Contact 3D scanner for the rehabilitation and prosthetic industry. It consists of small, communicating scanning elements in which the scanned object is immersed. It has uses in
production of limb prostheses, orthoses, seats, wheelchair backs or stabilizers. Scandust allows
to scan, for example, a limb and create a three-dimensional model, and then, based on the
obtained model, to design a prosthesis.

Scandust is:
– measurement of limb through a single scan
– automation and shortening the time of prosthesis production
– a better fit of the prosthesis socket
Features such as the ability to scan objects under pressure or scan inside objects allow the
Scandust technology to also be used in other industries (aviation, automotive, footwear and



A breakthrough solution for developing drug carriers for precision medicine in cancer
treatment. The method developed by Genematch is based on the latest achievements in
bioinformatics, VR and machine learning, and allows to create molecules that bind selectively
in the nuclei of cancer cells.

Geneproject is:
– molecules (carriers) for transporting modern medicines
– the company’s clients are pharmaceutical companies designing new cancer drugs
– Genematch carriers can be designed and delivered along with their chemical structure,
synthesis pathway and full IP rights for the type of cancer chosen by the client



LaserProtect glasses and protection goggles are a universal solution protecting eyes from all
types of infrared lasers. The first application of this technology is medical protective glasses for
doctors that provide full eye protection against radiation in the entire infrared band. The
product can be used in aesthetic medicine, ophthalmology, dentistry, soft tissue surgery and

LaserProtect is:
– eye protection against any type of lasers
– greater range and better visual quality in the visible spectrum
– wide application in key areas of medicine



MicroLens’ micro-lenses that are flat on both sides allow miniaturization of endoscopes and

other optoelectronic devices such as cameras, waveguides, lasers, LIDARs or displays.
Microlens produces lenses with a diameter of only 10-50 μm (an order of magnitude smaller
than the existing GRIN lenses), achromatic in the visible range, but also in infrared (800 nm –
1550 nm). In addition to single lenses, nGRIN lens matrixes are also produced.

Microlens is:
– replacing multi-element lens systems with one, flat-faced lens
– ability to obtain a refractive index "on demand", which helps to improve optical quality
– flat surface, i.e. easy integration with other systems (e.g., fiber optics)
– ability to create a matrix of micro lenses with hexagonal shaped lenses
– design of micro lens shapes "on demand"
– a converging lens inside a lens (no change in optical properties when immersed in liquid)
– elliptical lenses and pre-set astigmatism to correct the optical defects of a light source
– work in visible and infrared radiation


Heart Sense

A device for reading the electrocardiogram (ECG) signal directly from the beating heart surface
used during cardiac surgery. The technology significantly increases safety of and reduces the
number of complications after a bypass surgery.

Heart Sense is:
– a unique solution to a problem of temporary loss of ECG signal in off-pump coronary artery
bypass grafting (OPCAB)
– huge reduction of the risk of complications and/or death in patients under surgery
– ECG registration from the surface of the body to registration directly from the surface of the
– wide application in many cardiosurgical operations
– in case of commercialization: first such product on the market
According to Global Data, the number of operations globally with the potential to use the
system will reach 450,000 in 2018.


Heart Guard

Device for analysis of the pH of the heart during an operation on a stopped heart directly from

its surface. The technology significantly increases safety of and reduces the number of
complications after cardiac surgery.

Heart Guard is:

– a probe for continuous analysis of the pH of heart muscle
– full information about cardiac acidosis, which increases the risk of death and complications
during cardiac surgery
– in case of commercialization: first such product on the market
– potential status of a mandatory device for routine use
The number of heart surgeries in the world in which the Heart Guard probe could be used
amounted to 1,636,485 in 2006. By 2018, an increase to 2,100,000 is expected.