Professional Car Mould Manufacturer

  • Main Products:

  • Car Parts Mould — Precision molds for automotive components, durable and stable.

  • Car Interior & Exterior Mould — Custom molds with fine finish and reliable performance.

  • Car Lamp Mould — High-precision molds for lighting parts with clear detailing.

  • SMC Mould — Specialized for SMC parts, high strength and lightweight.

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Car Parts Mould Manufacturer

Car parts moulds are essential for producing precise, high-quality automotive components. We offer a full range of mould solutions, including bumper moulds, door panel moulds, and functional parts moulds, covering both structural and exterior components.
With advanced design and strict quality control, our moulds deliver outstanding durability, precise detailing, and stable performance for mass production. We provide reliable, customized mould solutions for your production needs.
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  • Automotive Front Bumper Parts Mould

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    Application: Produces small components for automotive front bumper systems
    Typical Parts: Bumper clips, absorbent blocks, mounting brackets, trim pieces
    Precision: Tight tolerances of ±0.02mm for reliable fitment
    Mold Design: Optimized injection pressure, cooling channels, and ejection mechanisms
    Material Compatibility: PP, ABS, PP+EPDM blends
    Production Benefits: Shorter cycle times, good surface finish, easy automation

  • Automotive Middle Bumper Mold

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    Function: High-precision manufacturing of car bumpers
    Key outputs: Smooth surfaces, perfect alignment, structural integrity
    Construction: Durable materials + advanced engineering
    Production suitability: Supports large-scale runs with consistent quality
    Material compatibility: Wide range of automotive plastics
    Process benefits: Efficient forming, reduced cycle time, less material waste
    Applications: OEM and aftermarket bumper production
    Standards met: Safety + aesthetic requirements for modern vehicles

  • Plastic Injection Car Door Panel Mould

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    Vehicle Fitment: Sedans, SUVs, commercial vehicle interior panels
    Material & Process: Premium-grade steel, advanced machining, heat treatment
    Key Properties: High durability, excellent dimensional stability
    Design Features: Optimized gating and venting systems
    Quality Benefits: Smooth surfaces, fewer air traps, reduced cycle times
    Production Scope: Small-scale prototyping to mass production
    Cost Advantage: Lower production costs, lower defect rates
    Custom Service: Tailored solutions for specific models and aesthetics
    Service Life: Supports multiple maintenance and repair cycles

  • Automotive Door Panel Mould

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    Application: Full-size interior door panels for passenger cars, SUVs, and light trucks
    Output Features: Intricate surface textures, integrated features (armrests, storage pockets, mounting supports), Class A finish
    Supported Materials: PP, PC/ABS, TPO (meeting OEM quality standards)
    Design Technologies: Uniform cooling channels, gas-assisted injection options, optimized gating
    Quality Control: Minimizes sink marks and warping
    Advanced Capabilities: Multi-shot or insert molding (e.g., hard plastic with soft-touch TPE trim inserts)

  • Car Interior Door Panel Mold for Vehicle

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    Output Quality: High-quality interior door panels, precise dimensions, refined surface textures
    Design Capabilities: Complex designs including armrests, pockets, and contours
    Construction: High-strength steel, precision machining
    Performance: Durable, long service life
    Aesthetic Options: Intricate patterns, soft-touch finishes
    Key Balance: Aesthetics and functionality
    Production Suitability: Consistent output in high-volume production
    Standards Met: Automotive interior standards for comfort and quality

  • Car Door Panel Mould Body Parts Molds

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    Function: Produces precise, uniform door panel components (exterior & interior)
    Key Feature: Robust structure maintains dimensional accuracy
    Material Compatibility: High-strength plastics and composites
    Outcome: Durable and lightweight panels
    Efficiency: Improves production efficiency with minimal maintenance
    Production Type: Smooth operations in high-volume manufacturing
    Compliance: Meets industry standards for strength, durability, and assembly fit

