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  • Custom Metal Molds Maker for Rubber Products Die-Cast Silicone Rubber Compression Mold Machine Punching Plastic Steel Material
  • Custom Metal Molds Maker for Rubber Products Die-Cast Silicone Rubber Compression Mold Machine Punching Plastic Steel Material
  • Custom Metal Molds Maker for Rubber Products Die-Cast Silicone Rubber Compression Mold Machine Punching Plastic Steel Material
  • Custom Metal Molds Maker for Rubber Products Die-Cast Silicone Rubber Compression Mold Machine Punching Plastic Steel Material
  • Custom Metal Molds Maker for Rubber Products Die-Cast Silicone Rubber Compression Mold Machine Punching Plastic Steel Material
  • Custom Metal Molds Maker for Rubber Products Die-Cast Silicone Rubber Compression Mold Machine Punching Plastic Steel Material
Custom Metal Molds Maker for Rubber Products Die-Cast Silicone Rubber Compression Mold Machine Punching Plastic Steel Material
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Custom Metal Molds Maker for Rubber Products Die-Cast Silicone Rubber Compression Mold Machine Punching Plastic Steel Material

  • 1 - 1 Sets
    $200
  • >= 2 Sets
    $100

Customization:

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

Custom Metal Molds Maker for Rubber Products Die-Cast Silicone Rubber Compression Mold Machine Punching Plastic Steel Material

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Custom Mold Production: Enables precise compression molding of silicone, rubber, plastic, and steel materials for diverse product shapes and sizes.
  • Multi-Process Capabilities: Supports die-casting for metal parts, punching for plastic/steel materials, and compression molding for rubber products, offering versatility in manufacturing processes.

Key features

  • 1. Material Technology

    • With a corrosion-resistant steel mold body, you can ensure long-lasting durability for high-precision die-casting of silicone, rubber, and plastic materials*.

  • 2. Modular Design Flexibility

    • With a customizable modular frame, you can quickly adapt the machine to produce molds for diverse materials like rubber, plastic, and steel, saving time in reconfiguration*.

  • 3. High-Performance Compression Molding

    • With advanced compression molding technology, you can achieve precise part replication at speeds up to 20% faster than traditional injection molding methods*.

  • 4. Versatile Scenario Solutions

    • Whether for small-batch prototyping or large-scale production, the machine’s adaptable design ensures consistent performance across home workshops and commercial facilities*.

  • 5. Certification Standards Compliance

    • With EPR France/Germany and CE certifications, you can meet stringent environmental and safety regulations for European markets*.

Product details

Custom Metal Molds Maker for Rubber Products Die-Cast Silicone Rubber Compression Mold Machine Punching Plastic Steel Material

The Custom Metal Molds Maker is a versatile compression molding machine designed for producing high-precision rubber, silicone, and plastic components. Certified for compliance with EPR standards in France and Germany, along with CE certification, it ensures environmental and safety compliance across EU markets. Its modular design allows customization of molds using rubber, plastic, or steel materials to suit diverse industrial and consumer applications.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompatibilitySilicone, rubber, plastic, and steel (mold material)Manufacturing flexible seals, automotive parts, consumer goods
CertificationsEPR_France_Packing, EPR_Germany_Packing, CEMeeting EU regulatory requirements for packaging and safety
Shaping ProcessCompression moldingProducing uniform, high-strength molded parts
Precision ControlAdjustable mold pressure and temperature settingsEnsuring consistency in mass production
DurabilitySteel-reinforced mold framesWithstanding high-pressure industrial use

Customization guide

Adjustable parameters include mold material composition (e.g., steel for high durability or rubber for flexibility) and cavity dimensions to meet specific production needs. Users can optimize thermal resistance or surface finish for specialized applications like automotive gaskets or medical devices.

