TOP.E R1 Robotic Printing System With Voice Commands and Tilting Bed
The startup TOP.E is trying to make that a reality. The R1 3D printer provides automatic operation through its AI model creation system and its advanced design machinery.
The R1 printer functions as an artistic tool because it creates new things through its printing process. The printer uses Tencent and Tripo neural networks to let users create their desired prints through either text or voice input. The built in system generates the model, making it perfect for printing decorative items or functional tools on the fly.
Two internal cameras function as monitoring devices which help maintain operational efficiency of the internal chamber system. The cameras serve dual purposes because they create timelapse videos while their machine learning capabilities discover operational problems which hinder progress.
The most exciting aspect of the printer is its ability to tilt its printing bed up to 30 degrees. This isn't just for show. Here is why it matters
- No More Supports The printer uses tilting to print objects with overhanging sections because it doesn't need any support material for this process.
- Superior Strength The unique printing method uses angled layer stacking to create parts which deliver superior strength when compared to standard horizontal printing processes.
- Cleaner Finish The reduction of supports results in better surface outcomes because it eliminates extra processing steps which would have created rough patches.
The TOP.E R1 provides an intuitive user interface which enables operators to work with industrial grade plastics. The system produces optimal performance through its following design elements
- Speed The system produces printing speeds which reach a maximum rate of 500 mm/s.
- Heat The system supports printing of ABS and PC and Nylon (PA) and Carbon Fiber composites through its 350°C hotend and 100°C bed system.
- Printing Area The printing area measures 350 x 340 x 320 mm.
- Chamber Heating Active heating up to 60°C prevents warping in engineering plastics.
The TOP.E R1 is aspiring to commence its Kickstarter campaign at a future date. The project's AI driven design and advanced mechanical features create excitement because the company has not yet disclosed its final price and shipping schedule.
The R1 functions as the ideal solution because it helps you create physical objects from your workshop ideas which need external model searching for completion.
