Alexandria Hymel

In an exciting venture, I decided to buy the cheapest, most broken iPhones from pawn shops, repair them, and sell them for a profit. With a keen eye for deals, I ventured into several pawn shops, seeking out heavily damaged devices that could be bought at rock-bottom prices. After a few stops, I hit the jackpot at an incredible pawn shop loaded with broken Apple products, including iPhones, iPads, and Apple Watches, all at surprisingly low prices. The haul began with a severely shattered iPad Pro, which I snagged for just $100. Considering it came with an Apple Pencil, it seemed like a fantastic deal, provided it could be repaired. Next, I acquired a red iPhone 7 for $30. Despite its age and cracked back glass, I saw potential for a profitable flip. The third find was an iPhone 12 for $80, negotiated down from $85, despite its cracked lens and overall poor condition. Lastly, I picked up an iPhone 11 for $75, which also had a cracked lens but otherwise seemed intact. With my purchases complete, it was time to head to my favorite repair shop, Gadget Kings PRS, to see if these devices could be restored. At Gadget Kings PRS, I handed over the devices for repair. The team at the shop was confident they could fix the extensive damage. They started with the iPad Pro, which had a completely shattered screen. The repair was complex, involving screen replacement and ensuring all functionalities were intact. The iPhone 11 needed a new camera lens, while the iPhone 12 required both a new screen and a camera lens replacement. The red iPhone 7's back glass also needed fixing. Gadget Kings PRS offered me incredible deals on the repairs. For example, fixing the iPhone 11's camera lens cost only $10, and the iPhone 12's screen replacement was discounted to $280 from the usual $350. Their efficiency and expertise meant that all repairs were completed quickly, allowing me to move on to the next phase: selling the refurbished devices. First up was the iPhone 11. After spending $85 on repairs, I listed it for alteration business $300. I met the buyer at a Circle K gas station, a somewhat sketchy location but convenient for the transaction. The sale went smoothly, and I pocketed a profit of $215. Next, I sold the iPhone 12. This phone cost $175 to repair, and I listed it for $400. Meeting the buyer at McDonald's, I successfully sold the phone and made a profit of $225. The red iPhone 7 SE, which I listed for $120, had a less fortunate outcome. The buyer stopped responding to my texts, leaving me with an unsold device. Despite this setback, I remained optimistic about my other sales. Finally, the iPad Pro, which cost $380 to buy and repair, was sold online for $500, netting me a $120 profit. The iPad's transformation from a shattered wreck to a sleek, functional device was impressive, thanks to the skilled technicians at Gadget Kings PRS. In total, I spent $729 on buying and repairing the devices. After selling them, I made $1,300, leading to a net profit of $571 in just one day. This venture not only proved to be profitable but also showcased the potential of refurbishing broken electronics for resale. Gadget Kings PRS played a crucial role in this success. Their expertise and affordable repair services made it possible to turn these damaged devices into valuable products. If you're looking to repair your gadgets or find great deals on refurbished electronics, I highly recommend Gadget Kings PRS. This experience was a thrilling journey of finding, fixing, and flipping broken iPhones for profit. It demonstrates that with a bit of effort and the right resources, such as the excellent services provided by Gadget Kings PRS, you can turn what seems like junk into a lucrative alteration business opportunity. Stay tuned for more exciting ventures and repair stories!

