ADAXIS Software Turns Industrial Robots into 3D Printers
ADAXIS has developed software enabling industrial robots to perform large-scale additive manufacturing, expanding their capabilities beyond traditional automation.
ADAXIS has introduced a software solution designed to repurpose industrial robots for large-scale 3D printing applications. This development allows existing robotic arms, commonly found in manufacturing settings, to be integrated into additive manufacturing workflows.
The software facilitates the transformation of these robots into versatile 3D printing systems. This means that manufacturers can leverage their current robotic infrastructure to produce large parts or components that might be challenging or uneconomical to create with conventional 3D printers.
This approach offers a significant advantage in terms of scale and flexibility. By utilizing robots already on the factory floor, companies can potentially reduce the capital investment required for specialized large-format 3D printers. The system is adaptable to various robotic platforms, making it a broadly applicable solution.
The ADAXIS software manages the complex path planning and material extrusion processes necessary for additive manufacturing, ensuring precision and quality in the printed output. This innovation opens up new possibilities for on-demand production and customization of large structures.
ADAXIS's software represents a significant step in democratizing large-format additive manufacturing. By leveraging existing industrial robots, it lowers the barrier to entry for producing substantial components. This is crucial for sectors like aerospace and construction, where massive, custom parts are often needed, and aligns with the broader trend of integrating AM into existing industrial ecosystems for greater efficiency and scalability.
Edited by the news editor with AI and translated into English from the original report — please refer to the original source.