Car Part Mold Plastic Injection Molding Automotive Lamp Bumper Mould

• Customization: Available
• Warranty: 1 Year
• Shaping Mode: Injection Mould
• Model NO.: YD9007
• Surface Finish Process: Polishing
• Mould Cavity: Single Cavity
• Plastic Material: Modified PP
• Process Combination Type: Single-Process Mode
• Application: Car
• Runner: Hot Runner
• Design Software: UG
• Installation: Fixed
• Certification: TS16949, ISO
• Standard: HASCO
• Customized: Customized
• After-sales Service: Yes
• Mould Name: Bumper Mould
• Mould Steel Type: P20, 718, 2738, etc.
• Mould Lifetime: 300,000~1,000,000shots
• Mould Leadtime: 90~110 Days
• Transport Package: Wooden Box or Pallet
• Specification: 1830X580X450mm
• Trademark: /
• Origin: Taizhou, China
• HS Code: 8480719090
• Production Capacity: 358sets/Year
• Package Size: 200.00cm * 60.00cm * 50.00cm
• Package Gross Weight: 10.000kg

Product Description

Specification

We craft high-standard Car Bumper Mould utilizing premium imported steel, precision sequential hot runners, and an optimized cooling system.

The manufacturing of Automobile Bumper Moulds requires advanced machining technologies and precision control methods to meet the stringent automotive industry requirements. While the search results don't provide detailed manufacturing process information, they indicate that digital design and manufacturing technologies play a crucial role in bumper mould design. Modern mould manufacturing facilities employ high-precision CNC machining, EDM processes, and coordinate measuring machines to achieve the necessary accuracy for large mould components. The implementation of conformal cooling channels, which follow the contour of the mold surface, represents a significant advancement in mould manufacturing that requires specialized additive manufacturing or precision machining techniques 

Key Configurations

The automotive bumper system represents one of the most critical safety and aesthetic components in modern vehicles, serving as the first line of defense in low-speed impacts while significantly contributing to the vehicle's visual identity. The injection moulding process for manufacturing these components has evolved into a highly sophisticated manufacturing discipline that combines advanced materials science, precision engineering, and digital technologies. Automotive bumper moulds are among the largest and most complex injection moulds produced by the industry, often requiring innovative engineering solutions to address challenges related to their substantial size, intricate geometry, and stringent quality requirements. The development of these moulds has progressed significantly from simple single-cavity designs to highly complex systems incorporating advanced hot runner technology, sophisticated cooling systems, and multi-stage ejection mechanisms

Car Bumper Mould Maker

Car Rear Bumper Mould

Automobile Bumper Mould

Bumper Mould Specifications

(Custom configurations available upon request.)

Mould name	Bumper Mould	Mould dimensions	2850X1600X1300mm
Plastic resin	PP+EPDM-T20	Mould weight	28500KG
Mold cavity stee	P20, 718, 2738	Injection machine Ton	3300T
Mould Base	C45	Mould Components Standard	DME, HASCO, etc.
Injection system	HOT RUNNER	Package	Wooden box, pallet
Mould lifetime	300,000~1,000,000shots	HS CODE	8480719090
Mould Leadtime	90~110 Days

Drawings &. Dimensions

Designing a Bumper Mould (or mold) is a complex, multi-disciplinary process that sits at the intersection of design, engineering, and manufacturing. It's not a single step but a detailed sequence of phases.

1. Initial Analysis & Bumper Design Preparation.

2. Core Mould Design Strategy.

3. Detailed Design & Manufacturing.

4.Mould Trials & Validation (T0, T1, T2...)

Designing a bumper mold is an iterative process that relies heavily on experience, advanced software simulation (CAE), and close collaboration between the bumper designer, mold designer, and processor. Getting it right requires balancing part quality with manufacturing efficiency.

After Sales Service

1.Installation and Debugging Services: After the mould is sold, the supplier typically sends technical personnel to the customer's site for installation and debugging to ensure the mould operates properly and meets production requirements. For example, Geely's after-sales service team responds quickly to customer requests, patiently inquires about details, and guides customers step-by-step to resolve issues.

2.Maintenance and Repair Services: Regular maintenance and repair of the mold are key to extending its lifespan. This includes cleaning, lubricating, replacing worn parts, and more. If the mold becomes damaged or faulty, the after-sales service team should provide timely repair services. For instance, GoMechanic offers bumper replacement services and provides a one-month warranty on fittings to ensure service quality.

