视觉检测设备

视觉检测设备

此视觉检测设备使用计算机视觉技术测量眼镜架的几何结构。该设备配备了一个立体摄像头，可以从不同角度拍摄帧，生成完整的3D图像。它帮助眼镜供应商将镜框与客户的处方进行比较，将检查时间从10分钟减少到10秒，并将精度从毫米提高到微米。传统的目镜检查主要依靠光学和力学。该设备标志着首次使用计算机视觉技术来完成这项任务，为工艺带来超高精度。
产品采用模块化设计方法，便于安装、维护和拆卸，完全符合DFA（design for ASSEMBIY）的概念。产品的用户界面突出了产品的功能，简化了操作过程，使目标搜索过程和测量结果更具可读性。

This visual inspection equipment uses computer vision technology to measure the geometric structure of the spectacle frame. The device is equipped with a stereo camera, which can capture frames from different angles and generate complete 3D images. It helps eyewear suppliers compare frames with customer prescriptions, reducing inspection time from 10 minutes to 10 seconds, and improving accuracy from millimeters to microns. Traditional eyepiece inspection mainly relies on optics and mechanics. This equipment marks the first time to use computer vision technology to complete this task, bringing ultra-high precision to the process.

The product adopts modular design method, which is convenient for installation, maintenance and disassembly, and fully conforms to the concept of DFA (Design for assembly). The user interface of the product highlights the function of the product, simplifies the operation process, and makes the target search process and measurement results more readable.