The Guangshengde GSD-M306 small surface mount machine is a high-speed and multifunctional surface mount machine that realizes a multifunctional holographic imaging method. It can efficiently handle small components (0402, 0603, 3216, micro transistors, etc.) and meet the range of medium and large components (SOP, QFP, aluminum electrolytic capacitors). Adopting an arch structure Linear motor Front and rear material stations Front and rear flying cameras.

Characteristics and advantages of the small high-speed multifunctional surface mount machine GSD-M306

1) The motion photography component recognition camera adopts network transmission, with no waiting or pause during the component recognition process, achieving maximum speed operation for small components and improving machine production efficiency.

2) Operating power of 2.0-2.5kW, high efficiency and energy-saving.

3) The control air circuit of the sticker head adopts a bus module installation, which can quickly load and unload the sticker head, and quickly handle and maintain special abnormal situations, reducing time consumption.

4) Adopting a pneumatic and electric compatible material station base, it can be mixed with electric and pneumatic Feida for use, and can be selected according to different materials to effectively control production costs.

5) The sports cable adopts a foldable 50 million times high flexibility sports cable, with a long service life and high stability, which can greatly reduce electrical circuit abnormalities and failures.

Mounting size: 0402.0603~25mm * 28mm, does not support BGA;

Mounting height: MAX 15mm;

Installing 0402 and smaller components requires: 1. Configuring a flight camera mechanism to highly recognize smaller materials; 2. It is necessary to use an electric Feida feeder to ensure the stability of the feeding process;

Flight camera (network interface type): 1.2 million pixels;

Fixed camera (USB 2.0 interface type): 1.3 million pixels;

Component loading types: 64 types;

Mounting speed: 20000CPH (theoretical);

Mounting accuracy: ± 0.05mm

Material throwing rate: 3 ‰ (0.3 ‰);

Handling height: 900 ± 20mm;

Transportation method: belt+stepper motor transportation method;

Loading time: 4-5 seconds (circuit board moving out → circuit board moving in → circuit board clamp);

Maximum handling capacity: MAX -0.5Kg;

Dimensions for mounting circuit boards: MAX500mm (L) × 400mm (W)~MIN 55mm (L) × 55mm (W) (with different mounting specifications);

Thickness of mounted circuit board: 0.5~4.5mm ± 10%;

Allow the circuit board to reverse and twist: MAX ± 1.0mm;

First, install the component height: MAX 10.0mm;

Control mode: Real time shared processing system is implemented by the main CPU to process image data. At the same time, the position data is transmitted to the control card through CAN communication, and the control card is connected to the driver to control the servo;

Image recognition correction: OpenVC related libraries and graphics algorithms are used to process images, and the flight camera is hard triggered to maintain maximum motion speed.

Quantity of feeders: 48 pieces (8mm)

Power supply: 2-phase 220V ± 10%

Frequency: 50Hz

Power: 2.0~2.5kw

Gas source: 0.5MPa-0.7MPa