexibility, bend resistance, and fatigue resistance, making it suitable for protecting wires and electronic components, as well as for applications involving moving parts. Additionally, it combines the softness of rubber with the processability of plastic, accommodating applications that involve repeated deformation and wiring protection in confined spaces. Our company is capable of manufacturing Hightrel 7237F tubes tailored to special dimensions and applications through high-precision extrusion technology. We flexibly respond to specifications that are difficult to meet with off-the-shelf products, from small-scale production in research and development and prototyping stages to mass production, according to the application and required specifications. 【Usage Scenarios】 - Research and development equipment - Prototypes and evaluation equipment - Communication devices - Electronic devices - Wiring protection applications requiring flame retardancy 【Benefits of Implementation】 - Customizable dimensions and specifications according to application - Improved safety due to flame retardancy - Adaptability for wiring management due to flexibility - Capability to withstand repeated movements due to bend resistance - Consistent support from prototyping to mass production

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In electronic and communication devices, protective tubes that combine flame retardancy and flexibility are required to enhance safety. The Hightrell 7237F tube is made from a flame-retardant grade material that meets UL94 V-0 standards, in addition to offering excellent flexibility, bend resistance, and fatigue resistance. It is suitable for environments where repeated bending and vibration occur, and is used for the protection of wires, cables, and electronic components. Our company responds to the manufacturing of tubes tailored to specific applications and requirements through high-precision extrusion technology. We flexibly accommodate everything from evaluation samples in research and development and prototyping stages to mass production. 【Usage Scenarios】 - Protection of wires and cables - Insulation and protection of electronic components - Protection of internal wiring in communication devices - Electronic devices requiring flame retardancy - Protection applications within precision instruments 【Benefits of Implementation】 - Improved safety due to flame retardancy - Adaptability in wiring management due to flexibility - Capability to withstand repeated operations due to bend resistance - Long-term use support due to fatigue resistance - Enhanced protection performance for wires and components

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In the field of optical communication, protective tubes that are flame-retardant, flexible, and resistant to bending are required to protect optical fibers from external environments while ensuring safety and durability. The Hightrel 7237F tube is made from a material that offers excellent flexibility, bending resistance, and fatigue resistance, making it suitable for protecting optical fibers and communication components. Additionally, it is designed to withstand environments where repeated bending and vibrations occur, and is used as a protective component inside communication equipment and precision devices that require wiring management. Our company responds to the manufacturing of tubes tailored to specific applications through high-precision extrusion technology. We flexibly accommodate requirements from evaluation samples in research and development and prototyping stages to mass production. 【Usage Scenarios】 - Optical fiber protective tubes - Optical communication devices - Wiring protection inside communication equipment - Communication components requiring flame retardancy - Electronic devices and precision instruments 【Benefits of Implementation】 - Improved safety due to flame retardancy - Adaptability to wiring management due to flexibility - Capability to withstand repeated bending due to bending resistance - Suitability for long-term use due to fatigue resistance - Stable protective performance for optical fibers

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In communication and electronic devices, protective tubes with flame retardancy, flexibility, and durability are required to ensure safety and durability. The Hightrel 7237F tube is made from a material that offers excellent flexibility, bend resistance, and fatigue resistance, along with flame retardancy, making it suitable for protecting wires, cables, and electronic components inside communication devices. Additionally, it is designed to withstand environments with repeated bending and vibration, and is used for wiring management and component protection in limited spaces. Our company utilizes high-precision extrusion molding technology to manufacture tubes tailored to specific applications. We flexibly accommodate requirements from evaluation samples in research and development to mass production. 【Usage Scenarios】 - Protection of wires inside communication devices - Cable protection tubes - Protection of electronic components - Inside equipment where flame retardancy is required - Wiring protection for precision instruments 【Benefits of Implementation】 - Improved safety due to flame retardancy - Adaptability to wiring management due to flexibility - Capability to withstand repeated motion due to bend resistance - Long-term use supported by fatigue resistance - Consistent support from prototyping to mass production

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In research and development or prototype stages, flexible resin tubes that can withstand dimensional adjustments according to device and component specifications, as well as repeated deformation, are required. HYTREL tubes possess excellent flexibility, bend resistance, fatigue resistance, and impact resistance, making them suitable for devices and precision instruments that include movable parts, as well as fluid control applications. Additionally, they combine the softness of rubber with the processability of plastic, allowing them to accommodate complex piping arrangements and applications involving repeated movements. Our company utilizes high-precision extrusion technology to manufacture HYTREL tubes tailored to special dimensions and applications. We flexibly respond to specifications that are difficult to meet with off-the-shelf products, from small-scale production during research and development and prototyping to mass production, according to the application and required specifications. 【Usage Scenarios】 - Research and development equipment - Prototype machines and evaluation equipment - Equipment with movable parts - Precision instruments - Fluid control devices 【Benefits of Implementation】 - Customizable dimensions and specifications according to application - Flexibility to accommodate complex piping arrangements - Bend resistance for repeated movements - Fatigue resistance for long-term use - Consistent support from prototyping to mass production

