A storage and transportation packaging box for laser glass finished components

Abstract

The invention belongs to the technical field of precision optics, and in particular relates to a storage and transportation packaging box for laser neodymium glass. A storage and transportation packaging box for laser glass finished components, including an outer box and an inner box, the top surface of the outer box is open and an outer box cover is provided; the inner box consists of two short frames and two long A rectangular parallelepiped frame composed of detachable frames. The inner sides of the two short frames and the two long frames are fixed with buffer blocks for buffering. Two inner box inserts are plugged into the inner walls of the two short frames. The two inner boxes The boards are lined up inside the two long frames along the front and back, and between the two boards of the inner box is a cavity for containing laser glass finished components. The invention can greatly reduce the harsh requirements on the environment of neodymium glass products in the process of handling, loading and unloading and transportation, and at the same time, it can also play a great role in protecting the uncertain damage caused by the temporary storage and transportation links in transit, and can save precious The risk of breaking glass with large dimensions is greatly reduced.

Description

technical field [0001] The invention belongs to the technical field of precision optics, and particularly relates to a storage and transportation packaging box for laser neodymium glass. Background technique [0002] In the process of laser neodymium glass finished products from the production line to the end user's installation and use, the entire product storage and transportation turnaround period is very long. During the process of packaging, handling, turnover, and transportation, the vibration and bumping of the product is very prominent. [0003] In addition, the material properties of large-volume and high-standard optical quality laser neodymium glass are that the optical surface is easily combined with moisture in the air to form surface deliquescence plaques to form atomization, and due to long-term exposure to an uncontrollable environment, it will inevitably Affected by ambient temperature and humidity, weathering points are generated. This defect is not conduc...

AI Technical Summary

Problems solved by technology

[0003] In addition, the material characteristics of large-volume high-standard optical-quality laser neodymium glass are that the optical surface is easily combined with water vapor in the air to produce surface deliquescence plaques to form atomization, and due to long-term exposure to uncontrollable environments, it will inevitably Affected by the ambient temperature and humidity, weathering points are produced. This defect is not conducive to the product's laser gain effect, and will greatly increase the transmission loss of the laser sheet.

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