Protective Magnetic Case Nillkin LensWing for Apple iPhone 16 Pro Max — Blue, MagSafe-compatible, raised camera rim

The Nillkin LensWing Magnetic case for Apple iPhone 16 Pro Max (blue) combines protection and refined design. Made from eco-friendly liquid silicone with an aircraft-grade aluminum frame, the case provides a soft-touch surface, reliable drop protection and full compatibility with MagSafe charging. Precision cutouts and metal buttons ensure a perfect fit and unobstructed access to all phone functions.

Advantages

The liquid silicone exterior offers a smooth, non-slip surface that resists fingerprints and dirt while remaining comfortable to hold. The aluminum frame adds structural strength and functions as a hidden, adjustable stand with smoothly operating damping bearings. Built-in strong magnets allow seamless MagSafe wireless charging and secure magnetic closure without removing the case.

Key specifications

• Name: Nillkin LensWing Magnetic case Apple iPhone 16 Pro Max (blue)
• Manufacturer: Nillkin
• Model: 069619
• Color: Blue
• Compatible with: iPhone 16 Pro Max
• Materials: Eco-friendly liquid silicone, aircraft-grade aluminum frame
• Features: MagSafe-compatible magnets, magnetic clip closure, hidden adjustable stand, metal buttons, precise cutouts

How to use

Align the case with your iPhone 16 Pro Max and press gently until the edges snap into place, ensuring all cutouts match ports and buttons. Use the aluminum frame stand by unfolding it and adjusting the angle smoothly for comfortable media viewing or video calls. For wireless charging, place the MagSafe charger on the back of the case — the built-in magnets will align and enable stable charging without removing the cover.

Recommendations

Clean the case periodically with a soft, damp cloth to remove dirt and maintain the silicone finish. Avoid abrasive cleaners or solvents. When using the stand, place the phone on a stable surface to prevent slipping under heavy loads. For optimal MagSafe charging, remove any metal accessories that might interfere with magnetic alignment.