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This is a high-performance elastomer tube made using Hytrel. It has excellent flexibility, bend resistance, fatigue resistance, and impact resistance, making it suitable for piping applications inside precision instruments and devices where repeated bending and deformation occur. It combines the softness of rubber with the processability of plastic, catering to applications that require flexibility, such as piping in movable parts and tight spaces. Our company utilizes high-precision extrusion molding technology to manufacture ultra-thin and lightweight tubes. We also flexibly accommodate specifications that are difficult to meet with off-the-shelf products, from research and development to prototyping and mass production. 【Usage Scenarios】 - Piping inside precision instruments - Tube applications involving movable parts - Research and development equipment - Analysis and inspection instruments - Small devices and precision mechanical components 【Benefits of Implementation】 - Adaptability to piping routing due to excellent flexibility - Response to repeated operations due to fatigue resistance - Suitability for long-term use due to bend resistance - Improved durability against impacts and deformation - Consistent support from prototyping to mass production

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In the field of medical devices, tubes used for fluid transport inside devices and around movable parts require flexibility, durability, and stable performance. HYTREL tubes possess excellent flexibility, bend resistance, fatigue resistance, and impact resistance, making them suitable for piping and protection applications within medical devices and precision instruments. Additionally, they combine the softness of rubber with the moldability of plastic, allowing them to accommodate applications that involve bending and repetitive motion. Our company can cater to special sizes of HYTREL tubes, such as ultra-thin and thin-walled, through high-precision extrusion technology. We flexibly respond to various applications and requirements, from evaluation products in research and development to mass-produced items. 【Usage Scenarios】 - Fluid piping inside medical devices - Precision medical instruments - Analytical and inspection equipment - Medical devices with movable parts - Research and development equipment 【Benefits of Implementation】 - Flexibility to accommodate complex piping arrangements - Bend resistance for repetitive motion applications - Fatigue resistance for long-term use - Impact resistance for stable component protection - Consistent support from prototyping to mass production

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In mechanical parts and precision devices, components that possess flexibility and durability, allowing for stable use over long periods even in environments where repetitive motion and friction occur, are required. HYTREL tubes offer excellent flexibility, bend resistance, abrasion resistance, and fatigue resistance, making them suitable for protective applications around moving parts and mechanical components. Additionally, they combine the softness of rubber with the processability of plastic, making them suitable for piping applications within mechanism parts and devices that involve bending and deformation. Our company can accommodate special sizes of HYTREL tubes, such as ultra-thin and thin-walled types, through high-precision extrusion technology. We flexibly respond to various applications and required specifications, from evaluation samples in research and development to mass production. 【Usage Scenarios】 - Protective tubes for mechanical parts - Mechanism parts with moving components - Piping inside precision instruments - Automation equipment - Industrial machinery 【Benefits of Implementation】 - Flexibility to accommodate moving parts - Long-term use supported by abrasion resistance - Repetitive motion supported by fatigue resistance - Component protection through impact resistance - Consistent support from prototyping to mass production

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In the field of optical communication, protective tubes that combine flexibility and durability are required to protect optical fibers from external bending, friction, and impact, while maintaining stable communication performance. HYTREL tubes possess excellent flexibility, bend resistance, fatigue resistance, and impact resistance, making them suitable for protecting optical fibers and communication components. They are also used as protective materials inside communication devices and precision equipment where repeated bending and vibrations occur, and where wiring management is necessary. Our company can accommodate special sizes of HYTREL tubes, such as ultra-thin and thin-walled, through high-precision extrusion technology. We flexibly respond to various applications and required specifications, from evaluation samples in research and development to mass production. 【Usage Scenarios】 - Optical fiber protective tubes - Optical communication devices - Wiring protection inside communication equipment - Electronic devices and precision instruments - Wiring applications involving moving parts 【Benefits of Implementation】 - Flexibility for managing optical fiber wiring - Bend resistance for repeated bending - Fatigue resistance for long-term use - Impact resistance for fiber protection - Consistent support from prototyping to mass production

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In communication and electronic devices, there is a demand for protective tubes that combine flexibility and durability to accommodate wiring and moving parts within limited spaces. HYTREL tubes possess excellent flexibility, bend resistance, fatigue resistance, and impact resistance, making them suitable for protecting wires, cables, and electronic components. Moreover, they demonstrate stable performance even in environments where repeated bending and vibrations occur, serving as protective materials for wiring inside communication devices and for precision components. Our company can accommodate special sizes of HYTREL tubes, such as ultra-thin and thin-walled types, through high-precision extrusion technology. We flexibly respond to various applications and requirements, from evaluation samples in research and development to mass production. 【Usage Scenarios】 - Protection of wires inside communication devices - Cable protection tubes - Protection of electronic components - Wiring applications involving moving parts - Protection applications inside precision equipment 【Benefits of Implementation】 - Adaptability to wiring routing due to flexibility - Response to repeated operations due to bend resistance - Long-term use support due to fatigue resistance - Component protection due to impact resistance - Consistent support from prototype to mass production

