iPhone 15 Pro Max Screen Repair

Your iPhone 15 Pro Max display has stopped working properly due to cracked glass, unresponsive touch, or display malfunctions. This titanium-framed device requires specialized repair techniques using Apple's advanced OLED technology.

Common symptoms include:

• Cracked or shattered screen glass
• Black screen with no display output
• Touch not responding in certain areas
• OLED burn-in with ghosted images
• Lines, discoloration, or flickering display
• Screen completely unresponsive despite phone powering on

We specialize in iPhone 15 Pro Max screen replacement using professional IC transfer techniques to maintain Face ID functionality. Our experienced technicians carefully remove the damaged OLED display and install a high-quality replacement while preserving the unique touch module chip.

Why choose professionals:

1. 85% DIY failure rate because 6.7" OLED screen with integrated Face ID requires micro-soldering IC transfer—improper chip removal permanently disables Face ID requiring $800+ logic board repair
2. Professional hot air rework stations and microscope equipment remove adhesive without titanium frame warping, preventing $600-900 back glass damage from heat distribution issues
3. Common mistakes include breaking Face ID flex cable during separation (causes permanent Face ID failure, voids AppleCare+ coverage), damaging OLED panel connectors (requires $700+ replacement screen), and missing touch IC alignment causing phantom touches requiring complete re-repair
4. Our genuine OLED displays maintain True Tone, 120Hz ProMotion, and accurate color calibration across 1000 nits brightness, while aftermarket screens show washed colors, reduced brightness, and iOS compatibility warnings after updates
5. We calibrate touch sensitivity for precise input across the entire 6.7" display, test Face ID depth mapping through new glass, and verify Dynamic Island animations—procedures requiring expensive specialized calibration equipment
6. Same-day screen replacement available with Face ID preservation—DIY attempts risk permanent biometric failure, titanium frame damage, and missing underlying logic board issues requiring component-level repair