Get inspired

With its adaptable mold design and compliance certifications, this machine empowers manufacturers to create cost-effective, eco-friendly components for industries ranging from consumer electronics to automotive engineering.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Material StrengthStandard-grade steelHigh-strength alloyUltra-durable titanium
Precision Accuracy±0.5mm±0.3mm±0.1mm
Production Speed15 parts/hour20 parts/hour (+33%)25 parts/hour (+66%)
Temperature Range100–200°C120–250°C150–300°C

Supplier's note

  1. Three Technical Breakthroughs:

    • Material Flexibility: The Pro Model’s titanium molds offer 50% higher thermal resistance than standard steel, enabling faster cooling cycles for silicone parts.
    • Precision Engineering: The Advanced Model’s ±0.3mm accuracy reduces waste by 20% compared to traditional compression molding.
    • EPR Compliance: Integrated recycling-friendly designs meet France and Germany’s strict packaging waste regulations, lowering disposal costs.

  2. Optimal Version Selection:

    • Base Model: Ideal for small-scale production of low-complexity parts (e.g., basic rubber gaskets).
    • Advanced Model: Suitable for medium-volume manufacturing requiring precision (e.g., automotive seals).
    • Pro Model: Best for industrial users needing extreme durability and speed, such as aerospace component production. With its triple-certified steel molds, the Pro Model ensures compliance while handling high-temperature polymers.

Frequently asked questions

  • Which compression mold machine is best suited for small-scale rubber product manufacturing?

  • How do I maintain the durability of a steel compression mold machine?

  • What are the advantages of silicone vs. steel molds for compression molding?

  • Can this machine customize molds for FDA-compliant food-grade silicone products?

  • How does compression molding differ from injection molding in this machine?

  • Is the machine suitable for high-temperature rubber molding applications?

  • Can I scale production using this modular compression mold machine?

  • What customization options are available for compression mold shapes and sizes?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionMass production of standard rubber partsIndustry: Basic materials (e.g., low-grade steel) ▶ Base: Silicone + Steel (▲) ▶ Advanced: High-grade silicone + Stainless Steel (▲▲)Base ▲: Improved durability for medium-use molds; Advanced ▲▲: Medical-grade compliance (ISO 10993)Industry: Limited to non-critical applications; Advanced ▲▲: Higher upfront cost
Certification ComplianceEU-regulated manufacturingIndustry: CE only ▶ Base: CE + EPR France (▲) ▶ Advanced: CE + EPR France/Germany (▲▲)Advanced ▲▲: Full compliance with EU packaging directives (2020/2184)Industry: Risk of non-compliance fines; Base ▲: Lacks German EPR certification
Mould Material DurabilityHigh-volume industrial productionIndustry: 500 cycles (ASTM D638) ▶ Base: 1,000 cycles (▲) ▶ Advanced: 2,000 cycles (▲▲)Base ▲: 2x Industry lifespan; Advanced ▲▲: 4x Industry lifespanIndustry: Frequent replacements; Advanced ▲▲: Requires specialized maintenance
Shaping PrecisionPrecision medical/automotive partsIndustry: ±0.5mm tolerance ▶ Base: ±0.3mm (▲) ▶ Advanced: ±0.1mm (▲▲)Advanced ▲▲: Meets aerospace-grade tolerances (ISO 2768-m)Industry: High defect rates; Base ▲: Limited to mid-tier applications
Environmental AdaptabilityExtreme-temperature manufacturingIndustry: -20°C to 80°C ▶ Base: -30°C to 100°C (▲) ▶ Advanced: -40°C to 120°C (▲▲)Advanced ▲▲: Operates in Arctic/industrial heat environmentsIndustry: Restricted to temperate zones; Base ▲: Requires climate-controlled labs
Customization FlexibilityCustom tooling for niche industriesIndustry: 5 configurable parameters ▶ Base: 10 parameters (▲) ▶ Advanced: 15+ parameters (▲▲)Advanced ▲▲: Supports complex geometries (e.g., 3D-printed molds)Industry: Limited to standard shapes; Base ▲: Requires manual adjustments

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