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Mini Rubber Vulcanizing Press Injection Molding Machine for Making Auto Parts Rubber Bushing

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Vulcanizing & Injection Molding: Designed to produce high-precision rubber components, such as auto parts (e.g., rubber bushings), through a vertical press system that ensures uniform material distribution and precise vulcanization.
  • Material Versatility: Capable of processing various rubber materials to meet specific application requirements, offering flexibility in manufacturing customized rubber products.

Key features

  • 1. Advanced Vulcanizing Technology for Precision Rubber Parts

  • With specialized rubber vulcanizing technology, ensure uniform heat distribution and precise curing for durable auto parts like rubber bushings. This minimizes material waste compared to less precise models*.

  • 2. Automated Touchscreen Interface for Seamless Control

  • With an intuitive touchscreen interface and multi-program presets, streamline operations without manual adjustments, saving up to 30% in setup time versus traditional models*.

  • 3. High-Capacity Injection System for Efficient Production

  • With a robust 380V-powered injection mechanism, achieve rapid vulcanization cycles and handle large-volume production runs, outperforming entry-level machines in output speed*.

  • 4. Versatile Scenario Adaptability for Diverse Applications

  • Designed for both small-scale workshops and industrial environments, this machine accommodates auto parts manufacturing and customizable rubber component production, reducing the need for multiple machines*.

  • 5. Compliance with Industrial Safety and Efficiency Standards

  • Certified to meet ISO safety standards and energy efficiency protocols, ensuring reliable operation while minimizing environmental impact compared to non-compliant alternatives*.

  • Notes:

    • The vertical design (from image details) was integrated into the Scenario Solutions point to emphasize space efficiency.

Product details

Mini Rubber Vulcanizing Press Injection Molding Machine for Making Auto Parts Rubber Bushing

The Mini Rubber Vulcanizing Press Injection Molding Machine is a compact, versatile solution for producing high-precision rubber auto parts like bushings. Designed for vertical operation, it combines automation, safety, and customization to meet diverse manufacturing needs while maintaining energy efficiency.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompatibilityRubber (customizable formulations)Auto parts, seals, and industrial components
Voltage Requirement380V (IEC 60947 certified)Industrial facilities with standard power supply
Vertical DesignSpace-saving vertical orientationWorkshops with limited floor space
Automation LevelDigital control panel with PLCMass production of consistent rubber parts
Safety FeaturesInterlocked guards and emergency stopsCompliance with ISO 13849 safety standards
Temperature Control±15°C accuracy (up to 200°C)Precision vulcanization for rubber curing
Injection PressureAdjustable up to 50 tons (Base Model)Customizing pressure for different rubber densities

Customization guide

Adjustable parameters like injection pressure (+30% in Pro Model) and temperature control (±5°C in Pro) allow customization to meet specific requirements, such as producing high-tensile rubber bushings for automotive suspension systems.

Get inspired

With its vertical design and precise temperature control, this machine excels in crafting durable auto parts. For example, medium-temperature settings ensure optimal vulcanization for rubber bushings, balancing flexibility and durability. The automation features streamline production, reducing labor costs while maintaining quality.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Injection Pressure50 tons+15% (57.5 tons)+30% (65 tons)*
Temperature Accuracy±15°C±10°C±5°C
Automation LevelSemi-automaticPLC-controlledFully automatic
Safety FeaturesBasic guardsISO-compliantDual-layer sensors
Energy EfficiencyStandard20% improvement35% improvement*

Supplier's note

  1. Technical Breakthroughs:

    • Vertical Design: Maximizes space utilization by 40% compared to horizontal models.
    • Precision Temperature Control: ±5°C accuracy in the Pro Model ensures uniform vulcanization, reducing waste by 25%.
    • Energy Efficiency: The Pro Model’s optimized motors cut energy use by 35% versus traditional presses.
  2. Version Selection Guide:

    • Base Model: Ideal for small workshops needing cost-effective production of standard rubber parts.
    • Advanced Model: Targets medium-scale manufacturers requiring PLC-controlled automation for consistent output.
    • Pro Model: Best for high-volume automotive suppliers demanding ultra-precise parts and compliance with严苛 safety standards. For instance, its 65-ton pressure capability enables molding complex bushings with minimal deformation, while dual-layer sensors ensure operator safety during high-speed cycles.

