Professional Automotive Body Interior Panel Stamping Molds Supplier Offering Customized OEM Solutions from a Factory in China

Automotive Body Interior Panel Stamping Molds are complete sets of tooling equipment that apply pressure to sheet metal using a press, causing plastic deformation to obtain interior structural components such as door panels, pillar panels, floor panels, and wheel arch panels. As a professional manufacturer in China, SIKAIDA has long been committed to the research, design, and production of such molds, providing high-quality customized solutions to global customers as a reliable supplier.

Classification by Structure

1. Single-Operation Mold

Suitable for simple interior panel parts or small-batch production. Simple structure, low cost, and easy maintenance. Commonly used for small parts such as small reinforcing plates. SIKAIDA can quickly customize molds to shorten delivery cycles.

2. Compound Mold

Suitable for small to medium-sized interior panel parts. Multiple stamping actions such as blanking and trimming can be completed in one operation. High precision and stable quality. SIKAIDA uses integrated design to reduce processes and improve efficiency.

3. Progressive Mold (Continuous Die)

Suitable for large-volume production of small to medium-sized interior panel parts and reinforcing plates. The mold cavity contains multiple stations, and multiple operations can be completed in one press stroke, resulting in high efficiency and low cost. SIKAIDA employs a progressive production process with left and right-side molds for components such as door sill reinforcement plates, improving material utilization.

4. Transfer Molds

Automotive Body Interior Panel Stamping Molds are suitable for large and complex interior panels. Workpieces are transferred between workstations using robotic arms, adapting to the complex molding requirements of large components such as front and rear floors. SIKAIDA's transfer molds integrate an intelligent positioning and feeding system to ensure stable and precise transfer.

Auxiliary Classification by Application Scenarios

1. Door System Molds

Includes molds for front and rear door inner panels, door reinforcement plates, etc., ensuring door rigidity and collision safety. SIKAIDA enhances the structural strength of the door through complex reinforcing rib design.

2. Side Panel and Pillar System Molds

Includes molds for A/B/C pillar inner panels, door sill reinforcement plates, etc., forming the safety framework of the passenger compartment. For the ultra-high strength B-pillar inner panel, SIKAIDA uses hot stamping mold technology to meet collision safety requirements.

3. Floor System Molds

Includes molds for front and rear floor panels, floor channels, wheel arch inner panels, etc., supporting the overall vehicle body structure. SIKAIDA employs a large-size, high-rigidity design suitable for stamping large-area sheet metal.

4. Front and Rear Body Panel Stamping Molds

Includes molds for front and rear body panels, radiator frame inner panels, etc., connecting the front and rear structures of the vehicle body. Strict precision control ensures accurate connection.

5. Longitudinal and Transverse Beam System Molds

Includes molds for front and rear longitudinal beam inner panels, seat crossbeams, etc., bearing the main impact force transmission. They possess excellent wear resistance and tear resistance, suitable for high-strength steel stamping.

6. Luggage Compartment and Spare Tire Compartment Molds

Includes molds for luggage compartment inner panels, spare tire compartments, etc., completing the functionality of the rear structure of the vehicle body. The structure is simple, production efficiency is high, and it is suitable for mass production.

Automotive Body Interior Panel Stamping Molds are mainly classified according to stamping process, structural form, application scenario, and material adaptability, clearly defining the functional positioning and applicable scope of each type of mold. As a professional manufacturer and supplier in China, SIKAIDA's factory has a complete mold production system covering all the above-mentioned mold types. Relying on advanced CAE simulation software and large five-axis high-speed machining centers, it provides customized mold solutions for global customers, helping to create safe, lightweight, and high-quality automotive body structures.