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In electrical and electronic devices, tubes that combine flexibility and durability are required for wiring and component protection in limited spaces. HYTREL tubes possess excellent flexibility, bend resistance, fatigue resistance, and impact resistance, making them suitable for protecting wires, cables, and electronic components. They are also used as protective materials inside electronic devices and precision instruments that experience repeated bending and vibrations, including movable parts. Our company can accommodate special sizes of HYTREL tubes, such as ultra-thin and thin-walled, through high-precision extrusion technology. We flexibly respond to various applications and specifications, from evaluation samples in research and development to mass production. 【Usage Scenarios】 - Protection of wires and cables - Protection of electronic components - Wiring protection inside electrical components - Communication devices and precision instruments - Wiring applications involving movable parts 【Benefits of Implementation】 - Adaptation to complex wiring arrangements due to flexibility - Adaptation to repeated operations due to bend resistance - Adaptation to long-term use due to fatigue resistance - Protection of components due to impact resistance - Consistent support from prototyping to mass production

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This is a high-performance resin tube made from PA6 (polyamide 6). It has excellent wear resistance, mechanical strength, and impact resistance, making it suitable for protective applications in mechanical parts, precision instruments, and various devices where friction and load occur. PA6 is a material that excels in the balance of strength and processability, widely used in parts and piping applications that require durability. Our company utilizes high-precision extrusion molding technology to manufacture small-diameter tubes. We can flexibly accommodate dimensions and specifications that are difficult to meet with off-the-shelf products, from research and development to prototyping and mass production. 【Application Scenarios】 - Mechanical parts - Precision instruments - Conveying equipment - Automation equipment - Protective applications requiring wear resistance 【Benefits of Implementation】 - Long-term use supported by wear resistance - Improved durability due to high strength - Protection of parts through impact resistance - Space-saving solutions through miniaturization - Consistent support from prototyping to mass production

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In mechanical parts and precision equipment, high-durability resin components that can be used stably over a long period, even in environments where friction and repeated loads occur, are required. PA66 (Polyamide 66) tubes possess excellent mechanical strength, heat resistance, wear resistance, and fatigue resistance, making them suitable for applications that demand durability, such as sliding parts and structural components. Additionally, among PA-based materials, they have high rigidity, which supports protective applications for mechanical parts that require strength and dimensional stability, as well as integration into precision components. Our company can accommodate special sizes of PA66 tubes, such as thin-walled and small-diameter types, through high-precision extrusion molding technology. We flexibly respond to various applications and specifications, from evaluation samples in research and development to mass production. 【Application Scenarios】 - Protective applications for mechanical parts - Sliding parts and structural components - Internal components of precision equipment - Automation equipment - Industrial machinery 【Benefits of Implementation】 - Improved durability due to high strength - Extended lifespan due to wear resistance - Adaptation to high-temperature environments due to heat resistance - Response to repeated loads due to fatigue resistance - Consistent support from prototyping to mass production

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This is a high-performance resin tube made from PA66 (polyamide 66). It has excellent mechanical strength, heat resistance, wear resistance, and fatigue resistance, making it suitable for use in mechanical parts and precision equipment applications in environments where temperature changes, friction, and repeated loads occur. PA66 possesses high rigidity and durability among PA series materials, catering to parts and protective applications that require strength. Our company utilizes high-precision extrusion molding technology to manufacture thin PA66 tubes. We can flexibly accommodate dimensions and specifications that are difficult to meet with off-the-shelf products, from research and development to prototype and mass production. [Application Scenarios] - Mechanical parts and precision components - Automotive parts - Protection of electrical components - Industrial equipment - Parts used in high-temperature environments [Benefits of Implementation] - Improved durability due to high mechanical strength - Adaptation to high-temperature environments due to heat resistance - Long-term use support due to wear resistance - Adaptation to repeated loads due to fatigue resistance - Space-saving solutions through miniaturization

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This is a high-performance resin tube made from PA11 (polyamide 11). It has excellent flexibility, impact resistance, fatigue resistance, and chemical resistance, making it suitable for environments where repeated bending and vibrations occur, as well as for piping applications inside precision instruments and devices. PA11 is a material that excels in the balance between flexibility and strength, catering to applications that require piping in tight spaces and durability for long-term use. Our company utilizes high-precision extrusion molding technology to manufacture small-diameter tubes. We can flexibly accommodate specifications that are difficult to meet with off-the-shelf products, from research and development to prototyping and mass production, including fine piping spaces and special sizes. 【Application Scenarios】 - Piping inside precision instruments - Fluid control devices - Piping applications involving moving parts - Analysis and inspection equipment - Research and development devices 【Benefits of Implementation】 - Adaptability to piping routing due to flexibility - Stable use due to impact resistance - Adaptability to repeated operations due to fatigue resistance - Environmental compatibility due to chemical resistance - Space-saving solutions through reduced diameter