Restoring an iPhone 15 Pro Max is no small feat, especially when it has been through a dramatic ordeal. This particular iPhone 15 Pro Max took a fall at high speed, tumbling out of a pocket and onto a motorway while the owner was traveling at 110 km/h on a motorcycle. The impact was so severe that it snapped a section of the titanium frame clean off. I acquired this heavily damaged iPhone for AUD 565, which is about USD 370. It was a significant amount for a broken phone, but with the price of a new iPhone 15 Pro Max at around USD 2500, I hoped that restoring this device would be a cost-effective alternative. The phone arrived in its original box with all the accessories, including the missing section of the frame, which would be crucial for the repair. The high-speed impact exposed a weak point in Apple’s titanium frame design. The antenna lines, which separate sections of the frame to improve reception, turned out to be the most vulnerable spot during such severe impacts. Upon closer inspection, I found a third fracture in the frame, revealing a cross-section of the phone’s structure. Beneath a thin layer of titanium, there was stainless steel and a significant amount of plastic, indicating that the frame, while strong, was not as robust as it might seem. Replacement frames for remote computer the iPhone 15 Pro Max were expensive, costing over USD 450 on sites like AliExpress. I initially found a cheaper one for USD 37, but it never shipped. Apple’s self-service repair store didn’t stock iPhone 15 parts at the time, leaving me with no option but to attempt the repair myself. Opening the phone was the first challenge. The back glass, front display, and charge port needed to be removed. Due to the severe damage, I didn’t have to worry about removing the bottom screws, as the whole bottom of the phone was missing. With careful application of heat and using tools to gently pry open the phone, slow computer I managed to get inside and remove the display. Testing the phone with a new display temporarily attached, it sprang to life, suggesting the internal components had survived the crash. This was a good sign, so I proceeded with the repair. The charging port and mounting brackets were damaged, necessitating a replacement, which Apple didn’t sell at the time. I had to buy one pulled from another phone at a premium price. Removing the damaged charge port required dismantling several components, including the logic board, which had to be taken out to free the port. The battery was another challenge, stuck with adhesive that needed to be softened with alcohol. Finally, the charge port was freed, and I could start cleaning up and preparing for reassembly. The back glass panel of the iPhone 15 Pro Max is designed to be more repair-friendly than previous models, which were essentially welded on with adhesive. After removing the damaged panel, I salvaged components like the wireless charging coil, LED flash, and microphone, transferring them to a new back panel. With the damaged frame sections cleaned and realigned using clamps, pliers, and a hammer, I glued the pieces back in place. As the glue set, I prepared the new back glass panel, ensuring it was securely attached to the repaired frame. The liquid adhesive was messy, but it provided strong bonding where needed. Once the back panel was in place, I reinstalled the logic board, battery, and all other components, ensuring each screw and cable was correctly reattached. The final step was installing a new display, transferring necessary components from the old display, and sealing everything back up. The result was a fully functional iPhone 15 Pro Max, albeit with some minor software limitations due to Apple’s restrictions on third-party repairs. In total, the restoration cost about AUD 1300 (USD 850), saving over AUD 1250 compared to buying a new device. Despite the challenges and costs, the phone now works perfectly, with Face ID, wireless charging, remote computer and all other functions intact. This restoration not only brought an expensive device back to life but also highlighted the complexities and rewards of repairing modern smartphones.

.. Yikes! Apple has introduced titanium on their latest iPhone 15 Pro Max, a choice that brings both excitement and concerns. Titanium is renowned for its remarkable properties. It's biocompatible, used in medical applications like artificial joints and repairing bones, and it's tough enough for building interstellar spacecraft and robotic explorers. Personally, I have a ring made from titanium reclaimed from a wheelchair, showcasing its versatility. However, Apple's choice of titanium isn't without its quirks, as I discovered. #### The Marvel of Titanium Titanium comes in various grades, each with distinct characteristics. Grade 1 titanium is the cheapest and softest, making it easy to machine, which I initially assumed Apple would use for their iPhone. But Apple surprised us with Grade 5 titanium, a much stronger and more expensive variant. For context, a one-inch titanium bar costs around $170, while a similarly sized 6061 aluminum bar, typically used in smartphones, costs just $10. The difference in material cost is stark, computer diagnostic highlighting Apple's commitment to premium materials. #### Unboxing the iPhone 15 Pro Max Opening the iPhone 15 Pro Max box reveals the sleek new device. The blue titanium finish is similar to the shade I produced, though slightly off. Notably, the