FIELD: medicine.
SUBSTANCE: group of inventions relates to the field of medicine. The method contains: formation of a three-dimensional substrate base with a diameter from 6 mm to 16 mm from the first insulating material, the three-dimensional substrate base has the central optic zone and peripheral zones, with the central optic zone being connected with an optic zone of an ophthalmological device; application of a conducting film on a part of the surface of the three-dimensional substrate base with the formation of a homogeneous from 0.25 to 1.0 micron thick layer of the conducting film; and the formation of a conductor, providing an electric connection, on the peripheral zones of the three-dimensional substrate base from the conducting film by the laser ablation of a surrounding material of the conducting film, introduction of the three-dimensional substrate with electric connections into the ophthalmological device. In another version of the method realised are: formation of the three-dimensional substrate from the first insulating material; formation of a three-dimensional mask from the second material, with the three-dimensional mask being capable of tight adherence to the three-dimensional substrate; formation of holes through sections in the three-dimensional mask by laser ablation; placement of the three-dimensional mask on the three-dimensional substrate; and application of the conducting film on the combined three-dimensional mask and three-dimensional substrate, introduction of the three-dimensional substrate with the applied conducting film into the ophthalmological device.
EFFECT: formation of reliable compact structures of electric connections on the three-dimensional surface for the ophthalmological device.
15 cl, 16 dwg
