Abstract
There are currently laser systems used at many stages of construction. They allow to solve engineering problems with great accuracy. The paper considers the design of a twoaxis alignment unit.Purpose: The aim of this work is to design the two-axial alignment mirror of the optical quantum oscillator resonator.Methodology: Deformation of elastic elements are determined by the energy method. The relation between rotation angles of the alignment screw and the resonator mirror normal is determined analytically.Research findings: The influence of design parameters of the assembly on its performance is evaluated. A comparative analysis is presented for the sensitivity of two-axial and uniaxial knots of the alignment mirror. The advantage of the two-axial knot is shown by calculations. The obtained results can be applied in laser construction technology.
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