Can we help you?

Do you have any questions or would you like to know more about what we can do for your company? Fill in your details below and we will contact you for a no-obligation chat.

InNoFa DEMONSTRATOR

Individual node façades

The FLEX research group at the Leipzig University of Applied Sciences (HTWK) and the Laser Institute at Mittweida University of Applied Sciences (LHM) have developed InNoFa2.0. The single-node façade component is manufactured using a new large-volume powder bed-based 3D printing technology that combines technologies from different additive manufacturing processes. These features significantly increase material throughput during the process, reduce printing time, and lower material costs. This technique holds great potential for larger components. The InNoFa2.0 demonstrator is based on the ParaKnot3D concept, a hybrid construction that combines straight rods and individual knot elements to create optimised free-form structures.

INNOFA2.0 DEMONSTRATOR AT FORMNEXT 2023

InNoFa DEMONSTRATOR

Individual node façades

The FLEX research group at the Leipzig University of Applied Sciences (HTWK) and the Laser Institute at Mittweida University of Applied Sciences (LHM) have developed InNoFa2.0. The single-node façade component is manufactured using a new large-volume powder bed-based 3D printing technology that combines technologies from different additive manufacturing processes. These features significantly increase material throughput during the process, reduce printing time, and lower material costs. This technique holds great potential for larger components. The InNoFa2.0 demonstrator is based on the ParaKnot3D concept, a hybrid construction that combines straight rods and individual knot elements to create optimised free-form structures.

INNOFA2.0 DEMONSTRATOR AT FORMNEXT 2023

Få viden, der rykker din forretning 

Modtag inspiration, konkrete cases og nyheder om produktinnovation

Tak! Du er nu tilmeldt.