The Automotive Bracket Stamping Die featured in this project is developed for manufacturing the Body Coating Hook Bracket, a stamped automotive sheet metal component designed for integration into vehicle body structures. The tooling combines a heavy-duty die construction with precise forming and positioning elements to support stable production of high-strength automotive components.
The project demonstrates HONGXING’s experience in designing and manufacturing stamping tools for automotive body applications. With a large tooling structure and high press capacity, this die is engineered to meet the demanding requirements associated with automotive sheet metal forming, dimensional accuracy, and repeatable production.
Body Coating Hook Bracket Manufacturing
The finished component is identified as a Body Coating Hook Bracket. As an automotive bracket component, it requires accurate forming, reliable positioning, and consistent dimensional control during the stamping process.
Automotive brackets may serve structural, mounting, supporting, or connection functions within a vehicle body system. Even when the component itself is relatively compact, its mounting interfaces and formed features need to maintain tight dimensional relationships with surrounding components.
The Automotive Bracket Stamping Die is therefore designed around the specific geometry and material requirements of the bracket. The forming surfaces, supporting structures, locating elements, and die components work together to provide repeatable results during production.
High-Strength Steel Stamping
According to the tooling identification plate, the material specification for this project is GMW3032M-ST-S-340LA-UNCOATED-U. The specified blank size is approximately 475 W × 67.0 P × 1.1 T.
High-strength automotive steel can provide advantages in vehicle body applications, including improved strength and weight efficiency. However, forming these materials also requires careful tooling engineering because higher material strength can increase forming loads and contribute to dimensional variation or springback.
A properly engineered Automotive Bracket Stamping Die must therefore provide sufficient rigidity and accurately controlled forming conditions. The die structure needs to withstand repeated press loads while maintaining the designed relationship between the upper and lower assemblies.
Heavy-Duty Die Construction
The tooling has a reported overall die size of approximately 2,090 × 1,250 × 914.4 mm, making it a substantial automotive production tool. The shut height is specified as 914.4 mm.
The tooling identification plate also lists an upper die weight of approximately 603 lb and a total die weight of approximately 1,298 lb. These specifications illustrate the robust construction required for this application.
A rigid Automotive Bracket Die helps minimize unwanted movement and deflection during stamping. This is particularly important when producing components that contain multiple formed surfaces, mounting features, or dimensional interfaces.
The die structure shown in the project includes reinforced supporting members and accurately positioned tooling components. Such construction helps maintain stability during die closing, forming, and opening cycles.
High-Tonnage Press Application
The project tooling is specified for P1 2000T and P2 300T press applications. The combination of high press capacity and a substantial die structure indicates that the tooling was developed for a demanding automotive stamping process.
Press compatibility is an important consideration when manufacturing a Bracket Stamping Tool. In addition to available tonnage, engineers must consider die size, shut height, stroke, blank dimensions, feeding conditions, and the required forming sequence.
Matching the die with the appropriate press allows the tooling to operate within its intended production parameters. It also contributes to stable forming conditions and helps reduce unnecessary production interruptions.
Precision Forming and Dimensional Control
Dimensional consistency is an important requirement for automotive brackets because the finished part may need to interface with other body components or assemblies.
The Automotive Bracket Stamping Die is manufactured with attention to die alignment, forming surfaces, locating features, and supporting components. During tooling development, these elements are coordinated to help maintain consistent part geometry throughout production.
For automotive sheet metal components, dimensional control is not limited to the final inspection stage. It begins with tooling design and continues through machining, assembly, tryout, adjustment, and final validation.
HONGXING uses this production-oriented approach to develop tooling capable of supporting repeatable automotive manufacturing processes.
Automotive Sheet Metal Stamping Capability
The Body Coating Hook Bracket project is representative of the type of automotive sheet metal tooling used to manufacture brackets and other body-related components.
Depending on component geometry and customer requirements, automotive stamping processes can involve forming, bending, drawing, trimming, piercing, and other operations. The tooling configuration is selected according to the required production process and part characteristics.
For high-volume automotive production, a reliable Automotive Bracket Stamping Die can help manufacturers achieve consistent part quality while supporting efficient production cycles.
HONGXING provides tooling engineering and manufacturing services for automotive stamping applications, including die design, CNC machining, die assembly, tryout, dimensional adjustment, and final inspection.
Tooling Specifications
| Item | Specification |
|---|---|
| Product Name | Body Coating Hook Bracket |
| Tooling Type | Automotive Bracket Stamping Die |
| Material | GMW3032M-ST-S-340LA-UNCOATED-U |
| Blank Size | 475 W × 67.0 P × 1.1 T |
| Die Size | 2090 × 1250 × 914.4 mm |
| Press Tonnage | P1: 2000T / P2: 300T |
| Shut Height | 914.4 mm |
| Upper Die Weight | 603 lb |
| Total Die Weight | 1,298 lb |
HONGXING Automotive Tooling Manufacturing
Manufacturing an Automotive Bracket Stamping Die requires close coordination between tooling design, material analysis, machining, assembly, tryout, and quality inspection. Every stage can influence the final dimensional performance and production stability of the finished tool.
HONGXING focuses on automotive stamping tooling and supports customers with customized tooling solutions for automotive sheet metal components. Our manufacturing capabilities cover different types of stamping dies and automotive tooling projects, with an emphasis on practical production requirements.
For the Body Coating Hook Bracket, the tooling is developed around the specified material, blank dimensions, press requirements, and component geometry. The objective is to provide a stable and durable Automotive Bracket Die capable of supporting repeatable production.
If you are looking for an experienced manufacturer for an Automotive Bracket Stamping Die, HONGXING can provide customized tooling solutions based on your part drawings, material specifications, production volume, and press conditions.
