High-Precision Durable Design Progressive Metal Stamping Mold

High-Precision Durable Design Progressive Metal Stamping Mold

Product Description:

Our High-Precision Durable Design Progressive Metal Stamping Mold is meticulously engineered to deliver stable performance, long tool life, and consistent high-speed stamping output for demanding industrial applications. Every mold is designed with precision in mind, ensuring accurate and repeatable results across large production runs. It is particularly suitable for complex parts requiring multiple forming stages, allowing manufacturers to perform cutting, bending, drawing, and forming operations within a single progressive mold, thereby reducing production time and labor costs.

This mold is ideal for continuous mass production of high-precision components used in the automotive industry, including terminals, brackets, housings, and structural metal parts. Additionally, it is widely applied in electrical and electronic components, such as connectors, switches, and metal enclosures, as well as industrial hardware and LED metal parts. Its versatility makes it a reliable solution for industries requiring tight tolerances, repeatable quality, and high efficiency.

Manufactured from premium-grade tool steels such as SKD11, DC53, Cr12MoV, or carbide, each mold undergoes advanced CNC machining, EDM cutting, and precision surface finishing to ensure exceptional accuracy and superior durability. The combination of precision engineering and robust materials enables these molds to withstand high-speed stamping presses, maintaining structural integrity and dimensional stability even under intensive production cycles.

Furthermore, our molds are designed for ease of maintenance and longevity, with optimized designs that reduce wear on critical surfaces, improve tool life, and minimize downtime. With custom options available, including multi-cavity designs, progressive die stages, and surface treatments such as nitriding or TiN coating, our molds provide tailored solutions that meet the unique requirements of global manufacturers.

In summary, this progressive metal stamping mold is a high-performance, precision-engineered solution for manufacturers seeking reliable, durable, and high-accuracy tooling, helping you achieve efficient production cycles, consistent part quality, and cost-effective manufacturing at scale.

Features:

1. High-Precision Tooling

Tight tolerance control up to ±0.01 mm

CNC machining, wire cutting, EDM finishing

Stable forming accuracy for complex geometries

2. Durable & Long Service Life

Tool steel options: SKD11, DC53, Cr12MoV, Carbide

Heat treatment & coating for enhanced wear resistance

Designed for continuous high-speed stamping environments

3. Progressive Multi-Stage Design

Integrates cutting, bending, drawing, and forming

Reduces production time and labor costs

Ideal for mass production of small-to-medium metal components

4. Customizable for All Industries

Automotive terminals

Electrical connectors

LED metal parts

Home appliance components

Industrial precision hardware

Technical Parameters:

Applications:

• Automotive Metal Parts & Terminals – Ideal for producing high-precision car terminals, brackets, housings, and other structural metal components used in modern vehicles.

• EV Motor Components – Perfect for electric vehicle parts, including motor laminations, connectors, and precision metal components that require tight tolerances and reliable performance.

• Home Appliances Hardware – Used to manufacture durable and precisely formed parts for refrigerators, washing machines, air conditioners, and other household appliances.

• Electrical Connectors & Contacts – Ensures accurate and consistent production of electrical terminals, connectors, switches, and contact components for electronics and industrial devices.

• LED Brackets & Heat Sinks – Provides precision stamping for LED metal brackets, mounting frames, and heat dissipation components, maintaining dimensional accuracy and structural integrity.

• Industrial Precision Metal Parts – Suitable for a variety of industrial applications requiring complex shapes, high durability, and repeatable quality, including machinery parts, hardware fittings, and metal assemblies.

Customization:

• Multi-cavity progressive dies for increased production efficiency

• Complex part geometries with precise tolerances

• Material selection: SKD11, DC53, Cr12MoV, Carbide, or other specialty steels

• Surface treatments: Polishing, Nitriding, TiN/TiCN coating, or custom finishes for enhanced wear resistance

• Press tonnage compatibility: Designed for presses from 50 to 3000 tons

• OEM/ODM services: Tailored molds for automotive, electronics, LED, home appliance, and industrial components

Support and Services:

• Technical guidance for design, materials, and production optimization

• Prototyping & sampling to validate designs before mass production

• Installation & training for proper use and setup

• Maintenance & repair to extend mold life

• After-sales support for troubleshooting and timely solutions

• Global shipping to deliver molds and parts safely and on time

Packing and Shipping:

• Secure packaging: Wooden crates, foam protection, or customized packing to prevent damage

• Efficient logistics: Air, sea, or express delivery depending on your requirements

• Worldwide shipping: Reliable service to customers around the globe

• Tracking support: Keep you updated throughout the shipping process

FAQ:

Q1: Can you design the mold according to my drawing or sample?
Yes, our engineers can design molds based on your drawings, 3D files, or physical samples.

Q2: What materials do you use for stamping molds?
SKD11, DC53, Cr12MoV, Carbide, or any material required by your application.

Q3: How long is the mold manufacturing time?
Normally 10–25 days depending on mold complexity.

Q4: Do you provide stamping production as well?
Yes, we offer both mold making and mass stamping production services.

Q5: Can you support small-batch or prototyping?
Yes, we support trial production and small quantities before mass production.