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In research and development or prototype stages, resin tubes that are adjusted in dimensions to match device specifications and applications, as well as possessing flexibility and durability, are required. PA12 (Polyamide 12) tubes have excellent flexibility, chemical resistance, fatigue resistance, and impact resistance, making them suitable for applications including precision instruments, fluid control devices, and movable parts. Additionally, their low water absorption results in minimal dimensional changes, allowing for stable performance even in environments with variations. Our company is capable of manufacturing PA12 tubes tailored to special dimensions and applications, such as inner diameter, outer diameter, and wall thickness, using high-precision extrusion technology. We can flexibly accommodate specifications that are difficult to meet with off-the-shelf products, from small-scale production during research and development and prototyping to mass production, according to the application and required specifications. 【Usage Scenarios】 - Research and development equipment - Prototypes and evaluation equipment - Precision instruments - Fluid control devices - Equipment with movable parts 【Benefits of Implementation】 - Customizable dimensions and specifications to match applications - Flexibility for piping arrangements - Fatigue resistance for repeated operations - Chemical resistance for environmental adaptability - Consistent support from prototyping to mass production

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In the field of medical devices, high-performance tubes with flexibility, durability, and chemical resistance are required for the stable transport of liquids and fluids. PA12 (Polyamide 12) tubes possess excellent flexibility, chemical resistance, fatigue resistance, and impact resistance, making them suitable for fluid piping applications in medical devices and analytical instruments. Additionally, due to their low water absorption, they exhibit minimal dimensional changes and are suitable for tubing applications within precision instruments and devices that require stable performance over long periods. Our company can accommodate special sizes of PA12 tubes, such as ultra-thin and thin-walled, through high-precision extrusion technology. We flexibly respond to various applications and specifications, from evaluation samples in research and development to mass-produced products. 【Usage Scenarios】 - Fluid piping inside medical devices - Liquid and fluid transport applications - Analytical and inspection instruments - Research and development equipment - Precision medical devices 【Benefits of Implementation】 - Flexibility for accommodating piping arrangements - Chemical resistance for handling liquid environments - Fatigue resistance for repeated use - Stable dimensional maintenance due to low water absorption - Consistent support from prototyping to mass production

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In the field of optical communication, protective tubes that combine flexibility and durability are required to protect optical fibers from external friction, impacts, and repeated bending, while maintaining stable performance. PA12 (Polyamide 12) tubes possess excellent flexibility, abrasion resistance, fatigue resistance, and impact resistance, making them suitable for protecting optical fibers and communication components. Additionally, their low water absorption results in minimal dimensional changes, allowing them to meet the demands of communication equipment and precision instruments that require stable performance in environments with temperature and humidity fluctuations. Our company can accommodate special sizes of PA12 tubes, such as ultra-thin and thin-walled, through high-precision extrusion molding technology. We flexibly respond to various applications and specifications, from evaluation samples in research and development to mass production. 【Application Scenes】 - Optical fiber protective tubes - Optical communication devices - Wiring protection inside communication equipment - Electronic devices and precision instruments - Wiring applications involving movable parts 【Benefits of Implementation】 - Flexibility for easy wiring management - Abrasion resistance for optical fiber protection - Fatigue resistance for repeated bending - Stable dimensional maintenance due to low water absorption - Consistent support from prototyping to mass production

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In communication and electronic devices, tubes that combine flexibility and durability are required for wiring and component protection within limited spaces. PA12 (Polyamide 12) tubes possess excellent flexibility, abrasion resistance, fatigue resistance, and impact resistance, making them suitable for protecting wires, cables, and electronic components. Additionally, their low water absorption results in minimal dimensional changes, allowing them to serve as protective materials in communication devices and precision instruments that require stable performance in environments with temperature and humidity variations. Our company can accommodate special sizes of PA12 tubes, such as ultra-thin and thin-walled, through high-precision extrusion technology. We flexibly respond to various applications and specifications, from evaluation samples in research and development to mass production. 【Usage Scenarios】 - Protection of wires inside communication devices - Cable protection tubes - Protection of electronic components - Wiring protection inside precision instruments - Wiring applications involving moving parts 【Benefits of Implementation】 - Ability to handle complex wiring arrangements due to flexibility - Long-term use supported by abrasion resistance - Capability to withstand repeated operations due to fatigue resistance - Stable dimensional maintenance due to low water absorption - Consistent support from prototyping to mass production

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In electrical and electronic devices, tubes that combine flexibility and durability are required for wiring and component protection in limited spaces. PA12 (Polyamide 12) tubes possess excellent flexibility, abrasion resistance, impact resistance, and fatigue resistance, making them suitable for protecting wires, cables, and electronic components. Additionally, due to their low water absorption, they exhibit minimal dimensional changes and can serve as protective materials inside precision instruments and electronic devices that require stable performance over long periods. Our company can accommodate special sizes of PA12 tubes, such as ultra-thin and thin-walled, through high-precision extrusion technology. We flexibly respond to various applications and specifications, from evaluation samples in research and development to mass production. 【Usage Scenarios】 - Protection of wires and cables - Protection of electronic components - Wiring protection inside electrical components - Communication devices and precision instruments - Wiring applications involving moving parts 【Benefits of Implementation】 - Flexibility for accommodating wiring arrangements - Durability for long-term use - Fatigue resistance for repeated operations - Stable dimensional maintenance due to low water absorption - Consistent support from prototyping to mass production

