We specialize in the repair and data recovery of devices affected by liquid damage. Our state-of-the-art tool, the Crest Powersonic P230D-45 Sonic Cleaner, is highly effective in removing corrosion, rosin, flux, and other contaminants from printed circuit boards. We use the specialty solution Branson EC, which must be carefully mixed with distilled water to achieve maximum results. After the cleaning process, there is a brief drying period of less than 24 hours. We then inspect the device under a microscope to verify that all contaminants have been removed, repeating the cleaning process as necessary. Once the device is free of contaminants, we assess it for any damaged components that need to be repaired or to extract any recoverable data.

We frequently encounter liquid damage data recovery cases. To recover data from a liquid-damaged phone or tablet, it must have functional capabilities to a certain extent, allowing us to extract the stored data. This is due to the soldered and encrypted nature of the storage media and its connection to the logic board. Our expertise involves identifying and repairing failed components to restore your data or repair the affected device.

Our microsoldering expertise sets us apart in the industry. We specialize in the replacement of damaged or missing components on a variety of devices, particularly in cases where corrosion has been cleaned from a liquid-damaged device. Our skilled technicians use advanced tools and techniques to carefully replace faulty components, ensuring optimal functionality of your device. If the damage is too extensive for repair, we will make every effort to recover your data.

Our experts are equipped with the necessary tools and knowledge to perform advanced microsoldering techniques, including reverse engineering. In cases where storage media is soldered onto the logic board and encrypted, we employ a reverse engineering approach to recover your data. Our goal is to not only recover the data, but also repair the device if possible. If a repair is not feasible, we use state-of-the-art methods to extract the encrypted data from the logic board.