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YIXUN mold
8480419090
Introduction to Our Medical Plastic Solutions
Our injection mold engineering achieves micron-level precision, with dimensional tolerances as tight as ±0.01mm. This ensures every component—from the thinnest tube wall to the most intricate connector geometry—fits and functions flawlessly with your devices.
Multi-cavity injection molds enable high-volume production without sacrificing consistency, making us a go-to partner for both small-batch custom projects and large-scale manufacturing.
We utilize a range of biocompatible, sterilization-resistant plastics (PVC, PP, PC, PE, and specialty medical resins), all FDA, CE, and ISO 10993 certified. This ensures our components withstand repeated sterilization cycles (autoclaving, ETO, gamma radiation) and pose zero risk to patients.
Materials are also selected for their mechanical resilience—flexible hoses resist kinking, rigid connectors withstand pressure, and humidifier chambers resist chemical degradation from medical fluids.
Respiratory Hoses: Available in various diameters, lengths, and flexibility grades, with options for anti-kink reinforcement and leak-proof connectors.
Connectors & Adapters: A vast array of shapes (straight, elbow, Y-shaped, etc.) and sizes to accommodate any device interface, with smooth internal surfaces to minimize airflow resistance.
Humidifier Chambers & Filters: Engineered for optimal moisture exchange and particle filtration, with transparent designs for easy monitoring.
Accessory Components: From valves to caps, every small part is manufactured with the same injection mold precision as our larger components.
As a seasoned mold maker, we thrive on custom projects. Share your design specs, and our team will develop bespoke injection molds to bring your unique component concepts to life—whether it’s a patent-pending connector or a specialized hose configuration.
Our design-for-manufacturability (DFM) expertise ensures your custom injection mold is optimized for cost, speed, and quality from the outset.
Our facility houses over 50 advanced injection mold machines (ranging from 50T to 500T clamping force), alongside CNC milling, EDM, and wire-cutting equipment. This allows us to craft molds with complex geometries, undercuts, and multi-functional features.
We employ CAD/CAM software (UG, SolidWorks) and mold flow simulation tools to predict and optimize the injection mold process, reducing trial-and-error and accelerating time-to-market.
Every injection mold undergoes a 20-point inspection before production, and each batch of components is tested for:
Dimensional accuracy (via CMM and optical measuring systems)
Leakage and pressure resistance
Material integrity (FTIR spectroscopy for resin verification)
Biocompatibility (third-party lab testing)
Our quality management system is ISO 13485 certified, and all products comply with global medical regulations.
For high-volume orders, our automated injection mold production lines can achieve outputs of up to 100,000 components per day, with inline quality checks to maintain standards.
Even for custom injection mold projects, our lead times are industry-leading—typically 4–6 weeks from mold design to first article approval.
Technical Collaboration: Our engineers work with your team to refine designs for better injection mold manufacturability and end-product performance.
Cost Transparency: We provide detailed quotes for injection mold development and component production, with no hidden fees.
Sustainability Focus: Our injection mold processes minimize material waste, and we offer recycled medical-grade plastic options for eco-conscious projects.
Introduction to Our Medical Plastic Solutions
Our injection mold engineering achieves micron-level precision, with dimensional tolerances as tight as ±0.01mm. This ensures every component—from the thinnest tube wall to the most intricate connector geometry—fits and functions flawlessly with your devices.
Multi-cavity injection molds enable high-volume production without sacrificing consistency, making us a go-to partner for both small-batch custom projects and large-scale manufacturing.
We utilize a range of biocompatible, sterilization-resistant plastics (PVC, PP, PC, PE, and specialty medical resins), all FDA, CE, and ISO 10993 certified. This ensures our components withstand repeated sterilization cycles (autoclaving, ETO, gamma radiation) and pose zero risk to patients.
Materials are also selected for their mechanical resilience—flexible hoses resist kinking, rigid connectors withstand pressure, and humidifier chambers resist chemical degradation from medical fluids.
Respiratory Hoses: Available in various diameters, lengths, and flexibility grades, with options for anti-kink reinforcement and leak-proof connectors.
Connectors & Adapters: A vast array of shapes (straight, elbow, Y-shaped, etc.) and sizes to accommodate any device interface, with smooth internal surfaces to minimize airflow resistance.
Humidifier Chambers & Filters: Engineered for optimal moisture exchange and particle filtration, with transparent designs for easy monitoring.
Accessory Components: From valves to caps, every small part is manufactured with the same injection mold precision as our larger components.
As a seasoned mold maker, we thrive on custom projects. Share your design specs, and our team will develop bespoke injection molds to bring your unique component concepts to life—whether it’s a patent-pending connector or a specialized hose configuration.
Our design-for-manufacturability (DFM) expertise ensures your custom injection mold is optimized for cost, speed, and quality from the outset.
Our facility houses over 50 advanced injection mold machines (ranging from 50T to 500T clamping force), alongside CNC milling, EDM, and wire-cutting equipment. This allows us to craft molds with complex geometries, undercuts, and multi-functional features.
We employ CAD/CAM software (UG, SolidWorks) and mold flow simulation tools to predict and optimize the injection mold process, reducing trial-and-error and accelerating time-to-market.
Every injection mold undergoes a 20-point inspection before production, and each batch of components is tested for:
Dimensional accuracy (via CMM and optical measuring systems)
Leakage and pressure resistance
Material integrity (FTIR spectroscopy for resin verification)
Biocompatibility (third-party lab testing)
Our quality management system is ISO 13485 certified, and all products comply with global medical regulations.
For high-volume orders, our automated injection mold production lines can achieve outputs of up to 100,000 components per day, with inline quality checks to maintain standards.
Even for custom injection mold projects, our lead times are industry-leading—typically 4–6 weeks from mold design to first article approval.
Technical Collaboration: Our engineers work with your team to refine designs for better injection mold manufacturability and end-product performance.
Cost Transparency: We provide detailed quotes for injection mold development and component production, with no hidden fees.
Sustainability Focus: Our injection mold processes minimize material waste, and we offer recycled medical-grade plastic options for eco-conscious projects.
