Efficient automation by AROTEC Robotik und Automation GmbH
January 24, 2024
The role of industrial robots in promoting sustainable production
April 3, 2024AROTEC Robotics launches innovative research project for the fully automated production of 3D-printed objects
AROTEC Automation und Robotik GmbH announces the launch of a pioneering research project dedicated to the fully automated production of 3D-printed objects using FFF printing technology.
The project, in collaboration with 3d Activation GmbH and the wbk Institute for Production Technology, aims to push the boundaries of additive manufacturing processes and make the production of individualized products more efficient.
This project addresses current challenges in the 3D printing industry, in particular the disadvantages of the fused filament fabrication (FFF) process, such as rough surfaces and insufficient dimensional accuracy.
By integrating innovative technologies and automated processes, AROTEC aims to drastically reduce manual post-processing work and expand the applicability of 3D printing in series production.
The project involves the development of a modular production line that integrates all manufacturing steps - from printing to the insertion of additional components and post-processing - into a hybrid, integral process. This production line is automatically planned on the basis of CAD data, which enables the simultaneous production of several parts.
A key element of the project is the development of planning and control software that automates the entire production process. 3d Activation GmbH will focus on automated planning for the grippability of the components, while AROTEC will be responsible for ML-supported path planning and the development of sensor systems for quality control.
With this project, AROTEC is breaking new ground in the automation of 3D printing technology and underlining its commitment to innovation and technological leadership in the robotics industry.