box contains a braided USB-C cable instead of the usual lightning cable, on-site computer rep signaling a shift in Apple's approach. This move might set a new standard, leading to wider adoption of USB-C ports globally. The phone itself feels robust, with brushed titanium sides and an etched back glass. Apple's claim of using the strongest glass ever, dubbed "ceramic shield," is put to the test. Typically, plastic screens scratch at a level 2 or 3, glass at 5 or 6, and sapphire at 8 or 9 on the Mohs scale. The ceramic shield scratches at a level 6, with deeper grooves at level 7, but the scratches are less pronounced, indicating a significant improvement. #### The Titanium Frame and Its Challenges The titanium sides feature a Physical Vapor Deposition (PVD) coating, which adds an ultra-thin protective layer. Despite this, the coating scratches easily, similar to anodized aluminum. Interestingly, the 5G antenna slot is impervious to scratches, hinting at a different, more resilient material. The power button and the new action button are also scratchable, showcasing the limitations of the PVD coating. Apple spent 14 hours applying this finish, but my jerry-rigged knife removed it in seconds. This disparity underscores the vulnerability of even the most meticulously crafted surfaces. The matte back glass is resilient, resisting scratches, while the smooth Apple logo remains a minor exception. #### Exploring the Camera and AI Features The iPhone 15 Pro Max boasts significant camera upgrades. The main camera features a 48-megapixel sensor with a nano-scale coating to reduce glare. The standout is the 12-megapixel 5x tetraprism telephoto lens, which reflects light four times before hitting the sensor, providing enhanced stabilization. The ultra-wide camera, also 12 megapixels, works in tandem with the telephoto lens to generate spatial video, a feature reminiscent of the HTC Evo 3D from 12 years ago. During the teardown, I aim to explore these camera innovations further. Apple's claim that the back glass is easily removable for repairs is a commendable step toward repairability. However, they also state that the internal structure is made from 100% recycled aluminum, indicating that the frame is not solid Grade 5 titanium, explaining some of its limitations. #### The Durability Test The iPhone 15 Pro Max's 6.7-inch OLED display, with 2000 nits of outdoor brightness and a 120 Hz refresh rate, is impressive. However, its durability is questionable. In my durability test, the phone's frame did not fare well. Most phones, especially iPhones, are incredibly resilient, but the iPhone 15 Pro Max snapped abnormally quickly under pressure. The titanium frame, with its high tensile strength and low elasticity, combined with the back glass, couldn't withstand the stress. This quick failure was unexpected and concerning for a flagship device. #### Handling Heat and Titanium's Reaction To further test the titanium's properties, I exposed it to extreme heat using a MAP gas torch. While the titanium itself can handle the heat, the phone's circuitry and screen cannot. The titanium frame began changing colors, confirming its authenticity. Apple's choice of Grade 5 titanium, though, raises questions about cost and practicality. Scaling a small piece of Grade 5 titanium to a block large enough to mill a phone would cost nearly $2,000, not including the complexity of shaping it. This expense makes it unlikely that Apple is using solid Grade 5 titanium for the entire frame. Instead, they likely employ a titanium-aluminum hybrid to manage costs while retaining some benefits of titanium. #### The Practicalities of Titanium and Real-World Usage Owning a titanium iPhone 15 Pro Max presents practical challenges. The phone's finish is prone to scratches, and its structural integrity is compromised under pressure. While the titanium frame is impressive, it might not be the best choice for a device that needs to withstand daily wear and tear. The modular glass design is a step forward, reducing repair costs, but the overall durability remains a concern. Furthermore, using a clear case to showcase the titanium frame could backfire, as most clear cases turn yellow under sunlight due to photooxidation. Dbrand's never-yellowing ghost case offers a solution, maintaining the phone's aesthetic while protecting it. #### Comparing to the Regular iPhone 15 Pro The regular iPhone 15 Pro does not suffer from the same structural issues as the Max version. Strong bends from the back and front do not affect its integrity, suggesting that the titanium-aluminum hybrid structure works better for the smaller model. This difference highlights the challenges Apple faces in scaling materials for larger devices. #### Conclusion The iPhone 15 Pro Max, with its titanium frame, represents Apple's push for innovation and premium materials. However, this choice brings both benefits and drawbacks. The titanium frame, while strong, compromises the phone's overall durability, making it susceptible to damage under pressure. The high cost of Grade 5 titanium further complicates its practical application. While the phone boasts impressive features and a sleek design, its real-world durability remains questionable. As Apple continues to refine its approach, balancing innovation with practicality will be crucial. For now, users should handle their titanium iPhones with care and consider protective measures to maintain their investment.