  • Car Front Door Panel Mold

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    Specialization: Forms precise front door panels with smooth edges and consistent thickness
    Durability: Designed for repeated high-volume production with minimal deformation
    Surface Quality: High-quality finishes
    Material Compatibility: Works with multiple polymer types
    Integrated Features: Supports speaker mounts, armrests, and decorative elements
    Operational Benefits: Reduces downtime and maintenance costs
    Applications: Suitable for both OEM and aftermarket manufacturing
    Final Panel Properties: Excellent fit, strength, visual appeal
    Standards Met: Meets automotive interior and exterior standards

  • Automobile Door Panel Mould for Car Part

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    Output: High-precision finished door panels
    Design Capabilities: Accurate replication of contours, textures, mounting points, and trim details
    Construction: High-grade steel for long-term durability and consistent quality
    Production Scalability: Ideal for both small-scale and mass production
    Efficiency: Efficient forming with minimal material waste
    Compliance: Meets automotive safety, dimensional, and aesthetic requirements
    Integration: Ensures seamless fit with vehicle assemblies

  • Heater Blower Fan Housing Box Mold for Car

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    Application: Shapes housings for car HVAC systems
    Key Benefits: Optimal airflow, thermal performance, consistent fan operation
    Durability: Supports repeated cycles with maintained dimensional accuracy
    Engineering Advantages: Reduced deformation, enhanced cooling efficiency
    Noise & Efficiency: Contributes to quieter, more efficient ventilation
    Surface Quality: High-quality finishes prevent airflow turbulence
    Structural Strength: Reinforcements improve strength and long-term stability
    Material Compatibility: Works with diverse automotive materials for high-performance fan housings

  • Automotive Air Filter Housing Mold

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    Primary Benefit: Enhances airflow efficiency while maintaining structural integrity and durability
    Precision: Tight tolerances and secure fit for optimal filtration performance
    Quality Control: Minimizes warping, supports uniform thickness distribution
    Operational Stability: Ensures stable operation under high-pressure airflow
    Durability: Reinforced sections improve longevity
    Surface Finish: Smooth finishes reduce turbulence, supporting engine efficiency and noise reduction
    Material Compatibility: Versatile with various plastic and composite materials
    Output: Reliable, high-performance air filter housings for a wide range of vehicles

  • Car Filter Element Mold

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    Function: Ensures precise geometries for filter media
    Performance: Maintains consistent airflow and particle capture efficiency
    Design Benefit: Uniform material distribution, reduced stress and deformation
    Surface Treatment: Enhances material release, minimizes friction
    Durability: Reinforced structure for repeated use and long-term stability
    Sealing & Fit: Fine detailing ensures proper sealing and housing integration
    Material Compatibility: Suitable for diverse materials
    End Results: High-performance filter elements that enhance engine longevity, maintain fuel efficiency, and ensure optimal environmental protection

  • Automotive Engine Oil Pan Mold

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    Core Attributes: Precision and strength
    Output Quality: Stable wall thickness, dimensional consistency
    Structural Integrity: Reinforced sections resist warping
    Surface Finish: Smooth surfaces for efficient oil drainage and thermal performance
    Stress Control: Reduces residual stresses and deformation
    Assembly: Promotes reliable assembly and integration
    Material Versatility: Compatible with aluminum, steel, or other alloys
    Resulting Part: Lightweight yet durable
    Overall Contribution: Consistent quality, enhances engine performance, longevity, and efficient lubrication management

Car Interior & Exterior Mould Manufacturer

Car interior and exterior moulds are widely used for producing components such as seats, dashboards, doors, lights, bumpers, and more. Whether for interior or exterior parts, the design of these moulds is very stringent, particularly in terms of dimensional precision, surface finish, and assembly accuracy. The interior and exterior moulds we offer are made from high-hardness, wear-resistant steel, with excellent impact and corrosion resistance. The precision of these moulds can reach 0.02mm, and their service life can exceed 700,000 cycles.
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  • Automotive Exterior Panel Mold

