Antiviral mask, the principle of which is based on the sterilization of viruses by ultraviolet light with a wavelength of 280nm. The mask is powered by built-in batteries, once every 10'000 hours it is necessary to carry out a service - change the batteries and LED-matrix. It offers barrier-free protection as it has no filters, so it is easy to breathe. It sterilizes the air passing in both directions, so the user does not infect others, even is a carrier of the disease. Additionally, it has a voice amplification function for easy communication. The mask is a modular platform and the configuration of the LED matrix can vary depending on the active virus strain. Internal product of the studio.

Turbine wind power generator specially designed for gale winds up to 60 m/s. The development was carried out to generate electricity in the rhenium field on the Great Kuril Ridge, in a remote region with frequent interruptions in fuel supply. Through the use of additive technologies and honeycomb structures, it became possible to make a very light ball generator with a diameter of 2 meters. Telemetry equipment is installed on it, software that allows to analyze data on power generation remotely has been developed. Project from an external customer.

Technology for growing bone structures from zirconium dioxide (Zr2O3). The use of 3D printing in the manufacture of negatives allows us to obtain "green" ceramic models within 2 hours after receiving the CAD model. After pouring the ceramic mixture into the mold, the model is immediately sent to the oven, there is no need to open the mold and take out the model, the polymer negative is burned in the oven. The use of negatives makes it possible to increase the material utilization rate from 20% to 90% in comparison with the traditional technology - CNC milling of ceramic discs. Since the cost of the material is the main part of the cost structure for creating a model, this leads to an 84% reduction in production costs and an acceleration of production. The current focus of the company is the dental sector. The next segment is skeletal bone implants. Internal product of the studio.

A mixed reality helmet that allows to compare the BIM model (construction documentation in 3D) and the real state of affairs at the construction site. The video stream from the cameras (located on the front of the glasses) is mixed with the BIM documentation and the user sees discrepancies with actually constructed objects (discrepancy in the angle of installation of ceilings and others). The user can see where the wiring, pipe laying should be in the future, and generally estimate the scope of work on the project. The device is focused on foremen in order to increase the efficiency of task execution by line personnel and reduce losses from poor quality, but accepted by the foreman. External project of the customer.

Servo-drive, produced in Russia. It is a budget functional analogue of the popular line of servos from Due to the intelligent motor control algorithm and high-resolution angle position sensor, this solution can be used in a number of robotic projects where it is required to control a large number of degrees in coordination with high accuracy (for example, a spider robot, a robotic arm). Internal project, sales are in progress.

A device designed exclusively for installation in conveyor and poultry factories. Contains a replaceable thermal imager module. In its standard configuration can be integrated into the line for counting products, including glass (transparent) and reflective objects. In the configuration with a thermal imager, it is integrated into the inspection robot and determines the temperature of the bird and notes the probable fact of illness. Timely removal of poultry from the hatchery saves money by limiting the incubation rate in the factory. Internal project, sales are in progress.

BLDC servo with high resolution encoder. This development combines a classic BLDC motor control approach and high positioning accuracy. Intelligent feedback in conjunction with an angle sensor allows you to obtain accuracy to hundredths of a degree. Servo-drive Honeycomb allows you to build robotic mechanisms with the characteristics of the locomotive system, approaching the locomotor apparatus of biological objects. For example, on the basis of this engine, a device was developed that simulates the jump-like movements of a grasshopper. Internal project.

Wheel motor with high resolution analog encoder. The solution is bundled with a controller and open source library on GitHub. The presence of a built-in high-precision encoder eliminates the need for external sensors for positioning. Thanks to the use of universal protocols and compatibility with popular processor architectures, the wheel motor can be easily integrated into other systems, making it an ideal solution for use in platform robots (e.g. warehouse robots, lawn mowers, washing robots). Internal project, sales are in progress.