3D printing technology is likely going to be an important component in design and manufacturing going forward, so the '3DPrintClean' Filtration System is intended to keep the air around them clean.
The system helps to remove ultrafine particles (UFPs) from the air that are emitted from 3D printers when they are in operation. The '3DPrintClean' doesn't require external ventilation, but rather uses a sophisticated filter to prevent fumes from escaping.
Suited to fit printing systems of all kinds, the '3DPrintClean' Filtration System features a soft construction and a window to see the progress of projects that are printing. Moreover, the '3DPrintClean' will also help to reduce the noise that is emitted for a total enhancement to printing environments.
The '3DPrintClean' is currently being funded on Kickstarter.
3D Printer Filtration Systems
The '3DPrintClean' Filtration System Prevents Fumes from Escaping
Trend Themes
1. 3D Printing Filtration Systems - The rise of 3D printing technology has created opportunities for the development of innovative filtration systems that keep the air clean and safe.
2. Internal Filtration Solutions - There is a growing need for internal filtration solutions that do not require external ventilation for 3D printing environments.
3. Enhanced 3D Printing Environments - Innovative filtration systems have the potential to create enhanced 3D printing environments that are safer, quieter, and more efficient.
Industry Implications
1. Manufacturing - Manufacturing companies that utilize 3D printing technology can benefit from investing in efficient and safe filtration systems for their printing environments.
2. 3D Printing - The 3D printing industry can benefit from the development of internal filtration systems that make printing environments safer and more accessible.
3. Environmental Safety - Businesses focused on environmental safety and sustainability can explore innovative filtration solutions for 3D printing environments.