Used HANWHA SM-482 #9269599 for sale

HANWHA SM-482
ID: 9269599
Vintage: 2017
Pick and place machines 2017 vintage.
HANWHA SM-482 is an advanced PC board assembly and manufacturing equipment developed to meet the ever-evolving needs of industry. Outfitted with the latest technologies and capabilities, HANWHA SM482 is designed to provide maximum efficiency, precision, and accuracy for PC board production processes. Starting with SM-482 system, the production process begins with PCB board transfer and placement. This is done by a precision vacuum loading unit that works to pick up and place the boards accurately and quickly. The boards are then placed into the magazine tray which holds up to six boards at a time. The next step is the component placement and automated solder paste printing. Utilizing the latest in high-speed pick-and-place robotics, SM482 offers superior accuracy with its six pick-and-place heads and three nozzle assembly. The machine's ability to place the components with an accuracy of ±0.02mm makes it ideal for a high speed production process. Furthermore, the solder paste press is capable of printing a variety of board patterns with precision and alignment. After portions of the board have been populated, the next step will be reflow soldering. For this process, HANWHA SM-482 uses an advanced convection heating technology combined with an infrared heating element. The temperature-controlled closed loop tool ensures that an optimal temperature is consistently maintained. This results in superior soldering with no cold or hot spots. HANWHA SM482 also features an advanced quality assurance asset. This includes an auto-defect detection model and a manual underside-inspection feature for verifying component placement. The equipment also offers an automated x-ray inspection capability as well as an acid bill leak test. Finally, upon completion of the assembly and manufacturing process, the boards may be unload for further processing or packaging. With its features and technologies, SM-482 is an ideal choice for those looking to develop highly accurate PC boards with superior efficiency.
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