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  • Progressive Die Tooling Stamping Mould for Power Press CNC Machined Metal Steel Aluminium Brass Punching Mold Polished Finish
  • Progressive Die Tooling Stamping Mould for Power Press CNC Machined Metal Steel Aluminium Brass Punching Mold Polished Finish
  • Progressive Die Tooling Stamping Mould for Power Press CNC Machined Metal Steel Aluminium Brass Punching Mold Polished Finish
  • Progressive Die Tooling Stamping Mould for Power Press CNC Machined Metal Steel Aluminium Brass Punching Mold Polished Finish
  • Progressive Die Tooling Stamping Mould for Power Press CNC Machined Metal Steel Aluminium Brass Punching Mold Polished Finish
  • Progressive Die Tooling Stamping Mould for Power Press CNC Machined Metal Steel Aluminium Brass Punching Mold Polished Finish
Progressive Die Tooling Stamping Mould for Power Press CNC Machined Metal Steel Aluminium Brass Punching Mold Polished Finish

Progressive Die Tooling Stamping Mould for Power Press CNC Machined Metal Steel Aluminium Brass Punching Mold Polished Finish

  • >= 1 Sets
    $25,000

Customization:

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

Progressive Die Tooling Stamping Mould for Power Press CNC Machined Metal Steel Aluminium Brass Punching Mold Polished Finish

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Metal Stamping: Designed for high-precision progressive stamping operations, enabling the production of complex metal parts with multiple features in a single cycle.
  • Material Versatility: Capable of processing metals like steel, aluminum, and brass, with a polished finish ensuring superior surface quality for end products.
  • CNC Machined Accuracy: Engineered via CNC machining for tight tolerances, ensuring consistent performance in high-volume manufacturing.

Key features

  • 1. Material Technology: SKD11 Steel & Polished Finish

    • With SKD11 high-carbon tool steel and a precision-polished finish, achieve superior durability and precision in high-pressure stamping operations*.

  • 2. Modular & Adjustable Design for Customization

    • With modular components and adjustable punch assemblies, customize the die for diverse part geometries without full replacement*.

  • 3. High-Volume Precision via CNC Machining

    • With CNC-machined precision, ensure consistent part quality at high-volume production rates*.

  • 4. Versatile Scenario Solutions for Complex Parts

    • Designed for continuous industrial use, this die handles intricate, multi-feature parts in a single operation, reducing assembly steps*.

  • 5. Material Compliance with Industrial Standards

    • Constructed with SKD11 steel and aluminum, meeting ISO 9001 quality management standards for industrial tooling*.

Product details

Progressive Die Tooling Stamping Mould for Power Press CNC Machined Metal Steel Aluminium Brass Punching Mold Polished Finish

The Progressive Die Tooling Stamping Mould is a precision-engineered metal forming solution designed for high-volume production of complex metal parts. Crafted from high-strength materials like SKD11 steel, aluminum, and steel, this CNC-machined tooling ensures exceptional durability and accuracy. Its polished finish and modular design enable seamless customization and efficient maintenance, making it ideal for industries requiring intricate, repeatable stamping operations.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionSKD11 steel (tooling components), aluminum, steelAutomotive parts, electronics components
FinishMirror-polished surfaceHigh-precision parts requiring smooth surfaces
Manufacturing ProcessCNC machining with ±0.01mm accuracyMass production of complex geometries
Modular DesignInterchangeable punch/die assembliesCustom part designs with minimal downtime
Safety FeaturesAdjustable blue-handled componentsSafe operation in high-pressure environments

Customization guide

Adjustable parameters include die thickness, punch spacing, and material composition to meet specific production needs. For instance, altering punch spacing allows adaptation to varying part geometries, while material selection (e.g., SKD11 for wear resistance) optimizes performance for harsh environments.

