Published: 2025 Received: -Released on J-STAGE: October 22, 2025Accepted: -
Advance online publication: -
Revised: -
Correction information
Date of correction: December 01, 2025Reason for correction: Abstract: As abstracts from different presentations had been erroneously registered, we have made the necessary corrections.Correction: AbstractDetails: Abstract: As abstracts from different presentations had been erroneously registered, we have made the necessary corrections.
The continuity of the crafts industry in Japan requires an increase in revenue through innovative production. This research represents an advancement of computer numerical control (CNC) wood machining using fixtures including 3D printed parts. The improved fixtures were tested by CNC machining of spoons. The results showed that CNC machining of complete spoon shape was achieved with high precision, suggesting the feasibility of machining complex shapes.