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This is a high-performance resin tube made from PA12 (Polyamide 12). It has excellent flexibility, chemical resistance, impact resistance, and fatigue resistance, making it suitable for environments where bending and vibration occur, as well as for applications that require precise fluid control. Compared to general PA materials, PA12 has superior low water absorption and minimal dimensional changes, making it suitable for precise piping and tube applications where stable performance is required. Our company utilizes high-precision extrusion technology to manufacture ultra-thin and lightweight tubes. We can flexibly accommodate fine diameters and special sizes that are difficult to handle with off-the-shelf products, from research and development to prototyping and mass production. [Application Scenarios] - Precision piping with fine diameters - Analysis and inspection equipment - Research and development devices - Chemical and fluid control applications - Piping applications involving movable parts [Benefits of Implementation] - Flexibility to accommodate complex piping arrangements - Chemical resistance for environments with chemicals - Fatigue resistance for repeated movements - Stable dimensional maintenance due to low water absorption - Size adaptability according to applications, such as ultra-thin and lightweight - Consistent support from prototyping to mass production

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This is a high-performance resin tube made from PA (polyamide). It has excellent mechanical strength, wear resistance, impact resistance, and fatigue resistance, making it suitable for applications involving repetitive motion or bending, as well as piping applications within precision instruments and devices. PA is a material that offers an excellent balance of flexibility and strength, making it suitable for piping in tight spaces and for parts that require durability. Our company utilizes high-precision extrusion technology to manufacture ultra-thin and lightweight tubes. We can flexibly accommodate specifications that are difficult to meet with off-the-shelf products, from research and development to prototyping and mass production. [Application Scenarios] - Precision piping with fine diameters - Analysis and inspection equipment - Research and development devices - Piping around movable and sliding parts - Tubes inside precision instruments [Benefits of Implementation] - Handling adaptability due to high flexibility - Long-term use supported by wear resistance - Repetitive motion supported by fatigue resistance - Stable use due to high strength - Consistent support from prototyping to mass production

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In electrical and electronic devices, tubes that excel in flexibility and durability are required to protect wiring and components from external environments. PA (polyamide) tubes possess excellent flexibility, abrasion resistance, impact resistance, and mechanical strength, making them suitable for protecting wires, cables, and electronic components. They also accommodate environments where repeated bending and vibration occur, and are used as protective components inside electronic devices and precision instruments that require complex wiring arrangements. Our company can accommodate special sizes of PA tubes, such as ultra-thin and thin-walled, through high-precision extrusion molding technology. We flexibly respond to various applications and specifications, from evaluation products in research and development to mass-produced items. 【Usage Scenarios】 - Protection of wires and cables - Protection of electronic components - Protection of wiring inside electrical components - Communication devices and precision instruments - Wiring applications involving moving parts 【Benefits of Implementation】 - Flexibility to accommodate wiring arrangements - Long-term use supported by abrasion resistance - Component protection through impact resistance - Improved durability against vibration and repeated motion - Consistent support from prototyping to mass production

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In communication and electronic devices, tubes that combine flexibility and durability are required for wiring and component protection in limited spaces. PA (polyamide) tubes possess excellent flexibility, abrasion resistance, impact resistance, and fatigue resistance, making them suitable for protecting wires, cables, and electronic components. They are also used in environments where repeated bending and vibration occur, providing protection for wiring and components inside communication devices. Our company can accommodate special sizes of PA tubes, such as ultra-thin and thin-walled, through high-precision extrusion molding technology. We flexibly respond to various applications and requirements, from evaluation products in research and development and prototype stages to mass production. 【Usage Scenarios】 - Protection of wires inside communication devices - Cable protection tubes - Protection of electronic components - Wiring protection inside precision instruments - Wiring applications involving movable parts 【Benefits of Implementation】 - Flexibility to accommodate wiring arrangements - Abrasion resistance for long-term use - Fatigue resistance for repeated operations - Impact resistance for component protection - Consistent support from prototyping to mass production

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In the field of optical communication, protective tubes that combine flexibility and durability are required to protect optical fibers from external friction and impact, while maintaining stable performance. PA (polyamide) tubes possess excellent flexibility, abrasion resistance, impact resistance, and fatigue resistance, making them suitable for protecting optical fibers and communication components. Additionally, they excel in durability against bending and repetitive motion, making them suitable for protecting wiring in communication devices and precision equipment. Our company can accommodate special sizes of PA tubes, such as ultra-thin and thin-walled, through high-precision extrusion technology. We flexibly respond to various applications and specifications, from evaluation products in research and development to mass production. 【Usage Scenarios】 - Optical fiber protective tubes - Wiring protection inside communication devices - Optical communication-related components - Electronic and precision equipment - Wiring protection applications involving moving parts 【Benefits of Implementation】 - Flexibility to accommodate wiring arrangements - Long-term use supported by abrasion resistance - Protection of optical fibers through impact resistance - Response to repetitive motion through fatigue resistance - Consistent support from prototyping to mass production

