Advancements in laser hybrid manufacturing techniques and their impact on biomedical applications

Advances in laser hybrid manufacturing (LHM) techniques have revolutionized the biomedical sector by integrating additive and subtractive processes to create complex structures with enhanced accuracy and efficiency. These emerging methods leverage the power of laser technology to improve material properties, reduce production time, and enable the creation of complex geometries needed for most biomedical applications, including implants, prostheses, and tissue engineering scaffolds. When laser processing is used alongside traditional production methods, it improves the surface features and structure of materials, ensuring that medical devices are stronger and safe for use in the body. The most recent developments in LHM technologies, their working principles, and their influence on improving the usability and effectiveness of biomedical goods are all covered in this overview.