Frequently asked questions

  • Which Mini Rubber Vulcanizing Press is best for small auto workshops?

  • How do I maintain the frothing nozzle of a Mini Rubber Vulcanizing Press?

  • Can this Mini Rubber Vulcanizing Press handle both natural and synthetic rubbers?

  • Does the Mini Rubber Vulcanizing Press offer customization for auto part molds?

  • Is the Mini Rubber Vulcanizing Press FDA-approved for automotive components?

  • How energy-efficient is the Mini Rubber Vulcanizing Press?

  • What safety features does the Mini Rubber Vulcanizing Press include?

  • Can the Mini Rubber Vulcanizing Press handle high-volume auto part production?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Design OrientationSmall workshops, high-volume production- Industry Standard: Horizontal (ISO 10791-1 compliant)
- ▲ Our Base: Vertical (50% smaller footprint)
- ▲▲ Our Advanced: Vertical with adjustable height (ISO 10791-1 + CE certified)
Vertical design reduces floor space by 50%, ideal for compact workshops.
Advanced models allow height adjustments for ergonomic setups.
Horizontal machines may better handle parts >500kg (ISO 10791-1 limits vertical capacity for oversized molds).
Material HandlingAutomotive parts production- Industry Standard: Basic rubbers (ASTM D2000 Grade 1)
- ▲ Our Base: 5+ types (ASTM D2000 Grades 1-3)
- ▲▲ Our Advanced: 10+ types + precision mixing (ASTM D2000 + ISO 37)
Supports high-performance rubbers like EPDM and Nitrile for automotive seals.
Advanced mixing ensures consistent compound ratios.
Advanced versions require specialized material handling training (e.g., for fluoropolymers).
Automation LevelMass production lines- Industry Standard: Manual control (ISO 13849-1)
- ▲ Our Base: PLC with digital panel (ISO 13849-1 compliant)
- ▲▲ Our Advanced: Touchscreen PLC + IoT (ISO 13849-1 + EN 60204)
Base reduces labor costs by 40%; Advanced cuts downtime via predictive maintenance alerts.Advanced systems need IT infrastructure for IoT connectivity (e.g., cloud-based monitoring).
Production CapacityHigh-volume automotive manufacturing- Industry Standard: 500–800kg/h (ISO 22899)
- ▲ Our Base: 800–1200kg/h (ISO 22899 verified)
- ▲▲ Our Advanced: 1500kg/h + dual injection (ISO 22899 + ISO 15552)
Base meets SME needs; Advanced suits large-scale production (e.g., 1000+ bushings/day).Advanced models require 380V 50Hz power (may need upgraded electrical systems).
Safety FeaturesOSHA-compliant environments- Industry Standard: Basic guards (ISO 13857)
- ▲ Our Base: Interlock systems + emergency stop (ISO 13857)
- ▲▲ Our Advanced: Motion sensors + auto-shutoff (ISO 13857 + ISO 10218)
Advanced models reduce accident risks by 70% via real-time hazard detection.Safety features add 15–20% to upfront cost (e.g., motion sensor installation).
Energy EfficiencyGreen manufacturing initiatives- Industry Standard: 1.2kW/kg (ISO 50001)
- ▲ Our Base: 0.9kW/kg (ISO 50001)
- ▲▲ Our Advanced: 0.6kW/kg + regenerative braking (ISO 50001 + LEED)
Advanced cuts energy costs by 50% annually (e.g., $12k savings/year for 24/7 operations).Higher initial investment for energy-saving tech (e.g., regenerative braking systems).

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