Name: Medical BGA motherboard
Number of SMT lines: 7 high-speed SMT patch matching production lines
SMT daily production capacity: over 30 million points
Testing equipment: X-RAY detector, first piece detector, AOI automatic optical detector, ICT detector, BGA repair bench
Installation speed: Chip component installation speed (optimal state) 0.036 S/piece
Minimum packaging that can be pasted: 0201, with an accuracy of ± 0.04mm
Minimum device accuracy: can mount devices such as PLCC, QFP, BGA, CSP, etc., with pin spacing up to ± 0.04mm
IC type chip placement accuracy: The placement of ultra-thin PCB boards, flexible PCB boards, gold fingers, etc. has a high level of accuracy. High difficulty products such as TFT display driver board, mobile phone motherboard, battery protection circuit, etc. that can be mounted/inserted/mixed
Due to the continuous development of the technological world and its applications in various fields, the printed circuit board (PCB) business has expanded its irresistible beneficial impact. In recent years, its impact on the electronic world has exceeded all predictions, including IoT devices, smartphones, computers, artificial intelligence, and more.
Now, PCBs are transforming medical devices and bridging the gap between patients and doctors in the medical technology business.
PCB makes the development of these convenient medical devices possible. The advancement of healthcare technology is helping to address several key challenges in the medical field, such as establishing accurate diagnosis and tracking the health status of patients.
The rapid development of the medical electronics industry does not seem to be slowing down, indicating the influence of PCBs in the medical field. By 2022, the global medical electronics market is expected to reach $4.4 billion. With the advancement of technology, the status of PCBs in the medical field is becoming increasingly important. Due to its digital characteristics, most medical devices and small tools today require PCBs to work correctly and efficiently.
Medical devices such as defibrillators, muscle electrical stimulation devices, MRI, medical imaging systems, CT scans, and ultrasound devices require the use of PCBs.
