automatic coupling Venus-WDMR

The Venus-WDMR/WDMT automated coupling system is an autonomous, low-cost, high-performance smart device for WDM reflector/transmitor automatic light-to-light devices developed and produced by Hangzhou Qilong Technologies Ltd. The system uses optimized algorithms; under conditions that guarantee light performance; improves light speed; and can effectively improve the productivity of plant producers. The test software is displayed through visualized images; the accuracy and clarity of the alignment of the device; and user-friendly access. The system is applicable to WDM; to proxies; to the production of passive light devices such as separators; and to a large number of producers. Venus-WDMR/WDMT operating software and equipment are designed in strict conformity with the product structure of optical devices; they are designed to be simple and easy to handle; and they allow new hands on production lines to operate easily through simple training. The automation equipment can help to increase the average labour output by between 1.5 and 1.5 times more efficiently than the current; to help enterprises reduce their production and delivery cycles; to reduce their dependence on manpower; and to save financial resources for enterprises. The Venus-WDMR/WDMT operating software interface is simple and clear; it supports both Chinese and English languages; it can be changed at any time according to user needs; users can also master the corresponding operation in very short notice. This test software responds quickly; adjusts easily; and is highly repetitious to light. After installation and debugging have been completed; the user needs only to click the "start" button; the automatic light-to-light of the device can be achieved; and the plug-in wear and tear is minimal. Software will also be tailored to client needs; maintain light data; include numbering; wear and tear; efficiency, etc. 1.1 Main characteristics 1, coupling speed. A single reflector reconciliation within 20 seconds; a perforation of about 10 seconds; 2 testing software to provide multiple mode of reconciliation; user-friendly adjustments to different needs; 3, hardware reconciliation platform clean and humanized; efficient production efficiency; 4, stable optical platform aligned with optimized algorithms; improved accuracy of systems; 5, software interface profile, design sound; easy hands on the operator