The concept of a circular economy seeks to optimize the use of resources with the objective of avoiding or eliminating waste. Applying this model to 3D printing processes would mean repurposing waste and reducing the environmental footprint created by the additive manufacturing sector. According to researchers from the Universidade NOVA de Lisboa (UNIDEMI), there are numerous opportunities to improve sustainability within 3D printing. Increased collaboration between industry partners could usher in a way to address the United Nation’s sustainability goals with additive manufacturing processes.
“We are working to refine the management of the entire supply chain, at any cost and with all the necessary efforts,” shared Roboze Founder and CEO Alessio Lorusso. “3D printing technology can be one of the solutions to combat CO2 emissions, reducing transport and producing just in time and on-demand.”
The service was initially developed to help organizations reduce costs by streamlining supply chains, digitalizing inventories, and producing components on demand. According to Roboze, the goal is to promote a decentralized production model of microfactories in the industry. This means that specialized 3D printing centers across the world will be equipped with Roboze’s printing systems, where parts are produced where and when they are required. This is expected to not only reduce costs and time to market but also to address challenges surrounding transport and excess inventory.
Earlier this year, Roboze also unveiled Roboze Automate, an industrial automation system that was designed to streamline production workflow by addressing challenges in standardization, process control, and repeatability within 3D printing. The platform, which is a technological ecosystem that is equipped with a PLC industrial automation system, can integrate into the production workflow of manufacturers and enable customized batches of up to 3,000 pieces on a single machine. It manages the entire process autonomously and automatically certifies each component that is produced. This is possible thanks to on-site process control and certification reports, which are directly stored in the machine.
The technology was developed in partnership with automation and process control technology developer B&R.
Roboze has been continuously looking to shift to more sustainable production models and energy-efficient processes. These two solutions were developed as part of the company’s efforts toward reducing the environmental impact of the organization and its customers. The addition of the circular economy waste recovery initiative is expected to further reduce plastic waste production and enable more sustainable outcomes for users.
The program is set to begin in January 2022.
For more information, visit Roboze’s official website.