3.Technical Support and Training: Suppliers should provide technical support, such as mold usage guidance and troubleshooting. Additionally, customer training is offered to help customers better use and maintain the molds. As mentioned in the search results, after-sales service includes customer training to ensure customers can properly use and maintain the product.

4.Spare Parts Supply: Providing genuine spare parts is a crucial aspect of after-sales service.

5.Quality Assurance and Warranty: Suppliers typically offer a certain warranty period for their products and services. For instance, GoMechanic provides a one-month warranty for bumper replacement services to ensure service quality.

Company Profile

Taizhou Yuda Mould Co., Ltd.

Yuda Mould Co., Ltd. is located in Huangyan, Zhejiang – the "Hometown of Moulds in China", Taizhou Yuda Mould Co., Ltd. was founded in 2020. It integrates the design, manufacturing and sales of injection moulds, mainly focusing on the following product categories: Electric bicycle kits, Automotive interior and exterior parts, Tricycle electric vehicle kits and Motorcycle components.

 

The company boasts a professional design team and mould project managers with rich experience, as well as a sound quality management system, which has passed the high-standard quality inspection and gained recognition from all partners. Our company equipped with a large number of machines, it owns a total of 82 sets of equipment, including 2 sets of 5-axis machines, high-speed milling machines, high-speed engraving machines, double-head EDM machines, drilling machines and deep-hole drilling machines.

 

Since its establishment, the company has always adhered to the corporate tenets of "Customer First, Integrity Service, Continuous Innovation" and "Being Down-to-Earth, Hardworking, Courageous and Aggressive". Guided by the core philosophies of "Creating Value for Customers" and "Quality and Safety First", it devotes itself to studying market demands and serves customers with solid professional skills and a pragmatic work attitude. The mission of Yuda is to create value for its customers, partners and employees.

Why Choose Us?

Other Moulds

1. Unmatched Technical Expertise &. Experience.
2. Engineering Excellence &. Advanced Technology.
3. Superior Quality & Durability.
4. Full-Service Support: From Concept to Production.

5. Cost Efficiency & Faster Time-to-Market

6. Commitment to Partnership.

-Automotive Bumper Mould
-Car Lamp Mould
-Car Grille Mould
-Car Door Panel Mould
-Car HVAC Mould

-Car Dashboard Mould

Quality Control

Controlling the quality of a Bumper Mould is a complex, multi-stage process that requires precision at every step, from design to final maintenance. It's the foundation for producing high-quality bumpers that meet aesthetic, safety, and functional requirements.

Supplier Quality Management : If outsourcing mould making, conduct rigorous audits of potential suppliers. Evaluate their technical capability, equipment, quality management systems (e.g., ISO 9001), and historical performance 

FAQ

1. What materials are commonly used for Bumper Moulds?
Modified plastics like PP+EPDM-T20 (polypropylene with ethylene propylene diene monomer and 20% talc) are widely used for their balance of rigidity, low-temperature toughness, and cost-effectiveness.
PC/ABS alloy is preferred for high-end and sports models due to its superior impact resistance and surface gloss, though it is about 30% more expensive than PP-based materials.
Metal moulds (e.g., cold-rolled steel) are used for commercial vehicles (trucks/buses) due to higher load-bearing requirements but are heavier and prone to corrosion.
2. What are the structural requirements for these moulds?
Moulds must include features like:

Three-layer protection system: Outer plastic cover, middle crash box (foam or honeycomb structure), and inner impact beam (steel).
Cooling systems: Designed for efficient heat dissipation during injection molding.
Standardized components: Such as hot runner support plates, cavity blocks, and ejector systems (e.g., small straight ejector blocks, angle ejector blocks).
3. How are plastic Bumper Moulds tested and validated?
Testing equipment: Includes coordinate measuring machines (CMMs) for dimensional accuracy and high-speed five-axis machining centers for precision manufacturing.
Simulation technologies: Numerical modeling (e.g., resin transfer molding simulations) optimizes injection parameters like pressure and resin viscosity to reduce defects.
4. What are the trends in Bumper Mould technology?
Lightweighting: Use of composites to reduce weight by 40% compared to steel.
Smart manufacturing: Integration of CAE simulation, 3D printing for rapid prototyping, and automated systems to improve precision and reduce production cycles.
Sustainability: Growing adoption of eco-friendly materials and processes to meet environmental regulations.
5. How to ensure quality and durability?
Material selection: Use pre-hardened steel rods for critical components to enhance longevity.
Quality: Manufacturers often provide warranties and adhere to strict inspection protocols.