Tailgate Pressing Tooling
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Product Details
The tailgate press-fitting fixture is a specialized tool designed specifically for the assembly process of car tailgates (trunk doors) in the automotive manufacturing industry. Its primary function is to ensure precise alignment and consistent, controlled pressure during the pressing stage, enabling tight adhesion and exact dimensional accuracy of all tailgate components—such as the inner panel, outer panel, reinforcing ribs, and hinge mounting brackets. This guarantees that the components meet the stringent requirements for subsequent welding or bonding processes, ultimately ensuring both the structural integrity and flawless aesthetic finish of the entire tailgate assembly.
Application Scenarios and Value
Primarily used in the tailgate assembly process within automotive final assembly or body-in-white welding workshops, this application is especially critical in the production of new-energy vehicle tailgates—often made from lightweight materials such as aluminum alloys and composites. Because these materials are more sensitive to clamping precision and pressure control, conventional manual pressing methods typically fail to meet the required standards. However, specialized tailgate clamping fixtures can ensure:
Improving Quality: Reduce the defect rate of improperly pressed tailgate components (e.g., excessive gaps or deformation) from the current 8%-12% achieved through manual operations to below 2%. This ensures a seamless seal between the tailgate and the vehicle body frame, minimizing issues like water and air leaks. At the same time, maintain precise positioning of the tailgate hinge mounting holes to prevent any subsequent sticking or jamming when opening and closing the tailgate.
Improve efficiency: A single fixture completes one tailgate press-fit in just 3–8 minutes, representing a more than 50% increase in productivity compared to manual pressing (15–20 minutes per unit). This makes it perfectly suited to meet the takt time requirements of automotive mass-production lines—such as achieving an output of 30–60 units per hour.
Reducing costs: Minimizing rework and scrap caused by poor lamination, while also decreasing reliance on operators' experience and shortening employee training periods—indirectly lowering overall production costs.
| Technical specifications | |
| Material | Aluminum, stainless steel, iron, copper, resin, hardwood |
| Surface Treatment | Chrome plating, anodizing, blackening, and spray painting |
| Precision range | ±0.05 mm ---- ±0.2 mm |
| Scope of Use | Cars, heavy-duty trucks, construction machinery, electric vehicles, motorcycles |
| All parameters can be custom-made to non-standard specifications. | |
Keywords:
Auto Standard Mold
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