WIN-WIN Robotic Waterjet: Fanuc 710iC Powers Precision Cutting for Premium Automotive Interiors

Amid the wave of intelligent manufacturing in automotive interiors, WIN-WIN’s Robotic Waterjet has become a core solution for global automakers like BMW and Hyundai, as well as leading interior suppliers including Antolin, Autoliv, and Peltzer. This 6-axis Fanuc 710iC robotic waterjet system redefines precision and flexibility in automotive interior component processing, perfectly aligning with the industry’s demand for lightweight, high-quality, and customized production.

1. Application & Material Advantage

Designed specifically for high-end automotive interior production, this Robotic Waterjet system excels at processing complex, three-dimensional components such as door panels, instrument panels, headliners, trunk trims, and pillar covers. It is especially effective for soft and composite materials—including PP, ABS, PU foam, laminated fabrics, and reinforced plastics—where clean, burr-free edges and highly flexible cutting paths are critical to meeting luxury vehicle quality standards and assembly tolerances.

Powered by a high-pressure waterjet system (up to 60,000 psi), it delivers cold cutting that eliminates thermal distortion, a key benefit for heat-sensitive automotive materials that would warp or degrade under traditional laser or plasma cutting. This process minimizes post-processing requirements (such as deburring or edge finishing) and ensures stable, repeatable results across large production volumes, directly supporting the tight quality controls demanded by premium automakers.

2. Core Innovation: Dual-Head Productivity & 6-Axis Flexibility

A defining feature of this solution is its dual-head cutting configuration, which integrates two synchronized cutting heads on a single Fanuc 710iC robot. This enables parallel or mirrored cutting operations, allowing manufacturers to process two identical parts simultaneously or split complex cutting paths across both heads. Compared to traditional single-head setups, this configuration reduces cycle times by up to 40% and boosts overall equipment efficiency (OEE) without increasing the machine’s footprint, making it ideal for high-volume automotive production lines.

Complementing this productivity gain, the Fanuc 710iC’s 6-axis robotic motion enables full 3D contour cutting from virtually any angle, perfectly adapting to the organic, streamlined designs of modern automotive interiors. When paired with customized fixtures or rotary positioners, the system can complete multi-surface machining in a single setup, reducing part handling, minimizing dimensional errors, and further improving production throughput. This flexibility also allows manufacturers to quickly respond to model updates and custom design requests, a key differentiator in the fast-paced automotive industry.

3. Safety, Usability & Future Outlook

Operator safety and operational efficiency are central to the system’s design. A fully enclosed working area, combined with safety interlock systems, emergency stop functions, and efficient mist extraction, creates a secure, controlled production environment that complies with international industrial safety standards. Meanwhile, intuitive offline programming tools and a user-friendly HMI interface enable quick changeovers between part models—often in under an hour—helping manufacturers accelerate response times to design updates and new product launches.

As the automotive industry accelerates toward lightweight, sustainable, and high-quality interior solutions, robotic waterjet cutting is emerging as an indispensable technology. By combining Fanuc’s proven robotics reliability with WIN-WIN’s advanced waterjet cutting expertise, this solution delivers a cost-effective, future-ready platform that aligns with the industry’s shift toward smarter, more flexible, and eco-friendly manufacturing. For global automakers and interior suppliers, it represents a strategic investment to stay competitive in the era of electric vehicles and smart cockpits.