Tail Lamp

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MOQ : 1 Unit

Tail Lamp Specification

Core Material
High-quality hardened steel (H13/S136)

Working Process
Other

Life Span
500,000 to 1,000,000 shots

Tolerance
0.01 mm

Mould Base
P20 steel or equivalent durable steel

Usage
Automobile

Material
Other

Shaping Mode
Injection Moulding

Punch Dies
Carbide-coated for extended life

Die Head
Custom-fabricated steel insert

Color
Multicolour

Maintenance
Easy disassembly for servicing and cleaning

Cooling System
Integrated water cooling channels

Surface Finish
Mirror polish and texture per customer demand

Design Software
UG, AutoCAD, SolidWorks compatible

Lead Time
45-60 days for initial mould

Mould Cavity
Single or Multi-cavity depending on requirement

Application
Automotive Head and Rear Lamps

Mould Size
Customized as per vehicle model

Runner System
Hot or Cold runner available

Ejection System
Pin ejector system

Tail Lamp Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash Advance (CA), Cash on Delivery (COD), Cash in Advance (CID)

Supply Ability
5 Units Per Day

Delivery Time
1 Week

Sample Available
No

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Export Market(s)
Asia

Main Domestic Market
All India

Tail Lamp About

Head Lamp Mould

A Head Lamp Mould is a precision-engineered injection mould designed for manufacturing automotive headlamp components with high dimensional accuracy and superior surface finish. The mould is developed using advanced CAD/CAM technology and high-quality tool steel to ensure durability, consistent production, and long service life.

The mould is capable of producing complex headlamp housings, lenses, reflectors, and related components that meet stringent automotive industry standards. It incorporates optimized cooling channels and precision machining to reduce cycle times, improve productivity, and maintain product quality.

Precision-Crafted for Automotive Excellence

Our head lamp moulds offer unmatched precision, supporting tolerances as fine as 0.01 mm. Designed specifically for automotive applications, every mould is carefully customized to fit vehicle models and part specifications. With advanced features like integrated water cooling and pin ejection, you benefit from optimal performance and consistent quality over the mould's long service life.

Customization and Flexibility for Your Needs

Our flexible design approach accommodates single or multi-cavity configurations, a choice of surface finishes, and custom sizing. Whether you're producing prototype parts or full-scale manufacturing runs, our moulds adapt seamlessly to your project's scale and complexity, delivering cost-efficiency and reliability.

Durability and Easy Maintenance

Engineered using P20 steel or high-quality hardened materials such as H13 or S136, these moulds are built for longevity. With proper servicing, each mould can deliver between 500,000 and 1,000,000 shots. Their easy-to-disassemble design streamlines regular maintenance, ensuring minimal downtime during cleaning or repair.

FAQ's of Head Lamp Moulds:

Q: How is the head lamp mould tailored to specific vehicle models?

A: Each mould is custom-designed according to vehicle model requirements and customer specifications, ensuring an exact fit and optimal function for automotive head and rear lamps.

Q: What are the benefits of integrated water cooling channels in the mould?

A: Integrated water cooling channels help regulate mould temperature, which enhances part quality, shortens cycle times, and increases mould life by preventing overheating.

Q: When can I expect delivery of an initial mould order?

A: The standard lead time for initial head lamp mould production is 45-60 days, depending on design complexity and customer requirements.

Q: Where can these head lamp moulds be used?

A: These moulds are primarily used in the automotive industry, specifically for manufacturing head and rear lamp components for various vehicle models.

Q: What is the process for servicing and cleaning the moulds?

A: The moulds are designed for easy disassembly, allowing quick access for servicing, cleaning, and maintenance, which minimizes production interruptions.

Q: How does the mould's runner system selection benefit production?

A: The choice between hot or cold runner systems allows for optimized material use, waste reduction, and improved processing efficiency based on your production strategy.