Palfinger and ICON partner on large-scale construction robots

Palfinger has announced a strategic technology collaboration with ICON, a robotic 3D printing construction firm. Image: Palfinger

Palfinger says that the collaboration marks an important step in extending its expertise into large‑size robotics and digital manufacturing, opening up new opportunities at the intersection of construction, automation and industrial production.

The two companies say that they will explore how robotic 3D printing can transform construction by increasing efficiency, safety and sustainability.

Palfinger says that its Special Lifting Solutions enables the precise positioning, stability and scalability required for large‑size robotic 3D printing systems. By combining ICON’s advanced 3D printing technology with Palfinger’s engineering know‑how, the collaboration lays the foundation for scalable solutions that address global megatrends such as labour scarcity, sustainability and the growing demand for affordable housing.

“This partnership with ICON demonstrates how Palfinger is systematically expanding its capabilities beyond traditional applications,” said Alexander Susanek, COO of Palfinger.

“By combining our expertise in large‑size lifting and handling systems with ICON’s pioneering 3D printing technology, we are opening up new industrial applications and strengthening our position in the field of large‑size robots and automation.”

As part of the collaboration, Palfinger is contributing to the ‘Titan’ system, a large‑size robot system derived from its core crane and machinery technologies. Titan enables the automated printing of structures of up to 27 feet in height and supports multi‑level construction. The system is designed for continuous 24/7 operation and integrates modular components, stabilisers and crawler systems.

Initial prototypes of the Titan system have already been successfully tested. The solution significantly reduces building costs compared to conventional construction methods and enables faster project execution with fewer and safer labour requirements.