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    Core Function: Precise shaping with consistent surface finish and structural integrity
    Structural Design: Reinforced sections reduce deformation and maintain dimensional accuracy
    Aesthetic Outcome: Smooth contours support visual quality requirements
    Geometric Capability: Accommodates complex geometries with tight tolerances
    Assembly Fit: Ensures seamless integration with adjacent panels
    Construction: Robust design ensures longevity, minimizes maintenance, and improves production efficiency
    Process Optimization: Optimized cooling channels and surface treatments reduce cycle time and support material stability
    Final Result: Exterior panels with excellent fit, alignment, and visual quality suitable for modern vehicle assembly

  • Car Step Pedal Mold

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    Core Focus: Structural reinforcement and dimensional accuracy to withstand repeated mechanical stress
    Surface Quality: Uniform surface finish enhances grip and safety features
    Production Efficiency: Precise ejector and alignment systems reduce cycle time and maintain consistent part quality
    Final Component Benefits: Combines strength, durability, and ergonomic performance
    User Outcome: Provides reliable support and improved comfort for vehicle occupants

  • Automotive Fender Mold for Car Body Parts

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    Core Benefits: Dimensional precision + surface smoothness for flawless panel fitment
    Structural Strength: Reinforced mold structures resist distortion during high-pressure forming
    Consistency: Maintains consistent part geometry
    Stress Reduction: Optimized cavity design reduces material stress, preventing cracks or surface imperfections
    Finished Product Qualities: Excellent alignment, sharp contour lines, durable edges Overall Contribution: Enhances both vehicle aesthetics and structural integrity

Car Lamp Mould Manufacturerr

Car lamp moulds are used for producing automotive headlights, taillights, and other lighting components. The production of car light components requires high precision to ensure optical performance, sealing, and durability. The car lamp moulds we provide are typically made of S136 steel, capable of withstanding injection molding temperatures up to 250°C. These moulds also require excellent optical design to ensure the lighting components' optical performance and service life. The design precision of these moulds is extremely high, typically reaching 0.01mm, with a service life of up to 800,000 cycles.
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  • Automotive Tail Light Mould

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    Product Type: Precision injection and lighting molds for tail light lenses and housing components
    Construction Material: High-grade P20 or H13 tool steel with polished cavities
    Surface Quality: Crystal-clear surfaces for lens transparency and light refraction
    Supported Materials: Polycarbonate (PC) and PMMA (impact resistance, weather durability)
    Advanced Features: Conformal cooling channels, hot runner systems
    Process Benefits: Improved cycle times, reduced internal stress
    Final Part Properties: Uniform light distribution, minimal distortion, high-strength assembly fitment
    Compliance: Meets automotive lighting regulations

  • Auto Lamp Plastic Injection Mould

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    Application: Auto lamp plastic injection mould for complex curves and optical requirements
    Construction: High-strength steel with CNC precision machining and surface hardening
    Key Properties: Long-term wear resistance and stability
    Design Features: Innovative runner and cooling system for efficient plastic flow and temperature control
    Optical Quality: Enhances clarity of transparent/semi-transparent components, minimizes defects
    Production Options: Multi-cavity configurations for high efficiency and large-scale manufacturing
    Services Offered: Mould design, prototyping, fine-tuning
    Standards Met: Exacting dimensional and aesthetic standards

  • Car Tail Light Mold for Automotive Lighting

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    Core Attributes: Advanced precision engineering and stability
    Output Assurance: Consistent shape and fit for rear lighting components
    Construction: Durable steel with high heat resistance
    Key Feature: Optimized cooling channels maintain dimensional accuracy over repeated cycles
    Design Capability: Supports complex geometries and smooth surface finishes
    Compliance: Aligns with stringent automotive standards
    Overall Result: Streamlined manufacturing, enhanced lighting aesthetics, functional consistency across vehicle models

