3D Printing Accelerates Faurecia Seat Production
The CreatBot large-scale industrial 3D printer helps Faurecia achieve rapid prototype verification of automotive seat bases
The Pain of Prototype Manufacturing in the Automotive Industry
Faurecia, as a world-leading supplier of automotive seats, interior systems and cleaning technologies, its innovative R&D process is of vital importance. In the development of new car seats, the seat base, as the core load-bearing and safety component, the accuracy, strength and verification speed of its prototype directly affect the progress of the entire project.
Before this project, the R&D team of Faurecia encountered the following typical challenges:
Time pressure: The outsourcing of the stamping process for manufacturing the car seat model usually takes 2 to 4 weeks. During the production process, due to the need for heating and pressure retention for quenching, the production cycle is prolonged, resulting in low production efficiency and severely delaying the verification period.
Economic cost: The processing cost for a single large prototype is high, especially when there are multiple design iterations, and the cost increases exponentially.
Lack of flexibility: Once the design needs to be adjusted, the entire prototype of the car seat almost has to be completely rebuilt, which is unaffordable in terms of time and cost.
Therefore, Faurecia urgently needs a prototyping solution that can be internalized, quick, and economical to support its agile R&D requirements.
CreatBot Large-scale Industrial 3D Printing Solution
After a rigorous technical assessment, Faurecia selected the large-format industrial 3D printer D1000 series from CreatBot as part of its solution.
Equipment selection: CreatBot D1000 series
Extremely large molding volume: Satisfies the requirement of a one-time, complete printing of the automotive seat base mold, without the need for segmented assembly, ensuring structural integrity.
Industrial-grade reliability and precision: Uses a full-metal frame, high-temperature nozzles and a closed-loop control system, ensuring the stability of long-term printing and the dimensional accuracy of the final prototype, fully meeting the requirements for assembly verification.
High-performance material compatibility: Supports the printing of high-strength ABS, UltraPA-CF, ASA, PET-CF and other engineering plastics. Among them, the UltraPA-CF material provides a strength-to-weight ratio close to that of some metals, making it highly suitable for structural verification.
Implementation process
Data Preparation: Import the three-dimensional model of the seat base provided by Faurecia directly into the slicing software.
Parameter Optimization: Based on the force conditions of the model, customize the filling density of different areas through the software (such as high filling in the core load-bearing area and low filling in non-critical areas), ensuring strength while maximizing material savings and time.
Integrated Printing: Place the model on the molding platform of the CreatBot D1000 series and start the equipment for integrated printing.
Post-processing and assembly: After the printing is completed, the components are removed. With simple support removal and surface treatment, they can be directly delivered to the Faurecia engineers for assembly and functional verification.
Outcome and Value: Disrupting Traditional Efficiency Improvements
By adopting the CreatBot 3D printing solution, Faurecia achieved significant benefits in this prototype verification of the automotive seat base:
| Evaluation dimensions | Traditional method | CreatBot 3D printing solution | Improvement effect |
|---|---|---|---|
| Delivery cycle | 8–15 weeks | 10 days | Reduce by over 85% |
| Unit cost | High (materials + processing fees) | Very low (only consumable costs) | Reduce by over 70% |
| Design iteration | Difficult, with extremely high costs | Extremely convenient, with almost no additional costs | Realize true agile development |
| Design flexibility | Limited by processing difficulty | Can easily achieve complex topological structures | Provide the possibility for lightweight design |
| Internal capabilities | Depend on external supply chain | Realize rapid internal manufacturing, enhanced confidentiality | Reduce supply chain risks |
Customer Testimonial
“The 3D printer of CreatBot has completely transformed our prototype development model. Previously, we had to wait for several weeks to obtain an expensive product prototype. Now, our engineers can receive the physical product for verification within one week after the design is completed.
This not only saves costs and time, but more importantly, it encourages our team to make more innovative attempts because the cost of trial and error is almost negligible. This is crucial for maintaining Faurecia's technological leadership position.”
— Faurecia Head of the R & D Center
Future Outlook
This successful collaboration has laid a solid foundation for Faurecia and CreatBot. In the future, the cooperation between the two parties will further deepen:
Expansion to production tools: Apply 3D printing technology to customized assembly fixtures, inspection jigs (CMM gauges), etc., further enhancing production line efficiency.
Expansion of application fields: Expand the application of 3D printing technology in the entire automotive sector, extend cooperation to other product lines of Faurecia, covering key components of interior, electronics and other systems for development.
Continuous technological iteration: CreatBot will continuously optimize equipment performance based on feedback from leading clients such as Faurecia, providing more efficient and reliable additive manufacturing solutions.
Conclusion
The case of Faurecia clearly demonstrates that industrial-level additive manufacturing technology is no longer merely a “concept model” creation tool, but has evolved into a key production technology that supports the core R&D processes of the automotive industry.
With its large-format, high-precision, and industrial-grade reliability features, CreatBot successfully helped industry giants like Faurecia solve the fundamental pain points of prototype manufacturing, achieving remarkable time and cost savings, and providing a strong impetus for its innovation engine.
For any automotive manufacturing enterprise committed to maintaining a leading position in the fierce competition, investing in internal rapid manufacturing capabilities like CreatBot has become a strategic necessity.