Progressive Electrical Stamping Die

Name: Progressive Electrical Stamping Die
Brand: M/S ALLIANCE TOOLS
Price: 100000.00 INR
Availability: InStock

Price 100000.00 INR/ Set

Get a Price/Quote

MOQ : 1 Piece

Progressive Electrical Stamping Die Specification

Product Type
Progressive Electrical Stamping Die

Material
High Grade Tool Steel

Surface Treatment
Polished/Heat Treated

Voltage
220-240 V

Gross Power
Manual/Mechanical

Working Stroke
Up to 200 mm

Size
Customizable

Color
Metallic Grey

Dimension (L*W*H)
As per design/specification

Weight
Approx. 250-500 kg

Usage/Application
Electrical component stamping

Hardness
58-62 HRC

Finishing
Anti-corrosive

Production Capacity
Up to 600 strokes/min

Maintenance
Low

Packaging Type
Wooden Box

Die Life
Up to 1 million strokes

Cavity
Multiple Cavity

Manufacturing Process
CNC Machined, EDM Finished

Tolerance
±0.01 mm

Progressive Electrical Stamping Die Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Against Delivery (CAD), Telegraphic Transfer (T/T), Cheque

Supply Ability
5 Pieces, Piece Per Month

Delivery Time
45 Days

Main Domestic Market
All India

About Progressive Electrical Stamping Die

We are a celebrated manufacturer of Progressive Electrical Stamping Die for our clients. This is used for stamping in metal fabrication and is utilized for high-volume production. It is appropriate for high speed operations. This die is precisely fabricated in a variety of sizes and designs using high grade material obtained from our trusted vendors, along with the help of sophisticated machinery at our unit. We conduct several quality checks prior to dispatch, ensuring serving our clients with a flawless range of Progressive Electrical Stamping Die.

High Precision for Electrical Component Stamping

This progressive stamping die delivers meticulous accuracy within 0.01 mm, crucial for reliable and consistent electrical component production. Its multiple cavity design supports high-volume output while ensuring uniformity across all stamped pieces. Designed for industrial use and manufactured to Indian standards, it meets the stringent demands of modern electrical manufacturing.

Exceptional Durability and Reliability

Constructed from high-grade tool steel, the die boasts hardness levels of 5862 HRC, providing resistance against wear and ensuring a lifespan of up to 1 million strokes. The anti-corrosive finishing, polished surfaces, and heat treatment further extend service life, making it a cost-effective investment for long-term production cycles.

Advanced Manufacturing Techniques

Utilizing CNC machining and EDM finishing, each stamping die achieves superior accuracy and smooth surface quality. The process enables customized dimensions, rapid turnaround times, and consistent results, supporting specialized requirements for various electrical applications.

FAQs of Progressive Electrical Stamping Die:

Q: How is the Progressive Electrical Stamping Die manufactured?

A: The die is crafted using advanced CNC machining and EDM finishing processes, ensuring precise dimensions and smooth surfaces tailored to specific production requirements.

Q: What benefits does the high-grade tool steel material provide?

A: High-grade tool steel offers exceptional hardness (5862 HRC), superior durability, and resistance to wear, allowing for up to 1 million production strokes without significant degradation.

Q: When is this stamping die ideal for use?

A: This die is best utilized in scenarios requiring precise, high-volume stamping of electrical components with tight tolerances, typically in industrial manufacturing settings.

Q: Where can the Progressive Electrical Stamping Die be supplied?

A: Manufactured and supplied by leading producers in India, the die can be distributed to electrical component manufacturers across regional and international markets.

Q: How does anti-corrosive finishing benefit the stamping die?

A: The anti-corrosive finish protects the die from oxidation and rust, enhancing longevity and ensuring consistent performance in various industrial environments.