  • Plastic Car Tail Light Mold

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    Output Quality: Detailed, high-quality surfaces with consistent texture and color fidelity
    Production Efficiency: Multi-cavity design maximizes output with minimal deformation
    Reliability: Suitable for large-scale production
    Precision Features: Integration of precision alignment pins and optimized ejection systems
    Cycle & Defect Control: Reduces cycle times and prevents part defects
    Geometric Capability: Handles intricate contours and delicate edges
    End Results: Meets aesthetic and functional expectations, supports automotive lighting innovation and assembly efficiency

  • Auto Tail Light Shade Injection Mold

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    Core Focus: Precise material flow and thermal management
    Quality Results: Uniform thickness and minimal warpage

    Key Features:

    • Advanced cooling circuits
    • Balanced gate locations
    • Reinforced structural support
    Operational Stability: Achieves stability under high-pressure injection cycles
    Component Performance: Enhances durability while preserving clarity and essential optical properties
    Versatility: Allows consistent output for varying designs
    Final Outcome: Ensures integration into modern automotive lighting assemblies with reliability and quality

  • Car Lampshade Mold Injection Mold

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    Core Focus: Optimizes cycle efficiency and surface finish quality
    Venting System: Innovative design prevents air traps, reduces sink marks, ensures smooth, glossy surfaces
    Design Flexibility: Modular design allows rapid adjustments for design variations
    Precision: Precision alignment features maintain consistent part dimensions
    Thermal Management: Robust cooling channels minimize thermal stress and enhance repeatability
    Production Impact: Supports streamlined production workflows
    Final Outcome: Contributes to uniform assembly and high-performance automotive lamp housings

  • Car Lamp Shell Plastic Parts Injection Mould

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    Core Function: Delivers structural strength and precise dimensional control for automotive lamp housings
    Stability: Reinforced mold plates and optimized ejector systems maintain stability across high-volume cycles
    Surface & Optical Quality: Enhances transparency and scratch resistance, preserving optical clarity and aesthetic appeal
    Geometric Adaptability: Adaptable to complex shell geometries
    Consistency: Ensures consistent wall thickness and uniform surface finish
    Final Result: Durable, high-quality lamp shells that meet demanding automotive assembly and performance requirements

  • Automotive Tail Light Lens Injection Mold

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    Core Output: Exceptional clarity and surface finish for tail light lenses
    Precision: Uniform thickness maintained across complex geometries
    Durability: Robust construction ensures minimal wear and stable performance over repeated cycles
    Accuracy: Enables high dimensional accuracy
    Design Capability: Supports intricate detailing (internal reflector structures, lens patterns)
    Optical Result: Optimal light transmission and aesthetic appeal
    Process Control: Controlled thermal management and precision ejection systems
    Defect Prevention: Minimizes defects and warpage
    Production Scope: Consistent quality for both high-volume and specialty applications
    Efficiency & Standard: Enhances production efficiency while meeting long-term automotive component standards

  • Car Lamp Housing Frame Mold

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    Core Strengths: Structural stability and surface consistency
    Output Features: Precise mounting points and secure fitment
    Process Optimization: Optimized venting and cooling channels ensure uniform material flow and reduce cycle times
    Construction: Rigid steel construction resists deformation, maintaining dimensional integrity under demanding conditions
    Detail Precision: Fine attention to corner radii and assembly tolerances
    Integration Result: Seamless integration with lighting electronics and lens assemblies
    Versatility: Adapts to various materials while maintaining strength and aesthetic quality
    Final Outcome: Contributes to reliable, long-lasting automotive lighting assemblies

  • Automotive Full-Width Tail Light Mold

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    Core Focus: Continuous, high-precision components with smooth, uniform surfaces and consistent curvature across full length
    Thermal Management: Innovative cooling systems reduce cycle time, ensure thermal stability, prevent warping or shrinkage in large parts
    Maintenance & Alignment: Modular design allows easy maintenance and mold alignment, supporting accurate assembly integration
    Complex Feature Replication: High-fidelity rendering of multiple lens segments or integrated reflectors
    End Benefits: Enhances light dispersion and aesthetic value
    Durability for Production: Reinforced core structures + wear-resistant surfaces maintain consistent performance over extended runs
    Ideal For: Modern automotive lighting trends

