R7830A is an optical alignment automatic rework equipment. It also works as laser BGA SMD rework station, multi-language menu interface, automatic feeding device, X/Y AXI machine that can be controlled by joystick, fast and convenient operation, imported high-definition CCD (2 million pixels) optical alignment system, high Precision temperature control sensor system, precise temperature control.
As one of the most reliable BGA Rework Station manufacturers, Seamark ZM provides the best BGA rework station for motherboards with good quality.
Imported 2-megapixel CCD optical system for precise external alignment
The top temperature zone of the Laser SMD Rework Station is controlled by the joystick control servo system, which can automatically move and align at fast/slow speed by X/Y/Z Axis.
The top heating head has a built-in vacuum suction nozzle for chip adsorption, electrically controlled 360-degree rotation alignment, with negative pressure monitoring and pressure protection device. The bottom temperature zone of the Laser SMD Rework Station adopts a large-area heating wire layout, moves symmetrically with the top temperature zone, and can be connected with nitrogen to prevent PCBA from yellowing.
High-definition touch operation with real-time temperature display and editing, featuring automatic curve analysis.
Multilingual menu interface
Automatic feeding device
X/Y axis can be controlled by joystick, operation is quick and convenient
Imported high-definition CCD (2m pixels) optical alignment system.
High-precision temperature control sensing system.
As one of the top BGA Rework Station suppliers in China, Seamark ZM is famous for its rich technical force, complete detection means, reliable product quality, full service. If you want to know some different types of BGA repair machines and to get a perfect kind of repair machine for your factory, please contact Seamark ZM first.
| Power Supply | AC380V±10% 50/60HZ |
| Power | 7.15KW(Max), Top heater(1.45KW) Bottom heater (1.2KW), IR Preheater (4KW), Other(0.5KW) |
| PCB Size | 565*467mm(Max); 6*6mm(Min) |
| BGA Chip Size | 80*80mm(Max); 2*2mm(Min) |
| IR Heater Size | 500*380mm |
| Motion Control | X/Y/Z |
| Temperature Sensor | 5 Pcs |
| Operation Method | 8" HD touch panel |
| Control System | Panasonic PLC + Temperature control module |
| Display System | 15" HD industrial display ( 1080P 16:9) |
| Alignment System | 2 Million Pixel HD digital imaging system, automatic optical zoom with laser red-dot indicator |
| Vacuum Adsorption | Automatic |
| Alignment Accuracy | ±0.01mm |
| Temperature Control | K-type thermocouple closed-loop control with accuracy up to ±1℃ |
| Feeding Device | Yes |
| Positioning | V-groove with universal fixture |
| Dimensions | L810*W1100*H960mm |
| Weight | 151KG |








The system features an intuitive graphical interface with an 8-inch touchscreen, joystick control, and multi-language support, allowing seamless switching between Chinese and English.
Combined with joystick-based agile X/Y/Z axis control, critical processes such as alignment and calibration become simple and intuitive, significantly reducing the training cycle.
An integrated automatic feeding mechanism frees operators from repetitive manual tasks, boosting overall production efficiency by over 30%.


The ZM R7830A alignment system integrates beam-splitting, zoom-in/zoom-out, and fine adjustment functions, and is equipped with automatic color difference recognition and brightness adjustment.
It automatically optimizes imaging in both high-brightness and dark-field conditions, clearly revealing solder balls and pads, significantly reducing dependence on operator experience and visual judgment.


The system integrates multiple functions including top heating, bottom heating, a preheating zone, and a feeding mechanism, while maintaining a compact overall size of only L810 × W1100 × H960 mm and a weight of 151 kg.
It innovatively combines V-grooves, universal fixtures, and laser red-dot positioning. Whether for standard rectangular boards, irregular-shaped boards, or flexible PCBs, an optimal fixing solution can be achieved, effectively preventing damage to board edges or surface-mounted components.
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