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YIXUN mold
8480419090
Global Regulatory Compliance: Fully aligned with ISO 13485, FDA 21 CFR Part 820, and EU MDR standards—ensuring molds produce components safe for clinical use.
Biocompatible Material Optimization: Tailored for medical-grade PP (chemical resistance, sterilization compatibility), PE (flexibility, low toxicity), and PC (high impact strength, transparency)—mold surfaces treated to prevent material contamination and meet ISO 10993 biocompatibility requirements.
Sterility Compatibility: Smooth, crevice-free cavity design (Ra ≤ 0.01μm) supports ethylene oxide (EO) sterilization, gamma radiation, and autoclaving without mold degradation or product contamination.
Micron-Level Tolerance: Dimensional accuracy of ±0.003mm for tight-fitting parts (e.g., oxygen pump valves, surgical instrument handles, catheter connectors)—eliminating leakage risks and ensuring device functionality.
Complex Geometry Mastery: Specialized in molding thin-walled structures (wall thickness ≥ 0.2mm), intricate channels (for oxygen flow), and textured surfaces (anti-slip surgical grips)—achieved via advanced 3D modeling and flow simulation.
Consistency at Scale: Multi-cavity designs (2-32 cavities) deliver high-volume production (10,000-100,000+ parts/day) with defect rates < 0.05%, critical for medical supply chain stability.
Premium Mold Materials: Core/cavity constructed with medical-grade S136H stainless steel (hardness HRC 56-60) and vacuum heat treatment—resists corrosion from sterilants and maintains precision for 3-5 million cycles.
Advanced Cooling Systems: Custom spiral micro-cooling channels with temperature control ±0.5℃—prevents warping of heat-sensitive materials (e.g., PC) and reduces cycle time by 15-20%.
Wear-Resistant Components: Hardened guide pins, ejector pins, and hot runner systems (medical-grade thermal gates) minimize maintenance downtime and extend mold lifespan.
Oxygen Pump Components: Valve bodies, flow meters, filter housings, connector ports, and plastic casings.
Surgical Accessories: Scalpel handles, forceps grips, retractor components, surgical tray inserts, and sterile packaging parts.
Special Features: Anti-microbial coatings, laser-marked part numbers (for traceability), color-coded components, and snap-fit or threaded assemblies.
Design & Validation
3D modeling (SolidWorks/UG) with finite element analysis (FEA) to optimize flow and reduce stress points.
DFM (Design for Manufacturing) review with medical device engineers to ensure compliance and producibility.
Material Preparation
Mold core/cavity: S136H stainless steel (medical-grade, corrosion-resistant).
Mold base: P20 steel with chrome plating (easy sterilization and cleanroom compatibility).
Precision Machining
CNC five-axis milling (accuracy ±0.001mm) for complex geometries.
Wire EDM cutting for micro-features (e.g., oxygen flow channels).
Mirror polishing (Ra ≤ 0.01μm) and passivation treatment to meet biocompatibility standards.
Cleanroom Assembly & Testing
Assembly in Class 7 cleanroom to prevent particulate contamination.
Trial injection with target medical-grade materials (PP/PE/PC) to verify dimensional accuracy (CMM inspection) and leak tightness (pressure testing up to 100 psi).
10,000-cycle validation to ensure consistent performance in mass production.
| Parameter | Specification |
|---|---|
| Cavity Number | 2/4/8/16/32 (customizable) |
| Mold Accuracy | ±0.003mm |
| Cycle Time | 15-30 seconds (varies by part complexity) |
| Mold Material | Core/Cavity: S136H Stainless Steel; Base: P20 Chrome-Plated Steel |
| Hardness | HRC 56-60 (core/cavity) |
| Cooling System | Spiral micro-cooling channels (temperature control ±0.5℃) |
| Runner System | Hot runner (medical-grade thermal gates) or cold runner |
| Weight | 300-1,500kg (varies by cavity number) |
| Compatibility | Medical Injection Machines: 20-100 Ton Clamping Force; Cleanroom Class 8+ |
| Compatible Materials | Medical-grade PP, PE, PC (also supports PEEK, TPU on request) |
| Compliance | ISO 13485, FDA 21 CFR Part 820, EU MDR, ISO 10993 |
Disposable oxygen concentrator filters
Oxygen flow meter housings
Portable oxygen pump valves and connectors
Oxygen mask adapters
Reusable surgical instrument handles (scalpels, forceps)
Sterile surgical tray inserts and dividers
Laparoscopic instrument components
Surgical suture holders and needle passers

Global Regulatory Compliance: Fully aligned with ISO 13485, FDA 21 CFR Part 820, and EU MDR standards—ensuring molds produce components safe for clinical use.
