The robotic complex is especially relevant for manufacturers

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"Antibacterial properties are provided by a titanium oxide layer activated by ultraviolet radiation. This helps to avoid inflammation caused by bacteria. Biocompatibility for successful implant engraftment in the body is achieved by a relief with a special geometry. Laser technology for controlling the surface roughness of a product created by additive methods (creation of three-dimensional objects by layer-by-layer addition of material) allows removing "unbaked" bulgaria whatsapp resource powder particles that can break off and "float freely" throughout the body. The latest technology is color marking. For example, a company logo or a QR code with "embedded" information about the date and place of production can be applied to the surface. Moreover, this does not require paint or other consumables," explained Yulia Karlagina, junior research fellow at the ITMO Institute of Laser Technologies.

of individual titanium implants: for example, cranial implants, jaw membranes, kneecaps. It copes even with complex shapes and can "get into" hard-to-reach areas. Preparing a program takes several hours, the time for processing one product itself depends on the complexity and size: on average, it is 10-15 minutes.

"Several years ago, our laser technology for processing dental implants was implemented in real production. This result became the basis for creating an automated complex that is capable of working with different types of implants and implementing several technologies at once. We are ready to adapt already developed systems to a specific manufacturer, or create a new solution, including software and technological documentation (instructions), on a turnkey basis," noted Galina Romanova, Director of the Institute of Laser Technologies at ITMO.

The project is being implemented within the framework of the RF Government Resolution No. 218. The customer is the manufacturer of laser equipment, Laser Center LLC.