  • Car Tail Light Lamp Mold

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    Core Priorities: Precision and repeatability Detail Capture: Intricate features (reflector ribs, light channels, optical textures)
    Defect Control: Controlled ejection systems + uniform heating zones reduce stress and minimize imperfections
    Surface Quality: Ensures flawless surface quality
    Durability: Rigid design with long-term wear resistance for extended use without loss of accuracy
    Material Adaptability: Adaptable to multiple resin types, providing consistent mechanical strength and color fidelity
    Productivity: Smooth operation + optimized gating enhance productivity
    Optical Result: Fine surface finishes contribute to superior light performance and enhanced vehicle aesthetics
    Application Range: Supports both conventional and modern automotive tail lamp configurations

SMC Mould Manufacturer

SMC moulds are mainly used for producing glass-fiber reinforced plastic (SMC) parts, widely applied in automotive, home appliances, and other industrial fields. These moulds are designed for high-temperature resistance, corrosion resistance, and strength, allowing them to perform consistently under high load and temperature conditions. We provide Heavy-Duty Truck Footstep SMC Mold with outstanding heat resistance, corrosion resistance and structural strength.
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  • Heavy-Duty Truck Footstep SMC Mold

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    Output: Rugged, high-strength truck footsteps resistant to harsh mechanical and environmental conditions
    Mold Construction: Reinforced steel ensures dimensional stability under high-pressure molding cycles
    Quality Consistency: Maintains uniform thickness and surface texture
    Safety Features: Precise draft angles + textured surfaces for slip resistance
    Process Control: Advanced venting and thermal control enhance curing consistency and reduce cycle time
    Geometric Support: Complex geometries including mounting points and structural ribs
    Integration: Ensures reliable fit into truck chassis
    Service Life: Emphasizes durability and long service life
    Standards Met: Stringent requirements of heavy-duty commercial vehicle components

About Us

Backed by Gege Mould’s 10+ years of industry expertise

Taizhou Jingling Moulding Technology Co., Ltd. is a subsidiary of Gege Mould.

With over 10 years of deep experience in the mould industry, we combine strong R&D capabilities with precision manufacturing. Our 3,000m² advanced facility and expert technical team utilize CAD/CAM/CAE and 3D solid modeling technologies to deliver accurate, efficient mould designs.

We specialize in high-quality moulds for the heavy-duty truck industry and are a recognized supplier to seven leading international truck brands, including Mercedes-Benz, Volvo, Scania, DAF, MAN, IVECO, and RENAULT – proof of our quality, reliability, and industry trust.

Taizhou Jingling Moulding Technology Co., Ltd.
Why Choose Us
  • Fast and considerate extended services

    The company provides a technically skilled after-sales service team. We promptly follow up with customers, communicate feedback, help them resolve issues, and establish a regular communication and consultation mechanism to ensure faster and more comprehensive after-sales service.

  • Continuous and Reliable Product Supply

    The company has ample production capacity and a high degree of control over the price, quality, and supply of raw materials, which lays the foundation for continuous production.

  • High Product Cost-Effectiveness and Value

    Strict procurement cost control and efficient production management further reduced production costs. A professional R&D team and technical service team continuously launch new products with even better cost performance.

  • Excellent and Stable Product Quality

    The company strictly implements the screening and auditing procedures for raw material suppliers, and inspects and compares incoming raw materials. Quality control of each batch of products is strictly conducted in accordance with supplier specifications.

Factory tour – where quality takes shape

With a professional technical team possessing strong R&D capabilities, all mold product design and development utilizes CAD/CAM/CAE technology and 3D solid modeling technology.

Beyond molds – we build partnerships. Backed by precision engineering and a decade of trust, Jingling delivers quality that drives your efficiency. Let’s talk about your next project.

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