Hybrid manufacturing with additive and subtractive materials (CNC + 3D printing) is no longer just a concept
Pure 3D printing (additive) has low efficiency and poor surface, making it difficult to meet engineering requirements; pure CNC (subtractive material) cannot fabricate complex inner flow channels, lattice structures and internal inversions. In 2026, the true fusion of additive and subtractive materials has been realized, and there are two main forms: one is "3D printing near net forming + five-axis CNC finishing", and the other is an integrated additive and subtractive material mixing machine (alternating printing and cutting on the same equipment). Practical application fields include: conformal cooling mold inserts (30% improvement in injection efficiency), topology-optimized drone racks (40% weight reduction), and medical implants with internal flow channels. The key breakthrough is unified software control: print paths and cutting paths are generated from the same 3D model, and automatically switched during machining. Industry data shows that hybrid manufacturing can reduce part lead times by more than 50% and material utilization by nearly 100% (only CNC removes a small margin). In 2026, while hybrid equipment is still expensive ($50- $1.50 million for integrated models), the "3D printing + outsourced CNC" service model has become widely adopted and has become the standard option in the aerospace and high-end mold industries.
BQUQ is a professional CNC production expert, please send us the drawings, and our company will quote you within 12 hours.
