Prograssive Die Assembly

Name: Prograssive Die Assembly
Brand: ARMSTRONG ENGINEERS
Price: 10000 INR
Availability: InStock

Price 10000 INR/ Unit

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MOQ : 1 Unit

Prograssive Die Assembly Specification

Working Process
Blanking, piercing, bending, forming

Tolerance
0.01 mm

Core Material
Tool steel (D2, SKD11 or equivalent)

Mould Base
High-grade steel base for rigidity and precision alignment

Life Span
Up to 1 million strokes, subject to maintenance and material type

Material
Tool steel, mild steel, carbide inserts where necessary

Shaping Mode
Progressive die

Punch Dies
Hardened and ground punches for long-lasting performance

Die Head
Precision ground die head for uniform results

Automation Compatibility
Suitable for automatic feeding systems

Die Set Type
Standard or custom as per client specifications

Production Capacity
High-speed operation up to 250 strokes/min

Surface Finish
Polished to Ra 0.8 or better

Ejection Method
Self-ejecting springs or air ejectors

Hardness
Up to 58-62 HRC (core & punches)

Assembly Type
Modular design for easy maintenance

Heat Treatment
Full quench and tempering for durability

Application
Automobile parts, electrical fittings, hardware components

Strip Width Capacity
Up to 200 mm, customizable

Prograssive Die Assembly Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
100 Units Per Week

Delivery Time
3 Days

About Prograssive Die Assembly

Grab Yours nowthis Progressive Die Assembly is highly recommended for manufacturers demanding unrivaled accuracy and flawless performance. Engineered for astonishing durability, with hardness up to 58-62 HRC and a polished surface finish of Ra 0.8 or better, it delivers precision while maintaining efficiency at high speed (up to 250 strokes/min). Customizable for strip widths up to 200 mm and compatible with automatic feeding, these modular dies are built for easy maintenance, longevity up to 1 million strokes, and superb performance in automobile, electrical, and hardware applications. Stock readyending soon!

Application Areas and Competitive Advantages

Progressive Die Assemblies find widespread use in producing automobile parts, electrical fittings, and diverse hardware components. Their competitive advantages include modular design for simplified maintenance, self-ejecting springs or air ejectors for seamless operation, and polished surfaces ideal for high-precision tasks. The flawless Ra 0.8 finish and hardened components ensure minimal wear, while superior tolerance (0.01 mm) supports exacting manufacturing standards across varied industrial applications.

Delivery Time and Market Reach

Stock ready for quick shipment, Progressive Die Assemblies are shipped efficiently to both main export markets and the vibrant domestic market. Domestic mar manufacturers and service providers can benefit from prompt delivery times. We cater to global clients, ensuring each die assembly arrives swiftlywhether in India or abroadwhile maintaining rigorous standards and rapid turnaround. Dont miss the opportunity to experience precision engineering, available for immediate shipping and prompt domestic distribution.

FAQs of Prograssive Die Assembly:

Q: How is the surface finish of the Progressive Die Assembly ensured?

A: The die assembly is polished to Ra 0.8 or better, utilizing meticulous grinding and precision finishing processes to guarantee a flawless surface ideal for sensitive, high-tolerance applications.

Q: What is the maximum strip width capacity this assembly can handle?

A: The Progressive Die Assembly is customizable and capable of handling strip widths up to 200 mm, accommodating a wide range of manufacturing needs.

Q: When can I expect the product to be shipped if its in stock?

A: If the assembly is in stock, it is ready for prompt shipping to both domestic and export markets, typically dispatched soon after order confirmation.

Q: Where can the Progressive Die Assembly be applied?

A: It is used in the production of automobile components, electrical fittings, and various hardware items, serving multiple industries requiring precision and efficiency.

Q: What is the benefit of the modular design in this assembly?

A: The modular design allows for easy maintenance, swift replacements, and adaptability, ensuring lower downtime and simplified servicing during long production runs.

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