Laser micromachining of silicon in pressurized and flowing water

Key Points

• Laser micromachining leads to effective material removal of silicon, enhancing machining precision.
• Significant energy density levels achieved in pressurized and flowing water promote better laser performance.
• This approach involves optimizing the laser parameters in a unique aqueous environment for improved outcomes.
• The findings imply potential advancements in laser micromachining technology based in aqueous conditions.