1.采用高精度的摄像识别技术，自动寻边找出各种印花图形边缘切割线或定位；
2.全自动摄像定位激光切割机在工作时，通过视觉识别系统将图案摄入计算机处理后，可以自动识别并准确、快速定位进行切割，避免用户因为定位不准确造成的材料及时间浪费；
3.摄像定位系统的应用，标志着激光技术、自动化技术、人工视觉智能技术的协调统一，必将为用户的生产和效益提供有力的帮助。
4.快速连续切割功能，基于精细DSP技术的强大数据处理能力，专 业的摄像识别技术软件以及精密机械组件的协调配合，保证了设备精 准、高速切割。
5.本系统摄像时能实现自动背光补偿，操作软件对圆形特征点，自动校正并建立模型，彻 底解决了需要以计算机其它方式进行逐行逐个建模，设立建模特征，以及摆放不正等加工弊端，操作软件自动定位，自动搜索，即可实行全程自动多次运行而不需人工干预。

1. Adopt high-precision camera recognition technology to automatically find out the edge cutting lines or positions of various printed graphics;
2. When the full-automatic camera positioning laser cutting machine works, the pattern can be automatically recognized and accurately and quickly positioned for cutting after being taken into the computer through the visual recognition system,thus avoi ding the waste of materials and time caused by inacc urate positioning by users;
3. The application of camera positioning system marks the coordination and unity of laser technology, automation technology and artificial visual intelligence te chnology, and will certainly provide powerful help for users' production and benefits;
4. Fast and continuous cutting function, powerful data processing capability based on fine DSP technology,professional camera identification techno logy software and coordination of precision mechanical components ens ure accurate and high-speed cutting of equipment.
5. The system can realize automatic backlight compensation when shooting, and the operating software can automatically correct and build models for circular feature points, thus thoroughly solving the processing de fects such as modeling line by line, establishing mode ling features and incorrect placement by other means of computers. The operating software can auto matically locate and search automatically, and can automatically run mult iple times in the whole process without manual intervention.