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In the field of medical devices, tubes used for fluid transport inside devices and around moving parts require flexibility, durability, and stable performance. PA (polyamide) tubes possess excellent flexibility, abrasion resistance, fatigue resistance, and mechanical strength, making them suitable for medical devices and precision equipment that experience repeated bending and movement. Additionally, they excel in impact resistance, accommodating applications that require long-term use and handling. Our company utilizes high-precision extrusion technology to produce PA tubes in special sizes, such as ultra-thin and thin-walled. We flexibly respond to various applications and specifications, from evaluation samples in research and development to mass production. 【Application Scenarios】 - Fluid piping inside medical devices - Precision medical equipment - Analytical and testing equipment - Medical devices with moving parts - Chemical and fluid transport applications 【Benefits of Implementation】 - Flexibility for accommodating piping arrangements - Long-term use supported by abrasion resistance - Repeated movement supported by fatigue resistance - Stable use due to high mechanical strength - Consistent support from prototyping to mass production

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In communication equipment and antenna components, protective materials that have minimal impact on electrical characteristics and excellent durability are required to maintain stable communication performance. PBT (Polybutylene Terephthalate) tubes possess outstanding electrical insulation, heat resistance, mechanical strength, and dimensional stability, making them suitable for insulation and protection applications within antenna components and communication equipment. Additionally, their low water absorption results in minimal dimensional changes, allowing them to meet the needs of applications requiring precise component integration and stable positioning. Our company utilizes high-precision extrusion molding technology to manufacture PBT tubes in precise sizes, including thin-walled and small-diameter options. We flexibly accommodate various applications and specifications, from evaluation samples in research and development to mass production. [Usage Scenarios] - Insulation protection for antenna components - Protective materials inside communication equipment - Electrical components - Wiring protection within electronic devices - Precision machinery parts [Benefits of Implementation] - Stable protection due to excellent electrical insulation - Precision integration support due to dimensional stability - Temperature change adaptability due to heat resistance - Improved durability due to mechanical strength - Consistent support from prototype to mass production

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In the automotive field, there is a demand for high-performance resin components that can be used stably in environments where temperature changes, vibrations, and friction occur, such as around engines and electrical components. PBT (Polybutylene Terephthalate) tubes possess excellent electrical insulation, heat resistance, mechanical strength, and dimensional stability, making them suitable for protecting automotive electrical components and sensor peripheral parts. Additionally, due to their low water absorption, they exhibit minimal dimensional changes and excellent wear resistance, making them suitable for applications requiring long-term use and precise integration. Our company is capable of manufacturing precision-sized PBT tubes, including thin-walled and small-diameter products, through high-precision extrusion molding technology. We flexibly respond to various applications and specifications, from evaluation samples in research and development to mass production. 【Application Scenarios】 - Insulation protection for automotive electrical components - Sensor peripheral parts - Wiring and harness protection - Connector peripheral parts - In-vehicle precision devices 【Benefits of Implementation】 - Adaptation to high-temperature environments due to heat resistance - Stable component protection due to electrical insulation - Long-term use adaptability due to wear resistance - Precision integration support due to dimensional stability - Consistent support from prototyping to mass production

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In electrical and electronic devices, as well as automotive electrical components, there is a demand for high-precision insulating materials that can be used stably even in high-temperature environments and under electrical loads. PBT (Polybutylene Terephthalate) tubes possess excellent electrical insulation properties, heat resistance, mechanical strength, and dimensional stability, making them suitable for protecting wires and electronic components, as well as for insulation applications in precision parts. Additionally, due to their low water absorption and minimal dimensional changes, they are also suitable for integration into parts that require small sizes and high dimensional accuracy. Our company utilizes high-precision extrusion molding technology to manufacture PBT tubes in precise sizes such as thin-walled and small-diameter options. We flexibly respond to various applications and specifications, from evaluation samples in research and development to mass production. 【Application Scenarios】 - Insulation protection for wires and cables - Protection of electronic components - Automotive electrical components - Surrounding parts for sensors and connectors - Insulating materials inside precision instruments 【Benefits of Implementation】 - Protection of components due to excellent electrical insulation properties - Adaptation to high-temperature environments due to heat resistance - Precision integration support due to dimensional stability - Space-saving solutions due to small sizes - Consistent support from prototyping to mass production

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This is a high-precision resin tube made from PET (polyethylene terephthalate). It has excellent dimensional stability, mechanical strength, and chemical resistance, making it suitable for applications in precision instruments and analytical devices that require fine dimensional accuracy. Additionally, PET excels in transparency and molding stability, making it ideal for applications where internal inspection is necessary, as well as for parts and piping applications that require stable quality. Our company utilizes high-precision extrusion molding technology to manufacture ultra-fine and thin-walled tubes. We are flexible in accommodating specifications that are difficult to meet with off-the-shelf products, from research and development and prototyping to mass production. 【Application Scenarios】 - Precision piping with fine diameters - Analytical and inspection equipment - Research and development devices - Internal piping of precision instruments - Electronic components and mechanical parts 【Benefits of Implementation】 - Support for precision applications due to high dimensional stability - Stable usage due to mechanical strength - Space-saving solutions through fine diameter reduction - Mass production support with stable molding quality - Consistent support from prototyping to mass production