.. Yikes! Apple has introduced titanium on their latest iPhone 15 Pro Max, a choice that brings both excitement and concerns. Titanium is renowned for its remarkable properties. It's biocompatible, used in medical applications like artificial joints and repairing bones, and it's tough enough for building interstellar spacecraft and robotic explorers. Personally, I have a ring made from titanium reclaimed from a wheelchair, showcasing its versatility. However, Apple's choice of titanium isn't without its quirks, as I discovered. #### The Marvel of Titanium Titanium comes in various grades, each with distinct characteristics. Grade 1 titanium is the cheapest and softest, making it easy to machine, which I initially assumed Apple would use for their iPhone. But Apple surprised us with Grade 5 titanium, a much stronger and more expensive variant. For context, a one-inch titanium bar costs around $170, while a similarly sized 6061 aluminum bar, typically used in smartphones, costs just $10. The difference in material cost is stark, highlighting Apple's commitment to premium materials. #### Unboxing the iPhone 15 Pro Max Opening the iPhone 15 Pro Max box reveals the sleek new device. The blue titanium finish is similar to the shade I produced, though slightly off. Notably, the box contains a braided USB-C cable instead of the usual lightning cable, signaling a shift in Apple's approach. This move might set a new standard, leading to wider adoption of USB-C ports globally. The phone itself feels robust, with brushed titanium sides and an etched back glass. Apple's claim of using the strongest glass ever, dubbed "ceramic shield," is put to the test. Typically, plastic screens scratch at a level 2 or 3, glass at 5 or 6, and sapphire at 8 or 9 on the Mohs scale. The ceramic shield scratches at a level 6, with deeper grooves at level 7, but the scratches are less pronounced, indicating a significant improvement. #### The Titanium Frame and Its Challenges The titanium sides feature a Physical Vapor Deposition (PVD) coating, which adds an ultra-thin protective layer. Despite this, the coating scratches easily, similar to anodized aluminum. Interestingly, the 5G antenna slot is impervious to scratches, hinting at a different, more resilient material. The power button and the new action button are also scratchable, showcasing the limitations of the PVD coating. Apple spent 14 hours applying this finish, but my jerry-rigged knife removed it in seconds. This disparity underscores the vulnerability of even the most meticulously crafted surfaces. The matte back glass is resilient, resisting scratches, while the smooth Apple logo remains a minor computer repair companies exception. #### Exploring the Camera and AI Features The iPhone 15 Pro Max boasts significant camera upgrades. The main camera features a 48-megapixel sensor with a nano-scale coating to reduce glare. The standout is the 12-megapixel 5x tetraprism telephoto lens, which reflects light four times before hitting the sensor, providing enhanced stabilization. The ultra-wide camera, also 12 megapixels, works in tandem with the telephoto lens to generate spatial video, a feature reminiscent of the HTC Evo 3D from 12 years ago. During the teardown, I aim to explore these camera innovations further. Apple's claim that the back glass is easily removable for repairs is a commendable step toward repairability. However, they also state that the internal structure is made from 100% recycled aluminum, indicating that the frame is not solid Grade 5 titanium, computer diagnostic explaining some of its limitations. #### The Durability Test The iPhone 15 Pro Max's 6.7-inch OLED display, with 2000 nits of outdoor brightness and a 120 Hz refresh rate, is impressive. However, its durability is questionable. In my durability test, the phone's frame did not fare well. Most phones, especially iPhones, are incredibly resilient, but the iPhone 15 Pro Max snapped abnormally quickly under pressure. The titanium frame, with its high tensile strength and low elasticity, combined with the back glass, couldn't withstand the stress. This quick failure was unexpected and concerning for a flagship device. #### Handling Heat and Titanium's Reaction To further test the titanium's properties, I exposed it to extreme heat using a MAP gas torch. While the titanium itself can handle the heat, the phone's circuitry and screen cannot. The titanium frame began changing colors, confirming its authenticity. Apple's choice of Grade 5 titanium, though, raises questions about cost and practicality. Scaling a small piece of Grade 5 titanium to a block large enough to mill a phone would cost nearly $2,000, not including the complexity of shaping it. This expense makes it unlikely that Apple is using solid Grade 5 titanium for the entire frame. Instead, they likely employ a titanium-aluminum hybrid to manage costs while retaining some benefits of titanium. #### The Practicalities of Titanium and Real-World Usage Owning a titanium iPhone 15 Pro Max presents practical challenges. The phone's finish is prone to scratches, and its structural integrity is compromised under pressure. While the titanium frame is impressive, it might not be the best choice for a device that needs to withstand daily wear computers and service tear. The modular glass design is a step forward, reducing repair costs, but the overall durability remains a concern. Furthermore, using a clear case to showcase the titanium frame could backfire, as most clear cases turn yellow under sunlight due to photooxidation. Dbrand's never-yellowing ghost case offers a solution, maintaining the phone's aesthetic while protecting it. #### Comparing to the Regular iPhone 15 Pro The regular iPhone 15 Pro does not suffer from the same structural issues as the Max version. Strong bends from the back and front do not affect its integrity, suggesting that the titanium-aluminum hybrid structure works better for the smaller model. This difference highlights the challenges Apple faces in scaling materials for larger devices. #### Conclusion The iPhone 15 Pro Max, with its titanium frame, represents Apple's push for innovation and premium materials. However, this choice brings both benefits and computer diagnostic drawbacks. The titanium frame, while strong, compromises the phone's overall durability, making it susceptible to damage under pressure. The high cost of Grade 5 titanium further complicates its practical application. While the phone boasts impressive features and a sleek design, its real-world durability remains questionable. As Apple continues to refine its approach, balancing innovation with practicality will be crucial. For now, users should handle their titanium iPhones with care and consider protective measures to maintain their investment.

