Application of Surface Detection and Dressing Technology in High Precision Reflective Surface Processing
In order to meet the development requirements of detection technology in aerospace and other fields,the high precision machining of composite reflective surfaces is achieved through the utilization of profile detection and dressing technology.By analyzing the technical characteristics of surface detection and dressing technology,A principle analysis is conducted to study the technical parameters and process paths that are suitable for achieving high precision machining of composite materials.The influence of processing parameters such as pressure,speed and feed rate on the removal efficiency and stability of different profiles is explored,and the corresponding solutions are proposed.On the basis of the existing profile accuracy data and cloud map distribution,the intercept error cloud map method is carried out for carbon fiber composite grinding.After several iterations,the profile accuracy of the reflective surface is optimized from the initial state of 33.4 μm to 2.9 μm.The high efficiency and high precision machining of the reflective surface of carbon fiber composite material is realized.
profile detectiondressing techniquehigh precisioncomposite materialsmachining of reflector
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