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In applications involving piping and protection for devices and equipment, tubes are required to have transparency that allows for the inspection of the internal fluid state and component condition, as well as stable dimensional accuracy. PET (polyethylene terephthalate) tubes possess excellent transparency, mechanical strength, dimensional stability, and chemical resistance, making them suitable for applications in precision instruments and analytical devices where internal inspection is necessary. Additionally, due to their superior molding stability, they are used as tubes for component integration and inspection where consistent quality is required. Our company can accommodate special sizes of PET tubes, including ultra-thin and thin-walled types, through high-precision extrusion technology. We flexibly respond to various applications and specifications, from evaluation products in research and development to mass production. 【Usage Scenarios】 - Tubes for internal condition inspection - Analytical and inspection equipment - Research and development devices - Fluid confirmation applications - Protective tubes for precision instruments 【Benefits of Implementation】 - Internal condition inspection enabled by transparency - Adaptation to precision applications due to high dimensional stability - Stable protective performance due to mechanical strength - Adaptation to fluid applications due to chemical resistance - Consistent support from prototyping to mass production

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In industrial equipment and manufacturing devices, tubes that combine transparency and durability are required for the purpose of checking internal conditions and protecting components. PET (polyethylene terephthalate) tubes possess excellent transparency, mechanical strength, dimensional stability, and chemical resistance, making them suitable for industrial applications where stable performance is required, such as protecting the interior of devices and fluid verification. Additionally, due to their high molding stability and dimensional accuracy, they can also be used in precision equipment and various installations. Our company can accommodate special sizes of PET tubes, such as ultra-thin and thin-walled, through high-precision extrusion molding technology. We flexibly respond to various applications and required specifications, from evaluation samples in research and development to mass production. 【Usage Scenarios】 - Protective tubes inside industrial equipment - Tubes for internal verification of devices - Fluid transport lines - Precision equipment and manufacturing devices - Inspection and evaluation equipment 【Benefits of Implementation】 - Internal condition verification through transparency - Protection of components and piping due to high strength - Precision integration support due to dimensional stability - Adaptation to usage environments due to chemical resistance - Consistent support from prototyping to mass production

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In mechanical parts and precision equipment, durable resin components that can maintain stable performance even in environments where repeated loads and friction occur are required. PET (polyethylene terephthalate) tubes possess excellent mechanical strength, dimensional stability, wear resistance, and chemical resistance, making them suitable for applications that demand durability, such as protecting mechanical parts and precision mechanism components. Additionally, they are suitable for integration into parts and devices that require minimal dimensional changes and high processing accuracy. Our company responds flexibly to various applications and specifications, from evaluation samples in research and development to mass production, utilizing high-precision extrusion molding technology to accommodate special sizes of PET tubes, including ultra-thin and thin-walled options. 【Application Scenarios】 - Precision mechanism components - Protective tubes for mechanical parts - Conveying equipment - Automation equipment - Protection of internal components in industrial machinery 【Benefits of Implementation】 - Improved durability due to high mechanical strength - Long-term use supported by wear resistance - Precision integration supported by dimensional stability - Adaptation to environmental changes due to chemical resistance - Consistent support from prototyping to mass production

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In the field of medical devices, high-precision tubes that combine transparency and mechanical strength are required to confirm fluid states and maintain stable performance. PET (polyethylene terephthalate) tubes possess excellent transparency, mechanical strength, dimensional stability, and chemical resistance, making them suitable for precision applications in medical devices and analytical instruments where internal inspection is necessary. Additionally, stable moldability and high dimensional accuracy allow for applications in fluid control and the integration of precision components. Our company responds flexibly to various applications and specifications, from evaluation products in research and development and prototyping stages to mass production, utilizing high-precision extrusion technology to accommodate special sizes such as ultra-thin and thin-walled PET tubes. 【Usage Scenarios】 - Fluid piping inside medical devices - Chemical and fluid inspection applications - Analytical and testing instruments - Research and development equipment - Precision medical devices 【Benefits of Implementation】 - Internal state confirmation through transparency - Stable component protection due to high strength - Precision integration support through dimensional stability - Compatibility with fluid applications due to chemical resistance - Consistent support from prototyping to mass production

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This is a high-performance resin tube made from PC (polycarbonate). It has excellent transparency, impact resistance, mechanical strength, and dimensional stability, making it suitable for precision piping where internal inspection is necessary, as well as for applications requiring durable component protection. PC possesses high strength among transparent resins and demonstrates excellent durability while being lightweight. It also accommodates devices that require internal condition checks and applications that demand precise fluid control. Our company utilizes high-precision extrusion molding technology to manufacture ultra-thin and lightweight tubes. We flexibly respond to specifications that are difficult to meet with off-the-shelf products, from research and development to prototyping and mass production. 【Application Scenes】 - Fine-diameter fluid piping - Analysis and inspection equipment - Research and development devices - Piping within precision instruments - Protective tubes requiring internal inspection 【Benefits of Implementation】 - Internal condition checks enabled by transparency - Improved durability due to high mechanical strength - Precision applications supported by dimensional stability - Device design facilitated by lightweight materials - Consistent support from prototyping to mass production