Biocompatible Material Optimization: Tailored for medical-grade PP (chemical resistance, sterilization compatibility), PE (flexibility, low toxicity), and PC (high impact strength, transparency)—mold surfaces treated to prevent material contamination and meet ISO 10993 biocompatibility requirements.
Sterility Compatibility: Smooth, crevice-free cavity design (Ra ≤ 0.01μm) supports ethylene oxide (EO) sterilization, gamma radiation, and autoclaving without mold degradation or product contamination.
Micron-Level Tolerance: Dimensional accuracy of ±0.003mm for tight-fitting parts (e.g., oxygen pump valves, surgical instrument handles, catheter connectors)—eliminating leakage risks and ensuring device functionality.
Complex Geometry Mastery: Specialized in molding thin-walled structures (wall thickness ≥ 0.2mm), intricate channels (for oxygen flow), and textured surfaces (anti-slip surgical grips)—achieved via advanced 3D modeling and flow simulation.
Consistency at Scale: Multi-cavity designs (2-32 cavities) deliver high-volume production (10,000-100,000+ parts/day) with defect rates < 0.05%, critical for medical supply chain stability.
Premium Mold Materials: Core/cavity constructed with medical-grade S136H stainless steel (hardness HRC 56-60) and vacuum heat treatment—resists corrosion from sterilants and maintains precision for 3-5 million cycles.
Advanced Cooling Systems: Custom spiral micro-cooling channels with temperature control ±0.5℃—prevents warping of heat-sensitive materials (e.g., PC) and reduces cycle time by 15-20%.
Wear-Resistant Components: Hardened guide pins, ejector pins, and hot runner systems (medical-grade thermal gates) minimize maintenance downtime and extend mold lifespan.
Oxygen Pump Components: Valve bodies, flow meters, filter housings, connector ports, and plastic casings.
Surgical Accessories: Scalpel handles, forceps grips, retractor components, surgical tray inserts, and sterile packaging parts.
Special Features: Anti-microbial coatings, laser-marked part numbers (for traceability), color-coded components, and snap-fit or threaded assemblies.
Design & Validation
3D modeling (SolidWorks/UG) with finite element analysis (FEA) to optimize flow and reduce stress points.
DFM (Design for Manufacturing) review with medical device engineers to ensure compliance and producibility.
Material Preparation
Mold core/cavity: S136H stainless steel (medical-grade, corrosion-resistant).
Mold base: P20 steel with chrome plating (easy sterilization and cleanroom compatibility).
Precision Machining
CNC five-axis milling (accuracy ±0.001mm) for complex geometries.
Wire EDM cutting for micro-features (e.g., oxygen flow channels).
Mirror polishing (Ra ≤ 0.01μm) and passivation treatment to meet biocompatibility standards.
Cleanroom Assembly & Testing
Assembly in Class 7 cleanroom to prevent particulate contamination.
Trial injection with target medical-grade materials (PP/PE/PC) to verify dimensional accuracy (CMM inspection) and leak tightness (pressure testing up to 100 psi).
10,000-cycle validation to ensure consistent performance in mass production.
| Parameter | Specification |
|---|---|
| Cavity Number | 2/4/8/16/32 (customizable) |
| Mold Accuracy | ±0.003mm |
| Cycle Time | 15-30 seconds (varies by part complexity) |
| Mold Material | Core/Cavity: S136H Stainless Steel; Base: P20 Chrome-Plated Steel |
| Hardness | HRC 56-60 (core/cavity) |
| Cooling System | Spiral micro-cooling channels (temperature control ±0.5℃) |
| Runner System | Hot runner (medical-grade thermal gates) or cold runner |
| Weight | 300-1,500kg (varies by cavity number) |
| Compatibility | Medical Injection Machines: 20-100 Ton Clamping Force; Cleanroom Class 8+ |
| Compatible Materials | Medical-grade PP, PE, PC (also supports PEEK, TPU on request) |
| Compliance | ISO 13485, FDA 21 CFR Part 820, EU MDR, ISO 10993 |
Disposable oxygen concentrator filters
Oxygen flow meter housings
Portable oxygen pump valves and connectors
Oxygen mask adapters
Reusable surgical instrument handles (scalpels, forceps)
Sterile surgical tray inserts and dividers
Laparoscopic instrument components
Surgical suture holders and needle passers
