MyScreen Diamond Glass Camera Lens Cover for Apple iPhone 17 Pro Max - 9H Tempered Glass, Anti-Fingerprint, Bubble-Free Installation, Transparent

Most camera protectors force a compromise: either they shield the lens but degrade photo quality, or they preserve clarity yet peel off within weeks. The MyScreen Diamond Glass Camera Lens Cover for Apple iPhone 17 Pro Max eliminates that trade-off. Built from premium 9H tempered glass with a full-surface adhesive, it bonds securely to the camera module, staying bubble-free and invisible while maintaining the original sharpness and color accuracy of your shots.

Highlights

• 9H hardness tempered glass resists scratches, impacts, and daily wear
• Ultra-thin 0.33 mm design with 2.5D rounded edges for a seamless feel
• Anti-fingerprint coating keeps the lens area clean and smudge-free
• High optical clarity maintains true-to-life color and detail in every shot
• Full coverage of the camera lens module for complete protection
• Easy bubble-free installation with full-surface adhesive

In daily use

Whether you're capturing landscapes, portraits, or macro shots, this lens cover stays invisible while shielding your camera from keys, coins, and accidental drops. The transparent finish blends perfectly with the iPhone 17 Pro Max design, and the anti-fingerprint layer means fewer smudges and less cleaning. Installation takes seconds—just align, press, and enjoy peace of mind without any bubbles or residue.

Full specifications

• Product type: Camera lens protector
• Material: Tempered glass (Diamond Glass)
• Hardness rating: 9H
• Compatibility: Apple iPhone 17 Pro Max
• Features: Scratch resistant, impact protection, anti-fingerprint coating, high optical clarity
• Thickness: 0.33 mm
• Edge design: 2.5D rounded edges
• Adhesive type: Full surface adhesive
• Installation: Easy, bubble-free
• Coverage: Full camera lens module
• Color: Transparent
• Number of pieces: 1

Final note

Protect your iPhone 17 Pro Max camera with confidence—MyScreen Diamond Glass delivers uncompromising clarity and durability in one ultra-thin layer.