Best practices for Design & Production with robotic LFAM

Large-format additive manufacturing is changing how industrial companies design and produce large-scale parts, making it possible to move faster, iterate more freely, and manufacture complex geometries that are difficult or impossible to achieve with traditional methods. With robotic LFAM, scale is no longer a constraint: it becomes a lever for efficiency, customization, and more sustainable production; provided you approach the process with the right technical awareness.

Why choose LFAM technology for large-scale production

Choosing LFAM technology means moving beyond the constraints of traditional Cartesian 3D printing systems. Multi-axis robotic platforms enable the production of large, complex parts with advanced deposition strategies and virtually unlimited build volumes. This results in greater design freedom, shorter lead times, optimized material usage, and a more sustainable manufacturing approach; from rapid prototyping to end-use components.

Best practices for designing and printing with robotic LFAM

Achieving consistent and high-performance results with robotic LFAM requires the right Design for Additive Manufacturing mindset. Understanding the part’s application, material behavior, thermal management, and multi-axis slicing strategies is key. Proper part orientation, overhang management, the use of structural ribs instead of traditional infill, and print-time optimization all play a critical role in unlocking the full potential of LFAM technology.

Watch the full video to learn all the best practices directly from Caracol’s experts and discover how to successfully approach robotic LFAM production.

Watch In The Know - Episode 5