Get inspired

With this Progressive Die Tooling, manufacturers can achieve flawless stamping of intricate automotive panels, electronic enclosures, or aerospace components. Its modular architecture and precision engineering empower rapid prototyping and mass production, ensuring consistent quality at scale.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Dimensional Accuracy±0.03mm±0.02mm (+33%)±0.01mm (+100%)*
Material HardnessHRC 58HRC 62 (+7%)HRC 65 (+12%)
Customization OptionsStandard modulesAdjustable punch/dieFully modular + SKD11
Setup Time8 hours5 hours (-37%)3 hours (-62%)

Supplier's note

  1. Three Technical Breakthroughs:

    • SKD11 Steel Core: The Pro Model’s SKD11 steel ensures 3x longer tool life in abrasive materials compared to standard steel.
    • Modular Architecture: The Advanced Model’s adjustable components reduce downtime by 50% during die reconfiguration.
    • Polished Finish: The Base Model’s mirror finish eliminates post-processing steps for parts requiring aesthetic surfaces.

  2. Optimal Version Selection:

    • Pro Model: Ideal for high-volume automotive or aerospace manufacturers needing extreme durability (e.g., stamping titanium alloys). With SKD11’s hardness, it withstands 10,000+ cycles without deformation.
    • Advanced Model: Best for electronics or appliance producers requiring moderate customization and 20% faster setup than competitors.
    • Base Model: Suitable for prototyping or low-volume runs where cost-efficiency and surface quality are priorities.

*Compared to industry-standard progressive dies with ±0.02mm accuracy.

Frequently asked questions

  • Which progressive die tooling is best for high-volume metal stamping production?

  • How do I maintain a CNC-machined metal stamping die with a polished finish?

  • What’s the difference between aluminum and steel stamping dies for brass parts?

  • Can progressive dies be customized for specific part designs?

  • Is SKD11 steel stamping die material ISO-certified for industrial use?

  • Why is CNC machining used in progressive die tooling production?

  • How does the polished finish improve stamped metal part quality?

  • What safety features do your power press stamping dies include?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHigh-stress manufacturingIndustry: Basic steel (Rockwell C55) ▲ Base: SKD11 steel (C60) ▲ Advanced: SKD11 + titanium coating (C62)Base: 20% stronger than industry standard (ASTM A681). Advanced: 40% corrosion resistance ↑ (ISO 12944).Advanced version adds 30% to cost due to coating.
Manufacturing ProcessPrecision part productionIndustry: Conventional machining (±0.1mm) ▲ Base: CNC (±0.01mm) ▲ Advanced: CNC + AI alignment (±0.005mm)Base: 50% tighter tolerances ↑ (ISO 2768). Advanced: Eliminates human error in complex geometries.Advanced requires specialized software (+$5k setup).
Finish QualityAerospace/medical componentsIndustry: Matte finish (Ra 1.6μm) ▲ Base: Polished (Ra 0.8μm) ▲ Advanced: Mirror finish (Ra ≤0.4μm)Base: Reduces friction by 30% ↑ (ASTM B487). Advanced: 50% smoother surface for critical applications.Polishing adds 20% production time.
Modular DesignCustom part productionIndustry: Non-modular ▲ Base: Basic modular slots ▲ Advanced: Plug-and-play modules (IEC 61131-2)Base: 40% faster customization vs industry. Advanced: Swap components in 10 mins (vs 2hrs industry).Advanced modules require proprietary connectors.
Noise LevelUrban factoriesIndustry: 65 dBA ▲ Base: 52 dBA ▲ Advanced: 43 dBA (quieter than refrigerator hum)Base: Meets OSHA standards (OSHA 1910.95). Advanced: Reduces hearing protection needs.Advanced requires acoustic dampening additives (+$2k).
Safety FeaturesOperator-heavy environmentsIndustry: Manual adjustments ▲ Base: Ergonomic handles (ANSI B11.0) ▲ Advanced: Remote operation (ISO 13849)Base: 30% fewer hand injuries ↓. Advanced: Zero-contact operation during adjustments.Advanced requires operator training (+16hrs).

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