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Raw Material for Injection Mould Plastic Machine/plastic Injection Mold Syringe/flower Pot Plastic Injection Mould

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Part Production: Designed for injection molding processes to create high-quality plastic components such as syringes, flower pots, and household items using polycarbonate and plastic materials.
  • Customizable Molding: Supports multi-cavity designs and tailored shaping modes to accommodate diverse product geometries, ensuring consistency in size and finish.

Key features

  • 1. Material Technology

  • With polycarbonate and plastic mould material, achieve lightweight and cost-effective production compared to traditional steel molds*.

  • 2. Interactive Design

  • With multi-cavity precision design, produce multiple parts per cycle for efficient small-batch manufacturing*.

  • 3. Performance Parameters

  • With injection molding technology, ensure ±0.1mm dimensional accuracy for consistent part quality and surface finish*.

  • 4. Scenario Solutions

  • Optimized for household applications, enabling easy setup and operation for DIY projects like flower pots and syringes*.

  • 5. Certification Standards

  • Constructed with polished, durable polycarbonate, meeting safety and durability standards for household and small-scale industrial use*.

Product details

Raw Material for Injection Mould Plastic Machine/plastic Injection Mold Syringe/flower Pot Plastic Injection Mould

Our plastic injection molds are precision-engineered for household applications, leveraging polycarbonate and plastic materials to ensure durability and versatility. Designed for injection molding processes, these molds deliver high-quality parts like syringes and flower pots with polished finishes and consistent dimensional accuracy.

Technical specifications

FeatureSpecificationBenefit
MaterialPolycarbonate, PlasticLightweight, heat-resistant, and durable
Mold MaterialPlasticCost-effective and easy to customize
FinishPolishingSmooth surface finish for aesthetic parts
ProcessInjection MoldingHigh-volume production efficiency
Shaping ModeInjection Mould, Plastic Injection MouldPrecision replication of complex geometries
ApplicationHousehold items (syringes, flower pots)Tailored for everyday consumer products

Customization guide

Adjustable cavity sizes and material thickness parameters to meet specific part requirements. For example, modifying cavity depth can optimize wall thickness for flower pots, while altering material distribution improves syringe durability.

Get inspired

Craft flawless household items with molds that balance precision and affordability. Whether producing medical-grade syringes or decorative flower pots, our injection molds ensure consistent quality and streamlined production.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Production Volume500–1,000 units/hr+15% (575–1,150 units/hr)+30% (650–1,300 units/hr)*
Material CompatibilityBasic plasticsEngineering plasticsHigh-temperature plastics
Durability (Lifespan)50,000 cycles75,000 cycles100,000 cycles

Supplier's note

  1. Technical Breakthroughs:

    • Polycarbonate Material: With polycarbonate, you can achieve lightweight molds that withstand high temperatures (up to 130°C), ideal for heat-sensitive household items.
    • Precision Cavities: Customizable cavity designs reduce post-molding finishing by 20% compared to traditional molds.
    • Scalable Production: The Pro Model’s 30% higher output enables cost-efficient mass production for high-demand household goods.
  2. Optimal Version Selection:

    • Base Model: Suitable for small-scale manufacturers needing basic plastic parts (e.g., simple flower pots).
    • Advanced Model: Ideal for mid-volume production requiring engineering plastics (e.g., syringes with reinforced walls).
    • Pro Model: Best for large-scale operations handling high-temperature materials or demanding durability (e.g., commercial-grade kitchenware).

*The Pro Model’s 100,000-cycle lifespan outperforms industry benchmarks by 40%, ensuring long-term cost savings for high-volume users. Pair its high-temperature compatibility with polycarbonate to create heat-resistant household items like sterilization trays.

Frequently asked questions

  • Which plastic injection mold model is best suited for small household items like flower pots?

  • How do I maintain a plastic injection mold for long-term durability?

  • Steel vs. Aluminum Molds: Which material is better for household plastic parts?

  • Can these molds be customized for unique household product designs?

  • Are these molds FDA-approved for food-safe household items?

  • Why choose injection molding for household plastic items over other processes?

  • Can these molds efficiently produce flower pots in bulk for commercial use?

  • How do the molds handle high-pressure injection processes safely?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHigh-volume production- Industry Standard: Steel/Aluminum (400 MPa tensile strength, ASTM A370)
- Our Base: Polycarbonate (10J impact resistance, ASTM D785)
- Our Advanced: PC+GF Composite (120 MPa flexural strength, ASTM D790 ▲)
- Industry: Unmatched durability for long-term use
- Base: Lightweight for easy handling
- Advanced: Enhanced strength for complex parts
- Industry: Heavy (requires heavy machinery ▲▲)
- Base: Lower thermal stability (▲)
- Advanced: Higher upfront cost (▲)
Surface FinishAesthetic products (flower pots)- Industry: Mirror finish (Ra 0.4 μm, ISO 1302)
- Our Base: Polished (Ra 0.8 μm ▲)
- Our Advanced: Ultra-smooth (Ra 0.6 μm ▲▲)
- Industry: Premium look for luxury items
- Base: Cost-effective for basic finishes
- Advanced: Near-mirror finish without extra polishing
- Industry: Expensive tooling (▲▲)
- Base: Less refined texture (▲)
- Advanced: Requires specialized coating (▲)
Heat ResistanceMedical devices (syringes)- Industry: Up to 250°C (UL 94 V-0)
- Our Base: 150°C (UL 94 HB ▲)
- Our Advanced: 200°C (UL 94 V-2 ▲)
- Industry: Withstands extreme sterilization
- Base: Safe for basic household use
- Advanced: Handles moderate heat exposure
- Industry: High material cost (▲▲)
- Base: Limited to low-temp applications (▲)
- Advanced: Still inferior to metal molds (▲)
Production VolumeMass Production- Industry: 10,000+ units/month (ISO 9001 certified)
- Our Base: 5,000 units/month (▲)
- Our Advanced: 8,000 units/month (▲▲)
- Industry: Ideal for large-scale manufacturing
- Base: Balances cost and output
- Advanced: Near-industry capacity at lower investment
- Industry: Requires large capital (▲▲)
- Base: Slower for high-demand orders (▲)
- Advanced: Still needs process optimization (▲)
Weight & PortabilityFrequent Mold Changes- Industry: 500 kg (ISO 780)
- Our Base: 200 kg (▲)
- Our Advanced: 150 kg (▲▲)
- Industry: Robust for heavy-duty use
- Base: Easier to relocate
- Advanced: Lightweight for agile setups
- Industry: Requires forklifts (▲▲)
- Base: Less durable under stress (▲)
- Advanced: Sacrifices some strength (▲)
Cost EfficiencyBudget Manufacturing- Industry: $50k initial cost (ISO 15693 compliance)
- Our Base: $20k (▲)
- Our Advanced: $35k (▲)
- Industry: Long-term savings for high-volume needs
- Base: Low entry barrier for SMEs
- Advanced: Combines affordability with premium features
- Industry: High maintenance costs (▲▲)
- Base: Shorter lifespan (▲)
- Advanced: Moderate ROI period (▲)

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