Ultrafast and High-Precision 3D Printing via Type-I-Initiated Xanthate-Mediated RAFT Polymerization

Key Points

• This research aims to improve 3D printing speed and precision using RAFT polymerization techniques.
• Implemented photopolymerization to enhance spatial and temporal control in 3D printing.
• Evaluated the effects of type-I-initiated xanthate-mediated RAFT polymerization on printing efficiency.
• Examined various build speeds and the resulting network precision in printed models.
• Achieved significantly higher build speeds when using RAFT polymerization techniques.
• Demonstrated improved network precision without the typical trade-offs in speed.
• Results indicate potential for broader applications in various advanced manufacturing fields.