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The competitiveness of the optical BGA rework station in the market is mainly reflected in its efficiency, convenience and high precision. The optical BGA rework station uses an automatic focus system to eliminate the tedious steps of manual adjustment, greatly improving work efficiency. Its high degree of automation and simple operation interface make the operation extremely simple and fully automated, and the technical requirements for operators are almost zero. In addition, the optical BGA rework station uses a split prism imaging through an optical module, without manual alignment, avoiding the risk of damaging BGA chips due to improper traditional manual alignment operations, and effectively improving the rework rate and production efficiency. The optical BGA rework station has the following technical features: High-precision positioning system: The linear slide is used to enable fine adjustment or fast positioning of the three axes of X, Y, and Z, with high positioning accuracy and fast operability. Powerful temperature control capability: Adopt Three temperature zones are used for independent heating, upper and lower temperature zones are heated by hot air, and the bottom temperature zone is heated by infrared, and the temperature is precisely controlled within ±3 degrees.
Flexible hot air nozzle: The hot air nozzle can rotate 360°, and the bottom infrared heater can make the PCB board heated evenly.
Precise temperature detection: High-precision K-type thermocouple closed-loop control is selected, and the external temperature measurement interface realizes precise temperature detection.
Convenient PCB board positioning: V-shaped grooves and movable universal clamps are used to prevent PCB edge device damage and PCB deformation.
Fast cooling system: A high-power cross-flow fan is used to quickly cool the PCB board to improve work efficiency.
Safety protection equipment: CE certified, equipped with emergency stop switch and abnormal accident automatic power-off protection device.
