BOJIONG is a manufacturers and suppliers of Interference Measurement equipment in China, as well as providing related technical consultation and services. The company has always been committed to the pursuit of becoming a first-class equipment supplier and service provider, striving to achieve perfection with highly competitive product prices, delivery speed, and perfect service quality. We support Customized Four-wave Interferometric Sensor. We are willing to let customers get to know us first, grow together, and achieve win-win cooperation!
BOJIONG Interference Measurement is based on the principle of common-path self-interference. The equipment does not require a reference mirror and has strong anti-interference ability. It can also achieve accurate detection of flat surfaces in ordinary factory environments, and can achieve real-time dynamic detection, three-dimensional real-time imaging, and phase sensitivity 2 nanometer. It has independent intellectual property rights, high cost performance, simple adjustment and compact structure. The friendly software interactive interface includes three-dimensional topography display, contour map display, PV, RMS, POW and other numerical displays, free circular or square selection of measurement areas, which can be freely adjusted after selection, and real-time dynamic acquisition and display, which facilitates dynamic observation of three-dimensional waveform changes. , measure the height value curve and calculate numerical parameters such as regional roughness by pulling the wire.
BOJIONG Interference Measurement is suitable for 3D measurement of light window surface scratch depth on large-size components, 3D measurement of standard line width, surface scratch detection of calibration plates, surface micromorphology and roughness detection of smooth components, and infrared imaging systems Calibration (measure and correct wavefront distortion, improve the performance of infrared imaging systems), infrared laser system debugging (measure the wave surface of the laser beam, help understand and optimize the performance of the laser), infrared astronomical observation (measure the wavefront distortion of the telescope, improve the telescope imaging quality), high-speed interferometry (physical phenomenon research, improved aircraft design, aircraft simulation and prediction, aircraft safety and reliability, and improved flight efficiency), etc. Provide reliable data for optical processing enterprises, major universities, measurement units, researchers at scientific research institutions, and relevant personnel writing scientific papers.
