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MEST Technology's vacuum dispensing system ensures precise, bubble-free material application by eliminating air bubbles during dispensing. Ideal for handling sensitive and high-viscosity materials, our vacuum potting system enhances process control and efficiency. MEST's vacuum dispensing solutions deliver repeatable, consistent results, improving product quality and production efficiency. Specializing in delivering high-precision potting machines for electronics, ensuring flawless vacuum encapsulation for sensitive components in consumer electronics and automotive electronics, our vacuum potting machine enhances the reliability of PCBs, sensors, and delicate circuitry.
When choosing a vacuum dispensing system, it's important to consider the material compatibility to ensure the system can handle the specific fluids or adhesives used in your production. Precision and accuracy are also crucial, as the vacuum potting system should offer consistent control over flow rates and dispensing volumes. Additionally, evaluate the vacuum potting machine's throughput and speed to meet your production capacity. Integration with existing equipment or automated systems is essential for a seamless workflow. Finally, consider the ease of maintenance, including cleaning, part replacement, and overall system upkeep, to ensure long-term reliability and efficiency.
The MEST vacuum potting system utilizes high-precision metering technology to ensure uniform encapsulation (e.g., less than 0.1g of glue) for miniature electronic products such as smartwatches and TWS earbuds, eliminating the risk of glue overflow or drying.
Using micron-level servo control, our system enables precise potting electronics in confined spaces (such as densely populated PCB areas), protecting sensitive components from mechanical stress. The piston drum pump used in the system further enhances the accuracy and stability of material delivery.
Unlike traditional potting, our vacuum potting system completely eliminates air bubbles, improving water resistance and thermal stability, making it suitable for high-reliability consumer electronics and medical devices.
In actual production at multiple smart wearable customers, our vacuum potting system has significantly reduced the rate of after-sales returns due to poor potting, demonstrating the long-term durability of the electronics potting process.
