Infrared BGA Rework Station Automatic

                                                                            Infrared BGA Rework Station Automatic

An Infrared BGA Rework Station is a specialized tool used for repairing and reworking surface-mounted electronic 

components. It uses Infrared radiation to heat up the soldering joints on the board so that the components can be 

removed or replaced.

The rework station is equipped with an automatic control unit that monitors the temperature and time of the rework 

process. It also has a pre-programmed temperature profile system that allows operators to select optimal reflow profiles 

for each component.

1. Application Of laser positioning Infrared BGA Rework Station Automatic

Work with all kinds of motherboards or PCBA.

Solder, reball, and desoldering different kinds of chips: BGA, PGA, POP, BQFP, QFN, SOT223,PLCC, TQFP, TDFN, 

TSOP, PBGA,

CPGA, LED chip.

2. Product Features of Optical Alignment Infrared BGA Rework Station Automatic

The station has a built-in camera that allows operators to view the board at a high magnification level while they work. 

This ensures that they can precisely position the components and ensure that they are correctly placed.

3. Specification of DH-A2 Infrared BGA Rework Station Automatic

4. Details of Hot Air Infrared BGA Rework Station Automatic

With an infrared BGA rework station, electronic technicians and engineers can easily troubleshoot, repair, and 

rework complex electronic assemblies that contain surface-mounted components. The station's automatic control

 unit and pre-programmed temperature profiles simplify the rework process, making it easier for technicians with

 limited experience to perform intricate repairs.

5.Why Choose Our Infrared BGA Rework Station Automatic Split Vision? 

6. Certificate of CCD Camera Infrared BGA Rework Station Automatic

UL, E-MARK, CCC, FCC, CE ROHS certificates. Meanwhile, to improve and perfect the quality system, 

Dinghua has passed ISO, GMP, FCCA, and C-TPAT on-site audit certifications.

7. Packing & Shipment of Infrared BGA Rework Station Automatic

8. Shipment for Infrared BGA Rework Station Automatic

DHL/TNT/FEDEX. If you want another shipping term, please tell us. We will support you.

9. Terms of Payment

Bank transfer, Western Union, Credit Card.

Please tell us if you need other support. 

10. How does DH-A2 Infrared BGA Rework Station Automatic work?

11. Related Knowledge

First: PCB circuit board function

After the electronic circuit board uses the PCB circuit board, due to the consistency of the same type of PCB circuit board, the manual wiring error can be effectively 

avoided, and the automatic insertion or mounting of electronic components, automatic soldering, and automatic detection can be realized, thereby ensuring the quality

 of the electronic device. It improves labor productivity, reduces costs, and facilitates later maintenance.

Second: PCB board source

The creator of the PCB board was the Austrian Paul Eisler. In 1936, he first used PCB boards on the radio. In 1943, Americans used the technology for military radio. In 

1948, the United States officially recognized the invention for commercial use. Since the mid-1950s, PCB boards have been widely used.

Prior to the advent of PCB boards, the interconnection between electronic components was done directly by wires. Today, wires are used only in laboratory applications; 

PCB boards have certainly taken absolute control in the electronics industry.

Third: PCB circuit board development

PCB boards have evolved from single layers to double-sided, multi-layer, and flexible, and still maintain their respective trends. Due to the continuous development of high precision, high density, and high reliability, volume reduction, cost reduction, and performance improvement have made PCB circuit boards still have strong vitality in the future development of electronic equipment.

The domestic and international discussion on the future development trend of PCB circuit board manufacturing technology is basically the same, that is, high density, high precision, fine aperture, fine wire, fine pitch, high reliability, multi-layer, high-speed transmission, lightweight, The development of thin-type direction, in the production at the same time to improve productivity, reduce costs, reduce pollution, adapt to the development of multi-variety, small-scale production. The technical development level of printed circuits is generally represented by the line width, aperture, and plate thickness/aperture ratio on the PCB board.