Tata Indigo Tail Lamp Die

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MOQ : 1 , , Piece

Tata Indigo Tail Lamp Die Specification

Core Material
High-grade tool steel

Working Process
CNC machining, Wire-cut EDM, Polishing

Life Span
1,000,000 Shots

Tolerance
±0.01 mm

Mould Base
Premium hardened steel structure

Material
Alloy Steel

Shaping Mode
Plastic Injection Die

Punch Dies
Precision-made hardened steel

Die Head
Custom designed for Indigo tail lamp

Surface Finish
Mirror polish for optical clarity

Cycle Time
40-55 seconds per shot

Mould Weight
Approx. 1500 kg

Runner Type
Cold Runner System

Design Software
UG/NX, AutoCAD

Application
Automotive Lamp Manufacturing (Tata Indigo)

Cavity Number
Single Cavity

Ejector System
Dual-plate ejector

Sprue Bush
Nitride hardened

Cooling Type
Water channel cooling

Dimension Accuracy
High precision in lamp contour

Tata Indigo Tail Lamp Die Trade Information

Minimum Order Quantity
1 , , Piece

Supply Ability
1 , , Piece Per Month

Delivery Time
1 Week

About Tata Indigo Tail Lamp Die

Tail Lamp Die For Tata Indigo manufactured by us has sturdy structure and shows excellent wear & abrasion resistance. It has galvanized steel made structure that can withstand high heat without any deformation. This die gives precise lamp housing every single time thus ensures excellent repeatability. It has been tested on rigorous performance parameters for gaining full client satisfaction. Tail Lamp Die For Tata Indigo has high demand for automobile sector and can be availed at reasonable prices for our respected customers.

Features:

Easy mould release
Long service life
Good impact strength

Usage/Application

Molding Die

Advanced Precision for Automotive Lamps

Designed specifically for Tata Indigo tail lamp manufacturing, this die delivers high contour accuracy (tolerance 0.01 mm), ensuring perfect fit and superb light performance every cycle. Its construction combines high-grade tool steel, nitride-hardened sprue bush, and a premium hardened steel base to withstand extensive production runs with minimal wear.

Superior Optical Finish and Efficiency

The mirror polish surface finish offers exceptional clarity, enhancing lamp aesthetics and performance. Efficient water channel cooling and a cold runner system minimize cycle time to just 4055 seconds per shot, boosting output while maintaining stringent quality standards.

Reliable Long-Term Performance

With a life span of up to 1,000,000 shots, this tail lamp die is built for longevity and reliability. Every component, from the dual-plate ejector system to the custom-designed die head, is precision finished using CNC machining and wire-cut EDM for consistent results over years of service.

FAQs of Tata Indigo Tail Lamp Die:

Q: How does the Tata Indigo Tail Lamp Die ensure high optical clarity in automotive lamp production?

A: The die features a mirror-polished surface finish, directly improving the clarity and luminous quality of the finished tail lamp lens, crucial for automotive applications.

Q: What is the cycle time for each shot using this tail lamp die?

A: The typical cycle time per shot is between 40 and 55 seconds, allowing for efficient lamp production without sacrificing quality.

Q: When should manufacturers consider using this die for their production needs?

A: Manufacturers looking for high precision, long lifespan, and reliable output in tail lamp production for Tata Indigo vehicles will benefit from using this die, especially in high-volume settings.

Q: Where is the Tata Indigo Tail Lamp Die manufactured and supplied?

A: The die is manufactured, supplied, and serviced by specialized providers in India, catering to automotive lamp makers nationwide.

Q: What processes are used to create and finish the die for optimal performance?

A: Production involves advanced CNC machining, wire-cut EDM, and thorough polishing, ensuring accuracy and durability for every batch of tail lamp moulding.

Q: How does the cooling system enhance efficiency during lamp manufacturing?

A: The water channel cooling system efficiently reduces heat build-up in the mould, maintaining optimal cycle times and stabilizing product quality throughout production.

Q: What are the key benefits of the dual-plate ejector system in this application?

A: The dual-plate ejector system allows smooth, reliable release of each moulded lamp, reducing cycle delays and minimizing product defects during automated ejection.

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