Bentron AOI 8800 is an advanced 3D automatic optical inspection equipment with a variety of technical features and functions, suitable for a variety of inspection needs.
Technical Features High-speed inspection and measurement technology: Bentron AOI 8800 adopts advanced high-speed inspection and measurement technology, which can perform shadow-free high-speed inspection and measurement, ensuring 100% 2D and 3D full inspection, ensuring completely shadow-free optical inspection and low false alarm rate, while maintaining high flexibility. High-precision inspection: The equipment uses 8 projection lamps + 3 layers of 2D light sources, combined with 2D and 3D synchronous inspection algorithms, telecentric lenses to provide high-precision inspection, and high-configuration CPU and GPU to ensure image processing. 3D inspection technology: Supports all-round 3D inspection, can measure solder height and volume, and improve the ability to detect defective products. Humanized interface: The equipment has a simple and clear user interface, standard component library management system and offline real-time debugging system (optional), which makes operation and maintenance more convenient. Application Scenarios
Shadowless high-speed inspection and measurement technology: The system performs 100% 2D and 3D inspection on PCBs, ensuring completely shadowless optical inspection and low false alarm rate, while maintaining highly flexible system functions.
Bentron AOI 8800 is suitable for a variety of scenarios, including:
PCB inspection: 100% 2D and 3D inspection of PCBs can be performed to ensure shadowless optical inspection and low false alarm rate.
Component inspection: Components of various geometric shapes can be inspected to provide high-precision inspection results.
Plug-in pin inspection: Suitable for plug-in pin inspection, with special algorithm support.
Performance parameters
The main performance parameters of Bentron AOI 8800 include:
Camera resolution: 9 million pixels, resolution 10um.
Inspection speed: up to 44.55cm²/Sec.
Field of view (FOV): up to 54×54mm.
Maximum PCB size: 510×600mm.
Power requirements: 220~240 VAC, 1 phase, 50/60Hz