Offline optical device adjustment and curing integration device

Abstract

The invention discloses an offline optical device adjustment and curing integration device, which comprises a bottom plate. A height conversion bottom plate is arranged on the bottom plate; a five-dimension adjustment frame and a support fixing bottom plate are arranged on the height conversion bottom plate; an optical device clamping piece is arranged on the support fixing bottom plate; the optical device clamping piece is connected with the five-dimension adjustment frame; the front end of the support fixing bottom plate is provided with a heating and curing device; the front end of the height conversion bottom plate is provided with an ultraviolet curing device; the side end of the ultraviolet curing device is provided with a temperature control box connected with the heating and curing device; the right side of the optical device clamping piece is provided with a matched parallel light tube; the parallel light tube is connected with a parallel light tube display; and the parallel light tube and the parallel light tube display are both arranged on the bottom plate. The device of the invention has the beneficial effects that the structure is simple; operation is east; high-precision optical device and support mounting adjustment and curing can be realized; five-dimension fine adjustment, second-level high precision and multiple curing modes can be realized; and the engineering application and promotion prospects are strong.

Description

technical field [0001] The invention relates to optical assembly and curing technology, in particular to an integrated equipment for assembly, adjustment and curing of off-line optical devices. Background technique [0002] With the rapid expansion of the demand for complex optical systems such as lasers in the industrial market and high-end fields, stringent requirements have been put forward for the long-term stability and environmental adaptability of the system; for complex optical systems such as lasers, there are basically adjustable mirror frames to facilitate the adjustment. Correct the optical path; and the adjustable mirror frame will have obvious changes under the influence of environmental factors such as long-term temperature changes, which makes the complex optical system poorly adaptable to industrial and other environments and cannot work stably for a long time. [0003] By removing the adjustable structure, the stability of the system can be greatly improved...

AI Technical Summary

Problems solved by technology

[0002] With the rapid expansion of the demand for complex optical systems such as lasers in the industrial market and high-end fields, stringent requirements have been put forward for the long-term stability and environmental adaptability of the system; for complex optical systems such as lasers, there are basically adjustable mirror frames to facilitate the adjustment. Correct the optical path; and the adjustable mirror frame will have obvious changes under the influence of environmental factors such as long-term temperature changes, which makes the complex optical system poorly adaptable to industrial and other environments and cannot work stably for a long time

[0003] By removing the adjustable structure, the stability of the system can be greatly improved; in order to achieve this goal, it is necessary to improve the adjustment accuracy of optical devices, and there is currently no special high-precision offline lens adjustment and curing equipment on the market; therefore There is an urgent need for an equipment that can realize high-precision assembly and curing of optical devices

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