The Laboratory of Industrial Laser Technologies conducts research and applied studies in the development of laser technologies meant to ensure the country’s technological independence, as well as design and technological activities in laser technologies for collaboration and joint productions with enterprises. 

Projects

1. The design of equipment and technologies for laser surface functionalization of medical products (ПП РФ№218):

• improving biocompatibility of implants through micro- and nanorelief, hydrophilicity, and wear resistance;

• increasing the bacterial resistance of medical instruments, implants, orthopedic components (abutments, screws, membranes, etc.) and imparting antibacterial properties to the surface of medical products with no use of antibiotics;

• drawing identification marks on product surfaces;

• reducing product surface roughness after 3D printing.

The developed complexes and technologies allow specialists to form multifunctional surfaces on medical materials without contract. 

2. The development of technologies for laser processing of bulk products and shapes to provide a flexible production of components and electronic elements (ПП РФ№2136):

• laser technology for creating optical elements in the volume of optically transparent dielectrics;

• laser cutting of optically transparent dielectrics, semiconductors, polymers, and ceramics;

• laser scribing of optically transparent dielectrics, ceramics and semiconductors;

• laser drilling of microholes in ceramics, semiconductors, optically transparent dielectrics, and polymers;

• laser microstructuring of semiconductors and ceramics;

• laser technology for creating conductive structures on dielectric substrates by laser-induced deposition of metals from solutions;

• laser transfer of gallium nitride to sapphire;

• laser removal of polymers from conductive, semiconductor, and dielectric substrates;

• laser formation of silicon light-emitting structures with dislocation luminescence to create efficient light-emitting diodes;

• laser technology for photomasks;

• demetallization and creation of topologies by laser removal of conductive materials from the surface of dielectric substrates.