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  • Video!!!Exporting Since 2004,Professional 2 Cavity Plastic PVC Medical Oxygen/nebulizer Mask Injection Mould,veil Mold
  • Video!!!Exporting Since 2004,Professional 2 Cavity Plastic PVC Medical Oxygen/nebulizer Mask Injection Mould,veil Mold
  • Video!!!Exporting Since 2004,Professional 2 Cavity Plastic PVC Medical Oxygen/nebulizer Mask Injection Mould,veil Mold
  • Video!!!Exporting Since 2004,Professional 2 Cavity Plastic PVC Medical Oxygen/nebulizer Mask Injection Mould,veil Mold
  • Video!!!Exporting Since 2004,Professional 2 Cavity Plastic PVC Medical Oxygen/nebulizer Mask Injection Mould,veil Mold
  • Video!!!Exporting Since 2004,Professional 2 Cavity Plastic PVC Medical Oxygen/nebulizer Mask Injection Mould,veil Mold
Video!!!Exporting Since 2004,Professional 2 Cavity Plastic PVC Medical Oxygen/nebulizer Mask Injection Mould,veil Mold

Video!!!Exporting Since 2004,Professional 2 Cavity Plastic PVC Medical Oxygen/nebulizer Mask Injection Mould,veil Mold

$1000.00-$5000.00/ Set|1 Set/Sets(Min. Order)

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 1 pieces)

Video!!!Exporting Since 2004,Professional 2 Cavity Plastic PVC Medical Oxygen/nebulizer Mask Injection Mould,veil Mold

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Precision Manufacturing: The 2-cavity PVC medical oxygen mask injection mould enables efficient production of durable, transparent masks with precise fit and oxygen delivery capabilities, ensuring compatibility with nebulizers and respiratory therapy devices.
  • Customizable Design: Supports tailored mask configurations, including adjustable straps and ergonomic shapes, to meet diverse medical and user-specific requirements.

Key features

  • 1. Material Technology

  • With a corrosion-resistant steel mould body and medical-grade polyvinyl chloride (PVC), ensure durable and safe mask production for clinical use. The steel material outperforms aluminum moulds in longevity and precision under repeated high-pressure injection cycles*

  • 2. Performance Parameters

  • With a 2-cavity injection mould design, boost production efficiency by ~50% compared to single-cavity moulds, enabling faster output of oxygen masks for high-demand medical settings*

  • 3. Interactive Design

  • With CNC-machined precision and cold runner technology, achieve 98% dimensional accuracy while reducing material waste by 20% versus hot runner systems, optimizing cost-efficiency for mass production*

  • 4. Scenario Solutions

  • With an ergonomic design tailored for medical applications, produce masks that fit diverse facial sizes and ensure secure seals for oxygen delivery in hospitals, emergency rooms, and home care environments. The transparent PVC material allows real-time patient monitoring during use.

  • 5. Certification Standards

  • With compliance to medical-grade PVC standards (ISO 10993), meet strict healthcare safety requirements for biocompatibility and chemical resistance, ensuring patient safety in prolonged oxygen therapy scenarios.

Product details

Video!!!Exporting Since 2004,Professional 2 Cavity Plastic PVC Medical Oxygen/nebulizer Mask Injection Mould,veil Mold

The 2 Cavity PVC Medical Oxygen/Nebulizer Mask Injection Mould is a precision-engineered mould designed for medical-grade oxygen mask production. Crafted from high-strength steel and plastic composites, it supports mass production of transparent, ergonomic masks with adjustable straps and optimal oxygen delivery efficiency.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialPolyvinyl chloride (PVC), transparentMedical oxygen therapy, nebulizer masks
Runner TypeCold runner systemReduces material waste in injection moulding
Mould MaterialSteel core with plastic componentsHigh-precision, durable mould production
Shaping ModeCNC-machined injection mouldingMass production of complex medical parts
Surface FinishPolishedSmooth surface for medical-grade hygiene

Customization guide

Adjustable parameters include cavity size (to fit pediatric/adult face contours), strap attachment points (for customizable tension), and material thickness (to balance durability and flexibility). These adjustments ensure compatibility with ISO 13485 medical standards for diverse clinical needs.

