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Amada CNC Punch Press Tool and Dies Lighting Fixture and Cable Trays Product Category Moulds

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Stamping: Designed for high-precision stamping of appliance and lighting fixture components using SKD11 steel dies, ensuring durability and consistent quality.
  • CNC Machining Integration: Equipped with CNC technology for automated tool pathing, enabling complex geometries like cold runner systems and intricate cable tray designs.

Key features

  • 1. Advanced Material Technology

  • With SKD11 high-carbon tool steel construction, achieve exceptional durability and wear resistance for prolonged tool life. This corrosion-resistant material ensures stable performance in harsh industrial environments, outlasting conventional模具 materials by up to 30%*.

  • 2. Precision CNC-Driven Design

  • With CNC-controlled stamping capabilities, you can execute intricate appliance component designs with micron-level accuracy. The multi-program presets enable rapid switching between household and industrial appliance molds, boosting production flexibility.

  • 3. Cold Runner Efficiency

  • With cold runner technology, reduce material waste by up to 18% compared to traditional hot runner systems*. This minimizes scrap in stamping operations, lowering costs while maintaining consistent part quality for lighting fixtures and cable trays.

  • 4. Versatile Scenario Adaptability

  • Designed for both high-volume commercial manufacturing and small-batch household appliance production, this tooling system ensures seamless scalability. Its robust construction supports continuous operation, ideal for 24/7 industrial use.

  • 5. Compliance with Industrial Standards

  • Certified to meet ISO 2768-1 precision standards and RoHS compliance, guaranteeing safety and reliability in global manufacturing environments.

Product details

Amada CNC Punch Press Tool and Dies Lighting Fixture and Cable Trays Product Category Moulds

The Amada CNC Punch Press Tool and Dies system combines precision engineering with durable SKD11 steel construction, designed for high-precision stamping in appliance and household machinery manufacturing. Its cold runner design optimizes material efficiency, while the modular components (pyramid-topped alignment pieces, concentric ring guides, and square-opening mounts) ensure versatility in assembly and fluid management.

Technical specifications

FeatureSpecificationBenefit
MaterialSKD11 tool steelHigh wear resistance, thermal stability
ProcessCNC-controlled stamping±0.01mm dimensional accuracy
Runner SystemCold runner designReduced material waste, faster cycles
Surface FinishPolished (Ra ≤0.8μm)Low friction, easy cleaning
ApplicationAppliance/automotive parts assemblyCustomizable for fluid pathways or mounts

Customization guide

Adjustable parameters:

  • Geometry: Modify square opening sizes (10-50mm) or pyramid angles (45°-60°) for unique part alignment.
  • Material: Substitute SKD11 with S45C steel for cost-sensitive applications.
  • Finish: Add anti-corrosion coatings for marine or chemical environments.

Get inspired

With SKD11 steel and CNC precision, these tools excel in high-volume stamping of durable appliance components. The concentric ring guides ensure flawless alignment in automotive assemblies, while the square-opening mounts simplify fluid path integration in HVAC systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Tonnage Capacity50-100 tons100-150 tons150-200 tons
Precision Tolerance±0.03mm±0.015mm±0.005mm
Material CompatibilitySteel/AluminumSteel/AlloySteel/Exotic Metals
Setup Time4 hours2.5 hours (-37.5%)1.5 hours (-62.5%)

Supplier's note

  1. Technical Breakthroughs:

    • SKD11 Steel: Triple the wear resistance of conventional tool steels, extending die lifespan by 40%.
    • Cold Runner Efficiency: Cuts material waste by 20% compared to hot runner systems.
    • CNC Precision: ±0.005mm tolerance (Pro model) enables aerospace-grade part production.
  2. Optimal Version Selection:

    • Base Model: Ideal for small-to-medium appliance manufacturers needing cost-effective stamping of standard parts (e.g., household appliance casings).
    • Advanced Model: Targets automotive suppliers requiring precision alignment (e.g., engine component mounts) with faster setup times.
    • Pro Model: Best for industrial clients handling exotic materials or high-volume production (e.g., turbine blades), leveraging ultra-high precision and durability.

With the Pro model’s cold runner and SKD11 steel, you can reduce downtime by 50% in harsh manufacturing environments. Pair its precision with customizable geometries to create bespoke fluid pathways for complex machinery.

Frequently asked questions

  • Which Amada CNC Punch Press tool model is best suited for small appliance manufacturing?

  • How do I maintain the SKD11 steel molds to prevent wear in household appliance stamping?

  • What’s the advantage of SKD11 steel over S45C steel for moulds in lighting fixtures?

  • Can Amada CNC Punch Press dies be customized for non-standard household parts?

  • Is SKD11 steel compliant with household appliance safety standards?

  • How does the cold runner system improve cable tray production efficiency?

  • What’s the recommended repair process for worn CNC punch press dies?

  • Are Amada moulds compatible with both lighting fixtures and household appliance stamping?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material HardnessHigh-wear industrial partsSKD11 Steel (62HRC ▲▲ vs Industry Standard 58HRC) (ASTM E10 hardness test)▲▲ Longer tool life (50% less wear vs standard)Higher material cost (▲▲ base → advanced)
CNC PrecisionElectronics/Thin-Wall Components±0.005mm tolerance ▲ (ISO 2768-1) vs Industry ±0.01mmUltra-precise parts for microelectronicsRequires skilled operators (▲ advanced setup time)
Cold Runner EfficiencyHigh-Volume Plastic Molding15% lower pressure drop ▲ (vs Industry Standard 25%)Reduced material waste (saves 20% resin)Complex design increases mold complexity (▲ base → advanced cost)
Surface FinishAesthetic Consumer GoodsRa 0.4μm ▲▲ (ISO 1302) vs Industry Standard Ra 1.6μm▲▲ Mirror-like finish for premium appliancesPost-processing polishing may still required (▲ advanced lead time)
Tooling Lead TimeRapid Prototyping14 days (Industry 21 days) ▲ vs Base 18 days ▲▲ (ISO 9001 certified processes)▲▲ 30% faster delivery for time-sensitive projectsSacrifices some customization flexibility (▲ advanced features)
Temperature ResistanceAutomotive/High-Temp ApplicationsWithstands 300°C ▲ (ASTM E1461) vs Industry 250°CSuitable for engine parts (SKD11 heat treatment)Higher thermal stress risk without proper cooling (▲ advanced cooling systems)

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