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  • Custom Sheet Metal Progressive Stamping and Cutting Die Mold Mouldings Tool Power Press Die
  • Custom Sheet Metal Progressive Stamping and Cutting Die Mold Mouldings Tool Power Press Die
  • Custom Sheet Metal Progressive Stamping and Cutting Die Mold Mouldings Tool Power Press Die
  • Custom Sheet Metal Progressive Stamping and Cutting Die Mold Mouldings Tool Power Press Die
  • Custom Sheet Metal Progressive Stamping and Cutting Die Mold Mouldings Tool Power Press Die
Custom Sheet Metal Progressive Stamping and Cutting Die Mold Mouldings Tool Power Press Die

Custom Sheet Metal Progressive Stamping and Cutting Die Mold Mouldings Tool Power Press Die

$1000.00-$4500.00/ Set|1 Set/Sets(Min. Order)

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)

Custom Sheet Metal Progressive Stamping and Cutting Die Mold Mouldings Tool Power Press Die

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Progressive Stamping & Cutting: Enables sequential forming and cutting of sheet metal in a single setup, streamlining production workflows for complex geometries.
  • Precision Engineering: Utilizes CNC milling and high-strength materials (SKD61, P20, H13 steel) to achieve micron-level accuracy in die cavities and pins, ensuring consistent part quality.

Key features

  • 1. Advanced Material Technology

  • With SKD61 high-performance tool steel construction, ensure exceptional durability and corrosion resistance compared to conventional carbon steel molds*.

  • 2. Modular Interactive Design

  • With modular cavity and pin configurations, adapt to diverse stamping patterns without requiring full retooling*, streamlining production adjustments.

  • 3. High-Speed Performance

  • With high-speed stamping capability, achieve production rates up to 20% faster than standard progressive dies*, reducing cycle times for mass manufacturing.

  • 4. Versatile Scenario Solutions

  • Supports seamless transitions between precision prototyping and high-volume production*, unlike single-purpose molds limited to one application.

  • 5. Certified Material Compliance

  • Constructed with SKD61 steel compliant with JIS industrial tool standards*, ensuring consistent performance in demanding manufacturing environments.

Product details

Custom Sheet Metal Progressive Stamping and Cutting Die Mold Mouldings Tool Power Press Die

The FEIYA Custom Sheet Metal Progressive Stamping and Cutting Die Mold is a precision-engineered tool designed for high-volume production of complex sheet metal parts. Crafted from premium materials like SKD61, P20, and H13 steel, this mold ensures durability and accuracy in stamping and milling processes. Its modular design with adjustable cavities and pins supports versatile part geometries, while robust support structures and ergonomic blue handles enhance operational safety and efficiency.

Technical specifications

FeatureSpecificationBenefit
MaterialSKD61, P20, NAK80, H13 steelHigh wear resistance and thermal stability
ProcessCNC machining with progressive stampingPrecision part forming and reduced scrap
Shaping ModeMillingSmooth surface finishes for intricate details
Cavity DesignCustomizable pin and cavity layoutsAdaptable to diverse part geometries
CertificationISO 9001:2015Guaranteed quality and compliance standards

Customization guide

Adjustable parameters include cavity depth (±0.01mm tolerance), pin alignment (±0.02mm precision), and material selection (e.g., SKD61 for high wear resistance or P20 for cost-effective prototyping). Custom branding (e.g., FEIYA logo) and handle color options are also available to meet OEM requirements.

Get inspired

With its modular design and high-precision machining, this mold enables rapid production of automotive panels, electronic enclosures, and industrial components. For instance, the SKD61-based Pro Model can produce 10,000+ parts without tool wear, ideal for high-volume automotive stamping lines.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
MaterialP20 steelSKD61SKD61 + Nitriding Treatment
Tolerance (mm)±0.05±0.02±0.01
Service Life500,000 cycles1,000,000 cycles (+100%)2,000,000 cycles (+300%)*
Max Pressure (MPa)200250300

Supplier's note

  1. Technical Breakthroughs:

    • Material Innovation: SKD61 in the Pro Model offers 30% higher hardness than P20, enabling longer service life in abrasive environments.
    • Precision Engineering: CNC milling achieves ±0.01mm tolerance, reducing scrap by 20% compared to traditional stamping dies.
    • Modular Design: Adjustable cavities allow quick reconfiguration for different part geometries, cutting downtime by 30%.
  2. Version Selection Guidance:

    • Base Model: Ideal for low-to-medium volume prototyping or parts with minimal wear (e.g., consumer electronics).
    • Advanced Model: Suitable for industrial applications requiring moderate durability (e.g., appliance components).
    • Pro Model: Best for high-volume, high-stress production (e.g., automotive parts). Its nitriding treatment ensures corrosion resistance even in humid environments.

With the Pro Model’s 300 MPa pressure capacity, you can form ultra-thin sheet metal (0.1mm) without deformation. Pair it with SKD61’s hardness to achieve 2,000,000 cycles—3x industry benchmarks—reducing tool replacement costs by 50%.

Frequently asked questions

  • Which model of custom sheet metal progressive stamping die is best for high-volume production?

  • SKD61 vs P20: Which material is better for durable stamping dies?

  • How to clean and maintain the cavities and pins of a power press die?

  • Can the custom sheet metal die be customized with specific cavities or branding?

  • Is the SKD61 mold material ISO-certified for precision stamping?

  • What industries use progressive stamping dies with SKD61 material?

  • How does the milling process enhance the accuracy of the stamping die?

  • How long do SKD61-based stamping dies last compared to other materials?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHigh-wear applications (aerospace/automotive)- Industry: P20 steel (Rockwell C45-48)
- Base: SKD61 (▲1, Rockwell C58-62)
- Advanced: H13 (▲2, Rockwell C52-54 + 600°C heat resistance)
SKD61 offers 40% longer tool life; H13 withstands extreme temperaturesH13 requires specialized heat treatment
Precision EngineeringElectronics components with tight tolerances- Industry: ±0.1mm (ISO 10360)
- Base: ±0.05mm (▲1)
- Advanced: ±0.02mm (▲2, aerospace-grade precision)
Advanced meets aerospace specs; Base suits most consumer goodsAdvanced requires CNC machining expertise
Noise LevelNoise-sensitive environments (hospitals)- Industry: 85 dBA (ISO 3095)
- Base: 80 dBA (▲1)
- Advanced: 75 dBA (▲2, quieter than a library)
Advanced reduces workplace noise complaintsAdvanced may have slightly slower cycle times
Durability (Service Life)High-volume production runs- Industry: 1 million cycles
- Base: 2 million cycles (▲1)
- Advanced: 3 million cycles (▲2, 3x industry standard)
Base cuts replacement costs by 50%; Advanced reduces downtimeHigher upfront cost for Advanced
Customization OptionsRapid prototyping/niche markets- Industry: Standard cavity designs
- Base: Custom cavity shapes (▲1)
- Advanced: 3D-printed inserts + adaptive tooling (▲2)
Advanced enables complex geometriesLonger lead times for customization
Operational EfficiencyMass production of consumer goods- Industry: 1.2s/part
- Base: 1.0s/part (▲1)
- Advanced: 0.8s/part (▲2, 33% faster)
Advanced boosts daily output by 50%Requires high-speed press compatibility

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