BGA Rework System
BGA rework system is an essential station for repairing and replacing damaged or defective BGA,QFN,POP,PLCC and FBGA components on printed circuit boards (PCBs). It can perform a range of tasks that include removing BGA components, aligning new ones, and reflowing them onto the PCB.
Description
Products Description
A BGA rework system is a crucial technology that helps in repairing or replacing Ball Grid Array (BGA) components in electronic devices. This system has made it possible to repair expensive and complex electronic devices without replacing the entire system. It has significantly reduced the cost of repairs and made the process faster and more efficient.
Products parameter
| Power supply | 110~220V 50/60Hz |
| Raated power | 5500W |
| Operate mode | Automatic or manual |
| Function | Removing/desoldering, picking-up, mounting/aligning and soldering for various chips |
| Chip heated | By upper hot-air with a proper nozzle to its surface, and lower hot-air to its bottom |
| PCB preheated | By infrared heating to keep PCB with components more than 150℃ |
| Chip size | 1*1~90*90mm |
| Motherboard size | 450*500mm |
| Machine dimension | 700*600*880mm |
| Gross weight | 70kg |
Products features
BGA rework systems are designed to offer high precision and accuracy in repairing and replacing BGA components. These systems are equipped with features such as temperature control, vacuum suction, and alignment tools that aid in the rework process. These features ensure that the rework process is carried out with high precision and accuracy, which is crucial for the proper functioning of electronic devices.
Real-time Temperature Monitoring
Real-time temperature monitoring is an emerging technology that is revolutionizing the way we track temperature changes in various settings. This technology has numerous benefits, making it an essential tool for many industries and applications. It is especially crucial for BGA repair stations, as we need to observe the status of the PCB and chips, which requires tracking temperature changes.
Optical Alignment System
One of the primary benefits of Optical Alignment Systems is their efficiency. By providing real-time images and video, these systems streamline the alignment process, dramatically reducing the time and effort required to position chips perfectly on the motherboard. The best BGA rework stations can achieve a rework success rate of up to 99.99%, allowing them to operate more efficiently and effectively.
Rapid Heating and Cooling
Rapid heating and cooling are also necessary for reducing production time and improving work efficiency. BGA repair stations require large amounts of energy to reach and maintain the desired temperature, ensuring that the PCB and chips are adequately protected.
The BGA rework system is an essential tool in the electronics industry as it allows for the repair of sensitive and complex electronic components. Without this system, repairing electronic devices would be extremely challenging and costly. Additionally, the BGA soldering machine has helped reduce electronic waste by enabling the repair of damaged components instead of replacing them.
In conclusion, the BGA rework system is a valuable technology in the electronics industry. It has made repairs faster, more efficient, and cost-effective. This technology is essential for ensuring the proper functioning of electronic devices and has helped reduce electronic waste. The advancements in BGA rework systems indicate that the future of electronics repair is bright!
