Maruti Tail Lamp Die

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MOQ : 1 Piece

Maruti Tail Lamp Die Specification

Working Process
Injection moulding and die casting compatibility

Life Span
Up to 500,000 shots depending on maintenance

Mould Base
High-quality steel base for precision and durability

Tolerance
0.01 mm for critical dimensions

Core Material
Hardened tool steel for long-lasting performance

Material
Premium-grade steel and reinforced alloys

Shaping Mode
Precision forming and dimensional control

Punch Dies
Custom-engineered punches for enhanced accuracy

Die Head
Multi-cavity design for improved production rates

Surface Hardness
HRC 45-50

Application
Automotive tail lamp assemblies (Maruti vehicles)

Maintenance Requirement
Periodic cleaning and lubrication recommended

Cooling System
Integrated water channels for rapid cycle times

Finishing Type
Polished surface with anti-corrosion treatment

Runner System
Cold runner system for material efficiency

Mould Weight
Approx. 320 kg

Mounting Method
Standard plate mounts for easy installation

Cavity Number
2 cavities for efficient output

Design Software
CAD/CAM optimized for fine detailing

Max. Injection Pressure
Up to 2200 bar

Ejection Type
Automated ejectors for fast part removal

Maruti Tail Lamp Die Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Month

Delivery Time
1 Week

About Maruti Tail Lamp Die

Tail Lamp Die For Maruti is fabricated using strong metal alloy with corrosion resistant surface finish. It gives accurate dimensions and structural configuration in every single piece. This die is highly durable in nature and shows no signs of wear even after years. It is perfectly tested on several parameters for giving excellent performance and assuring full client satisfaction. Tail Lamp Die For Maruti is available at highly reasonable rates in quantities as demanded by our respected customers.

Features:

Easy to use
High impact strength
Good thermal stability

Usage/Application

Molding Die

Precision Engineering for Automotive Applications

Designed specifically for Maruti vehicle tail lamp assemblies, this die offers unmatched accuracy and repeatability. With a tolerance of 0.01 mm on critical dimensions, it ensures every component meets stringent quality standards. The multi-cavity arrangement boosts production rates while maintaining consistent part quality, making it ideal for large-scale manufacturing.

Advanced Features for Optimal Performance

The die is built with a polished, anti-corrosive surface, backed by a robust steel base and hardened core materials. An integrated water-cooling system and cold runner enhance processing speeds and material efficiency, while automated ejectors enable fast, reliable part removal. Compatible with both injection moulding and die casting, it supports streamlined operations in busy manufacturing environments.

FAQs of Maruti Tail Lamp Die:

Q: How is the Maruti Tail Lamp Die installed in manufacturing setups?

A: The die features standard plate mounts, enabling straightforward and secure installation in most injection moulding or die casting machines typically used across automotive manufacturing plants in India.

Q: What maintenance is required for optimal die performance?

A: Periodic cleaning and lubrication are recommended to preserve surface integrity and mechanical functionality, prolonging the dies life span up to 500,000 shots and minimizing downtime.

Q: When should the die be replaced or serviced?

A: Die servicing is advised after frequent usage or if there are signs of wear, surface deformation, or reduced precision. Proper maintenance ensures consistent performance and extends service intervals.

Q: Where is the Maruti Tail Lamp Die typically used?

A: This die is primarily employed in automotive manufacturing facilities, particularly for assembling tail lamp components on Maruti vehicles, benefiting from its high accuracy and efficiency features.

Q: What process does the die support for tail lamp production?

A: The die is compatible with both injection moulding and die casting. Integrated automated ejectors and water cooling channels enable rapid production cycles and reliable part removal.

Q: How does the cold runner system contribute to material efficiency?

A: The cold runner system minimizes material wastage by maintaining optimal flow and reducing the need for scrap reprocessing, leading to cost savings and improved sustainability during production.

Q: What are the benefits of using CAD/CAM optimized design in this die?

A: CAD/CAM optimization ensures fine detailing and precision forming, enhancing dimensional control and delivering consistently accurate tail lamp components that meet automotive standards.

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