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2024 High Quality Steel Injection Mold for Game Console Controller Housing Made in China

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Ergonomic Controller Housing Production: The mold is designed to manufacture high-quality game console controller housings with an ergonomic shape, textured surface (e.g., star patterns), and symmetrical button layout for ambidextrous use.
  • Precision Material Integration: Enables the creation of durable, rubberized plastic housings via injection molding, ensuring non-slip grip and structural stability for intense gameplay.

Key features

  • 1. Material Technology

  • With a corrosion-resistant plastic and steel-reinforced mold, ensure durable controller housings that outlast all-plastic molds*. The rubberized surface material provides a non-slip grip, enhancing stability during intense gameplay.

  • 2. Interactive Design

  • With an ergonomic design and symmetrical button layout, allow seamless use for both left- and right-handed players*. The customizable star-patterned surface enables personalized aesthetics, surpassing standard controllers in versatility.

  • 3. Performance Parameters

  • With high-precision injection molding technology, achieve 20% faster production cycles than traditional casting methods*, ensuring efficient mass production of high-quality controller components.

  • 4. Scenario Solutions

  • With a household-focused ergonomic grip and lightweight build, optimize comfort for prolonged gaming sessions*. The symmetrical design adapts to diverse gaming scenarios, from casual play to competitive matches.

  • 5. Certification Standards

  • With compliance to international safety and quality standards (e.g., ISO certifications), ensure reliable performance and durability for consumer electronics applications*.

Product details

2024 High Quality Steel Injection Mold for Game Console Controller Housing Made in China

The 2024 High Quality Plastic Injection Mold for Game Console Controller Housing is engineered to produce durable, ergonomic gaming controllers with customizable aesthetics. Designed for household gaming applications, this mold combines precision manufacturing with versatile material options, ensuring stable production of controllers with polished finishes and textured surface details.

Technical specifications

FeatureSpecificationBenefit
Material CompositionPlastic (housing) + Steel (mold core)Balances lightweight durability and structural integrity for long-term use
Surface FinishPolished, textured (star pattern option)Enhances grip comfort and visual appeal for gaming controllers
Process CompatibilityInjection molding, die castingSupports high-volume production with consistent part quality
Precision Tolerance±0.2mm (Pro version)Ensures snug button alignment and ergonomic symmetry
Shaping ModeMulti-functional (plastic injection, die casting)Adapts to complex controller designs, including symmetrical layouts

Customization guide

Adjustable parameters include:

  • Surface Texture: Modify star patterns or add/remove designs via mold cavity adjustments.
  • Color Schemes: Customize controller hues by selecting different plastic resins.
  • Material Mix: Opt for steel-reinforced molds for high-volume production or plastic molds for cost-sensitive projects.

Get inspired

Design a controller that stands out. With this mold, you can craft gaming peripherals with ergonomic symmetry, non-slip rubberized grips, and tailored aesthetics—perfect for casual gamers or professional setups.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Material CompositionPlasticSteel + PlasticSteel (core) + Plastic
Precision Tolerance±0.5mm±0.3mm±0.2mm**
Customization FlexibilityLimited (colors)Moderate (textures)Full (textures + shapes)
Production SpeedStandard+20% faster+30% faster*

Supplier's note

  1. Technical Breakthroughs:

    • Steel-reinforced cores (Advanced/Pro) reduce wear by 40%, extending mold lifespan.
    • ±0.2mm precision (Pro) ensures buttons align perfectly, critical for competitive gaming.
    • Multi-material compatibility lets users mix steel for durability and plastic for cost efficiency.
  2. Version Selection Guide:

    • Base Model: Ideal for small-scale production or simple designs (e.g., standard black controllers).
    • Advanced Model: Choose for mid-tier projects needing texture customization (e.g., star patterns or grip grooves).
    • Pro Model: Best for high-volume gaming brands requiring ultra-precise parts and full aesthetic control (e.g., custom RGB panels or asymmetrical layouts).

*Compared to industry-standard molds. **Triple the durability vs. plastic-only molds.

Frequently asked questions

  • Which plastic injection mold model suits small-scale game controller production?

  • Plastic vs Steel Moulds: Which is better for game console controller housings?

  • Can this mould be customized for unique controller designs?

  • Is the material FDA-approved for household game controllers?

  • Why choose injection molding over casting for game controller housings?

  • How does the polished finish enhance game controller aesthetics?

  • Is this mould suitable for mass-producing durable household controllers?

  • Benefits of plastic injection moulding over die casting for game controllers?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHigh-volume gaming controller productionIndustry Standard: Standard plastic (ABS) with 5% glass filler
▲▲ Our Base: HDPE + 10% glass filler (ISO 10993)
▲▲▲ Our Advanced: Steel alloy (S45C) core + P20 steel cavity (ASTM A276)
Base: 30% better thermal stability than ABS; Advanced: 50% higher tensile strengthBase: 15% higher wear over 10k cycles; Advanced: 40% cost premium vs. Base
Manufacturing ProcessComplex part productionIndustry Standard: Basic injection molding (ISO 2768-m)
▲▲ Our Base: Precision molding (±0.05mm tolerance)
▲▲▲ Our Advanced: Hybrid injection + die casting (ISO 17025)
Base: 20% fewer defects; Advanced: Enables intricate designs like star patternsBase: 10% slower cycle time; Advanced: Requires specialized tooling
Surface FinishAesthetic componentsIndustry Standard: Ra 1.6 μm polishing
▲▲ Our Base: Electrolytic polish (Ra 0.8 μm)
▲▲▲ Our Advanced: Diamond polish (Ra 0.4 μm)
Base: 50% smoother finish; Advanced: Mirror-like finish for customizationBase: 20% higher tooling cost; Advanced: 3x polishing time
Mould DurabilityLong-run productionIndustry Standard: 10k cycles lifespan
▲▲ Our Base: 20k cycles (ISO 13314)
▲▲▲ Our Advanced: 30k+ cycles (ASTM F42)
Base: 50% longer lifespan; Advanced: 3x industry standard durabilityBase: 25% heavier maintenance; Advanced: 60% higher upfront cost
Shaping PrecisionTight-tolerance partsIndustry Standard: ±0.2mm tolerance
▲▲ Our Base: ±0.05mm (ISO 2768-m)
▲▲▲ Our Advanced: ±0.01mm (ISO 10360)
Base: 75% less dimensional error; Advanced: Micro-precision for ergonomic gripsBase: 15% slower setup; Advanced: Requires expert calibration
Cost EfficiencyBudget-conscious projectsIndustry Standard: $500/unit
▲▲ Our Base: $600/unit (10% cheaper than competitors)
▲▲▲ Our Advanced: $1,200/unit (20% lower long-term costs)
Base: 20% lower defect-related costs; Advanced: 40% reduced downtimeBase: Higher per-unit cost for small batches; Advanced: High CAPEX barrier

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