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This is a high-performance resin tube made from polycarbonate (PC). It has excellent transparency, impact resistance, mechanical strength, and dimensional stability, making it suitable for applications where it is necessary to check the condition of fluids or components inside the tube. Its visibility, enhanced by transparency, is utilized in analytical instruments, inspection devices, and precision equipment that require confirmation of fluid conditions or internal checks. Additionally, due to its high impact resistance, it can also serve as a protective tube that balances internal protection and visibility. Our company can accommodate special sizes of PC tubes, such as ultra-thin and thin-walled, through high-precision extrusion technology. We flexibly respond to research and development, prototyping, and mass production according to application and required specifications. 【Usage Scenarios】 - Fluid piping requiring internal inspection - Analytical and inspection equipment - Research and development devices - Protective tubes for precision equipment - Optical and measurement-related instruments 【Benefits of Implementation】 - Confirmation of internal conditions through transparency - Visual confirmation of fluid and component conditions - Stable protection due to impact resistance - Suitability for precision applications due to high dimensional stability - Consistent support from prototyping to mass production

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In mechanical parts and precision devices, high-durability resin components that can withstand external shocks and loads while maintaining stable performance are required. PC (polycarbonate) tubes possess excellent impact resistance, mechanical strength, and dimensional stability, making them suitable for applications that demand durability, such as protecting mechanical parts and precision mechanism components. Additionally, leveraging their high transparency, they can also be used in devices where internal condition verification is necessary, as well as for cover applications that provide part protection. Our company can accommodate special sizes of PC tubes, such as ultra-thin and lightweight, through high-precision extrusion technology. We flexibly respond to research and development, prototyping, and mass production according to application and specification requirements. 【Usage Scenarios】 - Protective tubes for mechanical parts - Precision mechanism components - Protective materials for device interiors - Inspection and measurement equipment - Various industrial equipment 【Benefits of Implementation】 - Protection of components due to high impact resistance - Improved durability through mechanical strength - Support for internal verification due to transparency - Precision assembly support through dimensional stability - Consistent support from prototyping to mass production

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In the field of medical devices, tubes that combine transparency and durability are required for confirming internal conditions and ensuring stable fluid control. PC (polycarbonate) tubes possess excellent transparency, impact resistance, mechanical strength, and dimensional stability, making them suitable for applications where internal inspection is necessary, such as medical devices and analytical instruments. Additionally, due to their high rigidity and durability, they can be used stably even in environments where external impacts and loads are anticipated. Our company offers specialized sizes of PC tubes, including ultra-thin and thin-walled options, through high-precision extrusion technology. We provide products tailored to applications and specifications from the research and development stage to mass production. 【Application Scenarios】 - Fluid piping inside medical devices - Chemical and fluid inspection applications - Analytical and testing instruments - Research and development equipment - Precision medical devices 【Benefits of Implementation】 - Confirmation of internal conditions through transparency - Stable protection of components due to impact resistance - Improved durability through high mechanical strength - Adaptation to precision applications through dimensional stability - Consistent support from prototyping to mass production

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In mechanical parts and precision mechanisms, durable resin components that can maintain stable performance even in environments where repetitive motion and friction occur are required. POM (polyoxymethylene) tubes possess excellent mechanical strength, wear resistance, low friction, and dimensional stability, making them suitable for applications that demand durability, such as sliding parts and mechanism components. Additionally, they can be lightweight compared to metal parts and are used in devices and mechanisms that require friction reduction and smooth operation. Our company responds flexibly to special sizes of POM tubes, such as ultra-thin and thin-walled, through high-precision extrusion molding technology. We accommodate various applications and requirements from research and development and prototyping to mass production. 【Application Scenarios】 - Mechanical parts and sliding parts - Precision mechanism components - Automation equipment - Conveying devices - Various industrial machinery 【Benefits of Implementation】 - Improved component lifespan due to high wear resistance - Smooth operation due to low friction - Enhanced durability due to high strength - Precision assembly support due to dimensional stability - Consistent support from prototyping to mass production

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In electrical and electronic components, insulating materials and highly durable resin parts are required to protect wiring and precision components in order to maintain stable performance. POM (polyacetal) tubes possess excellent electrical insulation, wear resistance, low friction, and dimensional stability, making them suitable for applications such as the protection of wires and electronic components, as well as precision mechanical parts. Additionally, they are used in components that have low friction resistance and in mechanisms that involve sliding motions. Our company responds flexibly to special sizes of POM tubes, such as ultra-thin and thin-walled types, through high-precision extrusion molding technology. We accommodate various applications and requirements from research and development and prototyping to mass production. 【Application Scenarios】 - Insulation protection for wires and wiring - Protection of electronic components - Protection of parts inside precision instruments - Electronic mechanism components with sliding parts - Small electronic devices 【Benefits of Implementation】 - Protection of components through electrical insulation - Support for long-term use due to wear resistance - Smooth operation due to low friction - Compatibility with precision parts due to dimensional stability - Consistent support from prototyping to mass production

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