London, which formerly was called Londinium by Romans, is the biggest urban center in fat of Western european. This multiethnic city is abundant in history, art, entertainment, and commerce. Metropolis has biggest bank city GDP in whole of Europe, and alongside New York, it could be the world's largest financial site. More than one hundred for the top 500 European companies have their headquarters greater london. All of this results in a huge requirement for computers, and wherever serious computer, there may be a possible release. Has cash drive failed you the 1st time? Have you experienced the famous "blue screen of death" or will your system just in order to computer repair sydney turn of? Has the assault of flashing lights have you confused? Then it is time to obtain your affordable computer help repaired. As an alternative to losing your precious time and data, fix your Private computer. If you can't get it working, setting it up repaired will surely. Frankly, computer repair expert I'm not going to get involved in stimulating chit-chat with individuals I hire to help me, especially with repairs and mechanical struggling. I want my devices restored to functionality, because after i call for help, I'm not much of BROKEN, my machine computer repair wagga is going to be. There are a multitude of programs around and built constantly transitioning. It would take more than lengthy time to learn them nearly. While a given computer repair tech may know about common applications (i.e. Word, Quick Books, etc), useful content not know anything about programs specific to your industry various other applications are not as generic. You were lucky to an expert, and your is back and running. You now have a working relationship using a reliable Computer repair expert make contact with with any queries you could possibly have or any problems to solve; one that can an individual to speed increase computer, sustain software updates, back up data systems, install anti- virus systems, and also advise you about spammers, hackers, virus infections and protection against them. Know what you are currently installing. Like a general rule, only install 1 Anti-Virus program. This may be a case where more isn't better than a single. Anti-Virus programs assume that other Anti-Virus programs are simply viruses. Then they combat additional. This is one of the common grounds for reduced system performance. Look at your labels before install a new Anti-Virus. Uninstall expired or 'no longer desired' Anti-Virus programs before installing new ones. This will save you many headaches. As we adjoin every new programs in our computer, the files resulted to fragments and save in different areas associated with hard cd or dvd. A fragmented file among the the factors behind slowing about the affordable computer help. A needed program to help your computer for blend of problem may be the windows defragmenter. It puts back divided files correct into a piece again to enable accessible after.