Get inspired

With this mould, you can produce oxygen masks that combine 20% faster production cycles (vs. traditional hot runner systems) and 15% higher transparency for patient monitoring. The cold runner design minimizes material waste, lowering per-unit costs for high-volume medical suppliers.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Cavity Precision±0.1mm±0.05mm (+50%)±0.02mm (+80%)*
Material ToleranceStandard PVCMedical-grade PVCFDA-certified PVC
Production Speed15 masks/hour20 masks/hour (+33%)25 masks/hour (+67%)
CustomizationBasic adjustmentsAdvanced geometryFull CAD customization

Supplier's note

  1. Three Breakthroughs:

    • Cold Runner Efficiency: Reduces material waste by 20% compared to traditional hot runners.
    • CNC Precision: ±0.02mm tolerance in Pro models enables compatibility with advanced ventilator systems.
    • FDA-Grade PVC: Ensures biocompatibility for prolonged patient use.
  2. Optimal Version Selection:

    • Base Model: Ideal for clinics or small-scale production (e.g., 15 masks/hour suffices for regional hospitals).
    • Advanced Model: Targets mid-tier medical suppliers needing ISO-certified outputs and faster turnaround.
    • Pro Model: Best for global manufacturers requiring FDA compliance and ultra-precise mass production (e.g., pandemic response equipment).

With the Pro version’s FDA-certified PVC, you can meet global medical standards while achieving 30% faster cycle times than industry benchmarks. Pair this with its ±0.02mm precision to ensure masks fit seamlessly with advanced ventilators, reducing leakage risks in critical care scenarios.

Frequently asked questions

  • Which 2-cavity PVC medical oxygen mask mould suits small-scale medical device production?

  • How to clean and maintain a PVC medical mask injection mould after use?

  • Steel vs. plastic mould material: Which is better for PVC medical mask production?

  • Can I customize the cavity count or dimensions of the PVC medical oxygen mask mould?

  • Is the polyvinyl chloride (PVC) material in this mould FDA-approved for medical oxygen masks?

  • What makes this 2-cavity mould suitable for medical oxygen masks?

  • How does the cold runner system improve efficiency in PVC medical mask production?

  • What’s the lead time for a customized 2-cavity PVC medical mask injection mould?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
MaterialMedical DevicesIndustry: Standard PVC (non-medical grade)
Base: Medical-grade PVC (ISO 10993 compliant)▲ (Hospital-grade material)
Advanced: PVC with ISO 10993-5 ▲▲ (Reduced allergic reactions)
Base: Safe for skin contact; Advanced: Lower allergy riskBase: Higher cost than non-medical PVC; Advanced: Even higher cost
FinishHigh-Precision ComponentsIndustry: Matte finish (Ra 1.6μm)
Base: Mirror finish (Ra ≤0.8μm)▲ (Easier cleaning)
Advanced: Ultra-smooth (Ra ≤0.4μm)▲▲ (Reduced friction)
Base: Improved cleaning; Advanced: Longer part lifeBase: Costly polishing; Advanced: Even more expensive
MachineComplex Mold DesignsIndustry: Standard CNC (±0.1mm)
Base: High-precision CNC (±0.01mm)▲ (Better accuracy)
Advanced: 5-axis CNC (±0.005mm)▲▲ (Intricate details)
Base: Better precision; Advanced: Handles complex geometriesBase: Higher machine costs; Advanced: Specialized equipment needed
Mould MaterialHigh-Volume ProductionIndustry: Aluminum (lightweight but less durable)
Base: Durable steel (S45C)▲ (Longer lifespan)
Advanced: Stainless steel (SUS304)▲▲ (Corrosion resistance)
Base: Longer mold life; Advanced: Withstands harsh environmentsBase: Heavier; Advanced: Higher material cost
Runner TypeCost-Sensitive ProductionIndustry: Hot runner systems (requires heaters)
Base: Cold runner (no heaters)▲ (Lower energy)
Advanced: Optimized cold runner (15% less waste)▲▲ (Material savings)
Base: Energy-efficient; Advanced: Reduced material useBase: Higher initial cost; Advanced: Complex setup
Shaping ModeHigh-Quality PartsIndustry: Standard injection (variable pressure)
Base: High-speed injection (faster cycles)▲ (Increased output)
Advanced: Precision injection with pressure control (±5% tolerance)▲▲ (Consistent quality)
Base: Faster production; Advanced: Superior part consistencyBase: Requires better equipment; Advanced: Specialized control systems

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