PCB Cooling buffer Machine For SMT After Reflow Oven

PCB Cooling buffer Machine For SMT After Reflow Oven

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PCB Cooling Buffer Machine For SMT After Reflow Oven

• Panasonic PLC control with MCGS touch screen.
• Closed type for high security.
• 20 layers Flat belt ESD rack. (23mm height gap)
• Omron relay and sensor.
• Cooling cover.
• Interlock for all doors.
• Automatic width adjustment in touch screen.

SKU: BM2023031501 Categories: , ,

PCB Cooling Buffer Machine For SMT After Reflow Oven Features:

• Panasonic PLC control with MCGS touch screen.
• Closed type for high security.
• 20 layers Flat belt ESD rack. (23mm height gap)
• Omron relay and sensor.
• Cooling cover.
• Interlock for all doors.
• Automatic width adjustment in touch screen.

PCB Cooling Buffer Machine For SMT After Reflow Oven Specifications:

Specification BM-250
Power supply AC 220V 50/60Hz
Air source 4~6 bar
Air consumption 10 L/ min
PCB size (mm) L*W 50*50~330*250
Direction Customize left to right or right to left
Trick fixed Front fixed or back fixed
Cycle time 10 sec
Transport height 900 ± 20 mm
Main motor power 250 W
Machine size 1260*980*1525
Weight (kg) 260

The working principle and advantages of PCB Dual Lane Buffer Machine in electronic manufacturing production line
The SMT equipment PCB buffer machine is an automated equipment used to process and manage PCB boards. It plays a role in temporarily storing, transporting, and protecting PCBs in the production line during the entire manufacturing process. It usually consists of a conveying system, a transmission system, and a control system.
First, the conveyor system of the PCB cache machine is responsible for conveying PCB boards. It uses special conveyor belts, guide rails or swing arms to transport PCBs from one process to the next. In this way, the tedious and potential damage risks caused by manual operations can be avoided, and production efficiency and product quality can be improved.
Secondly, the transmission system of the PCB buffer machine can realize the smooth movement of the PCB board. By using precision transmission devices, such as motors, belts, and rollers, the stable transfer of PCBs inside the cache machine is ensured. At the same time, the transmission system can also adjust the transmission speed and direction according to actual needs to adapt to the rhythm differences between different processes.
Finally, the control system of the PCB cache machine is the brain of the entire device, which is responsible for monitoring and controlling the operation of the entire cache machine. The control system usually uses advanced computer technology and automated control algorithms, which can obtain information such as the location, quantity, and status of PCBs in real-time, and perform intelligent scheduling and optimization according to the production plan and equipment conditions. In addition, the control system is also linked with other process equipment to ensure the consistency and efficiency of the entire manufacturing process.
The role of PCB cache machines in electronic product manufacturing cannot be ignored. It can effectively manage and schedule PCB boards, reduce the difficulty and error rate of manual operations, and improve the automation level and production capacity of the production line. Through reasonable planning and application, PCB cache machines can adapt to production environments of different sizes and characteristics, and achieve the goals of optimizing the production process, improving product quality, and reducing manufacturing costs.

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