The Super X Full-automatic Intelligent Image Acquisition System employs a super high-definition line-scan camera paired with a custom-designed dedicated light source for rapid, fully automated image capture. The equipment's motion system utilizes high-precision closed-loop lead screw modules, offering fast operation speeds, low noise, high accuracy, and excellent stability. The software supports customized input of product dimensions, naming rules, photo storage, quick preview, watermark addition, image editing, color selection, annotation, and other functions, while also being compatible with MES integration.  The Super X Full-automatic Intelligent Image Acquisition System is ideal for high-speed, high-definition photography and documentation of products such as PCBA and microelectronic modules, as well as for quality inspection, product traceability, and image capture. It serves as an excellent solution for image capture and photography needs.

Ultra-High Definition Image Acquisition Technology

The machine adopts an ultra high definition color camera with high image quality, large pixels, high dynamic range, and can quickly capture photos of large-sized substrates for preservation. After shooting, details can be clearly enlarged.

Powerful intelligent AI algorithms

Image processing software has powerful AI intelligent algorithms that can minimize distortion, improve image quality, enhance image color, and provide a clear view of image details.

Ultra high speed scanning and photography

The device adopts a high-speed line scanning photography method, combined with a high-speed motion system and ultra fast software algorithms, to complete the high-quality photography process in seconds.

Rich image formats

Resolution storage can be selected according to different needs to save storage space and improve image loading speed; Supports multiple image compression formats (PNG, JPEG, BMP, TIFF).

Simple and easy-to-use software interface

Rich software features, simple and efficient graphical software interface, can be operated on the computer without training.

High stability device architecture

The equipment uses a precise and stable mechanical architecture, seamlessly connected through software, with high precision and stability, ensuring stability and consistency during the image acquisition process.

Compatible with large and oversized sizes

The device can choose different camera sizes according to different product sizes, and can meet the high-definition camera requirements of up to 800x1000mm.