An error-controlled G3-continuous oriented toolpath optimization algorithm and modified speed planning for five-axis machining

Key Points

• The optimized algorithm enhances toolpath accuracy in five-axis machining, leading to improved fabrication quality.
• Key improvements include reduced errors and enhanced speed planning strategies, which support more efficient production.
• Assessment using advanced algorithmic procedures reveals significant performance benefits over traditional methods.
• These findings highlight the potential for increased efficiency in industrial machining, warranting further exploration.