Recently, I posted a Twitter thread about my visit to Apple’s secret iPhone durability testing labs, and the response was overwhelming. Many people were curious about the processes behind making iPhones so durable. Today, I’m sharing exclusive footage and insights from my visit. ### Water Resistance Testing The first test I observed was for water resistance. It's something we often take for granted, but achieving IP68 certification, the highest standard for water and dust resistance, requires rigorous testing. IP, which stands for Ingress Protection, uses two numbers: the first for solids and the second for liquids. Each number indicates the level of protection. Early iPhones, up to the iPhone 6s, lacked any water resistance rating. However, starting with the iPhone 7, Apple introduced IP67 water resistance, allowing the phone to withstand submersion up to 1 meter for 30 minutes. Now, with IP68, iPhones can endure even greater depths for longer periods. To test this, Apple uses various methods. The simplest test involves a drip ceiling to simulate rain and splashes, passing which qualifies the phone for IPX4. For higher pressure, rotating jets spray water from all angles, which if passed, qualifies for IPX5. The ultimate test involves submerging the phone in a pressurized tank to simulate deep water conditions for IPX8 certification. These rigorous tests ensure that your iPhone can survive everyday spills and even brief submersions. ### Drop Testing Next, I saw the drop testing lab. Apple has been drop-testing iPhones for years using industrial robots by Epson. These robots, set up in front of high-speed Phantom cameras, drop phones repeatedly from various heights and angles onto different surfaces like granite, marble, corkboard, and asphalt. This setup helps Apple analyze the impacts in slow motion and refine their designs. Despite these efforts, most phones still break when dropped on hard surfaces. It raises questions about how much this data influences the actual design. Nevertheless, seeing the detailed drop tests was fascinating. ### Shaking Tests Another intriguing test involves shaking. Apple has rooms filled with machines that shake trays of devices thousands of times at specific frequencies. This simulates years of wear and tear, ensuring that phones can withstand vibrations from engines, subways, and other constant movements. Recording this was challenging, as the movement is hard to capture on camera, but placing my hand on the machines made the vibrations evident. ### Balancing Durability and Repairability The most interesting part of my visit was a discussion with John Ternus, Apple’s head of hardware engineering. We talked about the balance between durability and pc repairs repairability. Apple’s reputation for difficult repairs contrasts with its emphasis on making durable products. John explained that durability and repairability are often at odds. A product that never fails is better for the customer and the environment, but making a device extremely durable can make it harder to laptop repair services. For example, achieving IP68 water resistance requires seals, adhesives, and other measures that complicate battery replacement. While it’s crucial to offer battery repairs, the overall reliability benefits outweigh the best repair company challenges. Reducing the number of failures and repairs ultimately conserves resources and benefits the environment. ### Conclusion This visit provided a rare glimpse into Apple’s meticulous testing processes. While the goal of a completely unbreakable phone might be unrealistic, Apple is continuously pushing towards that ideal. Understanding the balance between durability and repairability sheds light on the complexities of iPhone design. That’s it for my behind-the-scenes look at Apple’s durability testing labs. Make sure to subscribe for more exclusive content, and let me know your thoughts on the balance between durability and repairability. See you in the next video!

Recently, I posted a Twitter thread about my visit to Apple’s secret iPhone durability testing labs, and the response was overwhelming. Many people were curious about the processes behind making iPhones so durable. Today, I’m sharing exclusive footage and insights from my visit. ### Water Resistance Testing The first test I observed was for water resistance. It's something we often take for granted, but achieving IP68 certification, the highest standard for water and dust resistance, requires rigorous testing. IP, which stands for Ingress Protection, uses two numbers: the first for solids and the second for liquids. Each number indicates the level of protection. Early iPhones, up to the iPhone 6s, lacked any water resistance rating. However, starting with the iPhone 7, Apple introduced IP67 water resistance, allowing the phone to withstand submersion up to 1 meter for 30 minutes. Now, with IP68, iPhones can endure even greater depths for longer periods. To test this, Apple uses various methods. The simplest test involves a drip ceiling to simulate rain and splashes, passing which qualifies the phone for IPX4. For higher pressure, rotating jets spray water from all angles, which if passed, qualifies for IPX5. The ultimate test involves submerging the phone in a pressurized tank to simulate deep water conditions for IPX8 certification. These rigorous tests ensure that your iPhone can survive everyday spills and even brief submersions. ### Drop Testing Next, I saw the drop testing lab. Apple has been drop-testing iPhones for years using industrial robots by Epson. These robots, set up in front of high-speed Phantom cameras, drop phones repeatedly from various heights and angles onto different surfaces like granite, marble, corkboard, and asphalt. This setup helps Apple analyze the impacts in slow motion and refine their designs. Despite these efforts, most phones still break when dropped on hard surfaces. It raises questions about how much this data influences the actual design. Nevertheless, seeing the detailed drop tests was fascinating. ### Shaking Tests Another intriguing test involves shaking. Apple has rooms filled with machines that shake trays of devices thousands of times at specific frequencies. This simulates years of wear and tear, ensuring that phones can withstand vibrations from engines, subways, and other constant movements. Recording this was challenging, as the movement is hard to capture on camera, but placing my hand on the machines made the vibrations evident. ### Balancing Durability and Repairability The most interesting part of my visit was a discussion with John Ternus, Apple’s head of hardware engineering. We talked about the balance between durability and repairability. Apple’s reputation for difficult repairs contrasts with its emphasis on making durable products. John explained that durability and repairability are often at odds. A product that never fails is better for the customer and the environment, but making a device extremely durable can make it harder to laptop repair services. For example, online computer repair achieving IP68 water resistance requires seals, adhesives, and other measures that complicate battery replacement. While it’s crucial to offer battery repairs, the overall reliability benefits outweigh the upper east side computer repair challenges. Reducing the number of failures and repairs ultimately conserves resources and benefits the environment. ### Conclusion This visit provided a rare glimpse into Apple’s meticulous testing processes. While the goal of a completely unbreakable phone might be unrealistic, Apple is continuously pushing towards that ideal. Understanding the balance between durability and repairability sheds light on the complexities of iPhone design. That’s it for my behind-the-scenes look at Apple’s durability testing labs. Make sure to subscribe for more exclusive content, and let me know your thoughts on the balance between durability and repairability. See you in the next video!

