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The core functions of the AssembleonSMT board mainly include the following aspects:
Visual recognition technology: Assembleon SMT adopts advanced visual recognition technology, through high-speed cameras and image processing algorithms, to capture images on PCB boards in real time, and paste components according to preset programs. This technology can automatically identify the position and direction of electronic components to ensure the accuracy and stability of the patch.
High-precision positioning: Asbion SMT is equipped with a high-precision motion control system that can achieve micron-level positioning and movement, ensuring the accuracy and stability of the patch. This high-precision positioning capability enables the SMT to perform well in complex and delicate electronic component placement.
Versatile adaptability: Asbion SMT is suitable for electronic components of various sizes and types, and can meet different production needs. Its versatility enables it to adapt to a variety of production scenarios, improving the flexibility and adaptability of the production line.
High-speed patch operation: Asbion SMT adopts high-speed cameras and fast image processing algorithms, which can achieve high-speed and continuous patch operations, greatly improving production efficiency. This high-speed operation capability enables the production line to respond quickly to market demand and improve overall production speed.
Intelligent control: Asbion SMT supports fast changeover and can quickly adapt to different product and production line requirements. This intelligent control capability enables the production line to adjust quickly to adapt to different production tasks, improving the flexibility and adaptability of the production line.
Assembleon SMT machines are widely used in the electronics manufacturing industry, including consumer electronics such as mobile phones, computers, and televisions, as well as industrial fields such as automotive electronics and medical equipment. Its high efficiency and high precision enable electronics manufacturing companies to produce high-quality products more quickly, improving the competitiveness of the company.
