Its core goal is to achieve "automated and precise printing of large components," with prominent design potential in two aspects:

• Size, efficiency, and portability: With a build range covering small to medium-sized building components and landscape sculptures, its SCARA cantilever structure balances flexibility and space efficiency. The printing speed helps reduce splicing procedures for large components, while its lightweight design enables easy transportation—overcoming the mobility challenges of traditional large equipment.
• Automation upgrades: Pre-designed with LiDAR adaptive material extrusion, PID automatic feeding, and a closed dust-collecting batching system, it is expected to solve issues like frequent manual adjustments, material ratio errors, and dust pollution in traditional large-scale printing once developed. It is particularly suitable for materials sensitive to formula accuracy (such as geopolymers), paving the way for mass production of large high-performance components.