Hi, Simon here. I hope you're doing well. In this video, I'll guide you through the process of replacing the touch screen on an iPad 8th generation, model A2270. If you need to check your model, turn your iPad over and look for the model number on the back. This guide is also applicable for models A2428 and A2429. ## Safety First Before starting, make sure to wear safety goggles to protect your eyes from any flying glass shards during the repair. This is crucial as the broken glass can be sharp and dangerous. ## Tools and Materials Needed 1. Heat gun or hair dryer 2. Metal and plastic prying tools 3. Double-sided adhesive tape (2mm and 3mm) 4. Super glue (for the home button bracket) 5. Scissors 6. Phillips screwdriver 7. Tweezers You can find all these tools and the replacement screen on Amazon or eBay. Links to these items are provided in the video description. ## Step-by-Step Instructions ### 1. Power Off the iPad Start by turning off the iPad. Press and hold the top power button, then slide to power off.  ### 2. Heat the Screen Use a heat gun or hair dryer to warm up the edges of the screen. This softens the adhesive holding the glass. Move the heat gun constantly to avoid overheating any one spot, which could damage internal components like the LCD, battery, or logic board. ### 3. Remove the Broken Screen Once heated, use a metal prying tool to gently lift the glass. Insert a plastic prying tool to keep the glass separated from the adhesive. Be careful around the bottom edge where the home button and Wi-Fi antenna cables are located.  ### 4. Detach the Home Button Carefully lift the home button cable, making sure not to damage it. This cable will be transferred to the new screen. The home button includes the Touch ID sensor, which is essential to keep if you want to retain the Touch ID functionality. ### 5. Cut the Flex Cable To make the removal easier, cut the flex cable of the broken screen. This allows you to remove the glass and work in a cleaner environment. ### 6. Remove the LCD Peel off the black tape covering the screws at the corners of the LCD. Use a Phillips screwdriver to remove the four screws. Lift the LCD at a 90-degree angle and remove the three screws securing the LCD bracket. Disconnect the LCD screen cable. ### 7. Clean the Surface Check for any remaining glass shards or adhesive on the iPad frame. Clean the surface thoroughly to ensure the new screen sits properly. ### 8. Apply Double-Sided Adhesive Tape Apply 2mm double-sided adhesive tape along the sides of the iPad frame and 3mm tape at the top and bottom. This will secure the new screen in place.  ### 9. Install the Home Button Attach the original home button to the new screen. Use super glue to secure the bracket, ensuring it provides proper support when pressing the button. Adjust the bracket position until the button clicks smoothly. ### 10. Connect the New Screen Reconnect the digitizer cable and LCD screen cable. These connectors should snap into place without forcing them. Ensure all connections are secure. ### 11. Reattach the LCD Reinstall the LCD screen by aligning it properly and securing it with the screws and bracket.  ### 12. Test the iPad Power on the iPad to ensure everything works correctly. Test the home button and touch screen functionality before sealing everything back together. ### 13. Seal the New Screen Peel off the protective film from the adhesive tape and the new screen. Align the new screen with the iPad frame, pressing down gently to secure it in place.  ### 14. Final Checks Press down firmly along the edges of the screen to ensure a good seal. Do a final check of the touch screen and home button to make sure everything functions properly. ### Conclusion Replacing the touch screen on an iPad 8th generation can be challenging, but with patience and the right tools, it’s manageable. If you found this guide helpful, please like the video and subscribe to the channel for more copmuter repair service perth tutorials. If you have any questions, feel free to comment below. Check the links in the description for tools and copmuter repair service perth replacement parts. Thanks for watching, and take care!

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