Conformal Coating electronic boards

In the production of electronic boards, the choice of materials and technologies used is critical to ensure a superior end product. In this context, we attach great importance to the use of high-quality materials. For this reason, we use acrylic technology produced by HUMISEAL, one of the world’s leading companies in the field. This choice reflects our commitment to excellence, ensuring reliable and durable products for our customers.

Our conformal coating system is designed to provide multifactor protection. This protective layer is essential to safeguard electronic boards from a wide range of harmful environmental factors, such as moisture, vapors, dirt, conductive dust, saline environments, and corrosion. Such protection is crucial to ensure the longevity and reliability of the boards in different operating environments, making them more durable and versatile.

In terms of technology, we have an autonomous work cell equipped with a robotic system. This system is designed for precise and repetitive deposition of the protective film on the boards. The use of robotics in this process ensures uniform and consistent application of conformal coating, significantly reducing the risk of errors and irregularities.

The size of the boards we can handle is flexible. We can process electronic boards up to maximum dimensions of 450 mm x 450 mm, with a maximum component height of 50 mm. This capability allows us to meet a wide range of customer needs, whether for small applications or larger projects.

Finally, operational efficiency is another strength of our system. Advanced technology and process automation eliminate the need for manual tasks such as masking. This not only makes the process more efficient, but also ensures greater consistency and quality in the protection of electronic boards.

In conclusion, the combination of these factors allows us to offer our customers a high level of service, with final products that exceed the standards of quality and durability in the industry.