This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:25:23
The video provides a comprehensive tutorial on replacing the non-functional screen of a Motorola G Plate (model XT2093) phone. The host begins by emphasizing the importance of measuring the new screen against the phone and carefully removing the back cover to avoid damaging the fingerprint sensor cable. Removing the motherboard and disconnecting the battery ensures safety from electrical issues during the repair. Testing the new screen for functionality is a critical step before full installation.
Protective measures, like using a heating mat or alternatives, and plastic tools for battery removal, are advised to prevent damaging the device. Deformation of the battery is noted as common but typically harmless. The presenter underscores the necessity of cleaning the frame thoroughly to avoid compromising the new screen, advocating minimal use of glue to match the factory design.
Once the new LCD is prepared and glued, it is carefully installed, and clamps or holders are used for pressure application during the drying process. Finally, the phone's components, including the battery and fingerprint reader, are reattached, and the back cover is secured, though the phone will no longer be waterproof. The video concludes with a functional test of the new screen, demonstrating its success, and a prompt for viewers to subscribe and engage with the channel.
00:00:00
In this part of the video, the host introduces a Motorola G Plate (model XT2093) phone repair tutorial, specifically focusing on replacing a non-functional screen. The host emphasizes the importance of measuring the new screen against the phone due to potential variations even within the same model. As the repair begins, the host advises careful removal of the back cover using a razor blade and assessment tool, highlighting the need to be cautious with the fingerprint sensor cable to avoid damage. The segment concludes with the host preparing to remove Phillips screws that secure parts of the phone, noting the commonality of Phillips screws in this model.
00:03:00
In this part of the video, the presenter begins by removing screws holding the motherboard in place and utilizes a sesamo tool to remove a plastic tray, while also noting a hidden screw that was initially overlooked. Once all screws are removed, they ensure the battery is unplugged to cut off electrical current before proceeding with the repair. The presenter then disconnects a fingerprint cable for better access to the screen and proceeds to test the new screen to ensure it resolves the issue, plugging in the LCD and pressing the power button to check if it lights up.
00:06:00
In this part of the video, the presenter begins by acknowledging the presence of an Android Motorola device and opts to partially remove the protective plastic on the screen to prevent scratches before installing a screen protector. The phone powers on quickly, and it’s noted that although the screen isn’t broken, the touch capabilities have failed, necessitating a screen replacement. The presenter performs basic tests to confirm the issue before proceeding.
Next, the battery is unplugged, and the new LCD is set aside. To remove the screen and install the new one, the presenter highlights the need to remove the battery, advising viewers not to worry about the screws at the bottom. A heating mat is used to warm the device, with alternatives like a hair dryer or heat gun suggested for those without specialized equipment. The presenter advises using plastic tools for safety to avoid piercing the battery. Caution is emphasized with antenna cables to prevent signal issues. The segment ends with the device warmed and ready for the next steps.
00:09:00
In this part of the video, the individual is demonstrating how to carefully remove a strongly adhered battery from a phone. They acknowledge that some deformation of the battery during removal is normal and typically does not harm the cells. The person answers a frequently asked question about potential power issues post-repair, reassuring that most of the time, batteries remain healthy. After removing the battery, they lay it aside to cool while preparing to remove the screen. They emphasize maintaining a balanced temperature around 100 degrees Celsius to avoid damaging the motherboard. They consider using various tools, including a razor blade, to start the screen removal process from a point they find comfortable.
00:12:00
In this part of the video, the speaker demonstrates the process of removing a non-defective LCD screen from its frame. They note that the task is easier because the screen’s glass is not broken, but if it were, one would face more difficulty. The speaker emphasizes not to use excessive glue or adhesive when reassembling, as the factory design doesn’t include it, and adding glue might cause the screen to break faster. They stress the importance of carefully cleaning all glass remnants from the frame to avoid compromising the new screen. This involves using a sesmo tool to remove any debris and brushing the frame afterwards to ensure no glass pieces remain. Finally, they prepare to select the appropriate glue for reassembly.
00:15:00
In this part of the video, the focus is on applying glue to the borders where the new LCD will be installed. The glue is applied carefully around the edges to ensure the LCD has a good grip on the frame. After applying the glue, the new LCD is prepared by removing any protective plastic and ensuring there are no obstructions around the camera space. The LCD cable is then threaded through the frame, and the LCD is placed into position, making sure it is flat and free of any bumps. It’s emphasized not to push the LCD too hard to avoid breaking it. Finally, the speaker decides not to use clamps for this task.
00:18:00
In this part of the video, the presenter talks about using holders to apply pressure as desired, as opposed to clamps which provide steady pressure. They proceed to place a holder on each corner and side of a phone being repaired. They recommend leaving the phone for at least 5-10 minutes to allow the glue to dry, mentioning that longer is better. After waiting for 10-15 minutes, they remove the clamps and the new screen is secured in place. The presenter then reinstalls the battery without adding extra adhesive, connects the battery cable and the LCD cable correctly, and re-attaches the fingerprint reader. Finally, they place the plastic tray back in its position and start screwing everything back together.
00:21:00
In this part of the video, the presenter concludes the phone repair process, explaining that they did not need to remove the SIM tray or motherboard because the frame was not replaced. They finish securing the phone by tightening the final screws and ensuring all components are in place. The back cover is reattached with fresh adhesive and held in place using clamps to allow the glue to dry, ensuring the phone’s appearance is pristine. The presenter notes that although the phone looks like new, it will not be waterproof.
00:24:00
In this part of the video, the presenter finishes the phone screen repair by removing the clamps and demonstrating the functionality of the newly replaced screen. They show the old screen and then turn on the phone to confirm it is working correctly, displaying bright colors with no issues. The video concludes with the presenter thanking viewers, asking them to subscribe and leave a thumbs up, and signing off until the next video.