Karl Lagerfeld IML Choupette Sketch Logo MagSafe -kotelo iPhone 17, pinkki

Protect your iPhone 17 with style using the Karl Lagerfeld IML Choupette Sketch Logo MagSafe Case. This designer back cover combines fashion-forward aesthetics with durable protection, featuring a glossy finish and integrated MagSafe magnets for effortless attachment and faster wireless charging.

Advantages

Designed for the fashion-conscious user, this case offers a perfect blend of elegance and functionality. The IML (In-Mold Labeling) technology ensures a vibrant, scratch-resistant surface that showcases the iconic Choupette Sketch Logo. With precise cutouts and responsive button covers, you have full access to all ports and controls without removing the case.

Suitable for

• Women and fashion enthusiasts who value designer accessories
• Users seeking MagSafe compatibility for secure attachment and fast wireless charging
• Anyone wanting reliable everyday protection with a raised camera bezel and screen lip

Key specifications

• Compatible Phone Model: Apple iPhone 17
• Case Type: Back Cover
• Material: TPU (Thermoplastic Polyurethane) / PC (Polycarbonate)
• MagSafe Compatibility: Yes
• Design Theme: Choupette Sketch Logo
• Color: Pink
• Finish: Glossy (IML - In-Mold Labeling)
• Protection Features: Scratch resistance, Minor drop protection, Raised camera bezel, Raised screen lip
• Wireless Charging Support: Yes
• Access to Ports & Buttons: Precise cutouts and responsive button covers
• Installation: Snap-on
• Brand Collection: Karl Lagerfeld IML Choupette
• Special Features: Integrated MagSafe magnets for secure attachment and faster wireless charging
• Aesthetic: Fashion-forward, Designer
• Durability: High-quality materials for everyday use
• Packaging: Retail box
• Country of Design: France
• Target Audience: Women, Fashion Enthusiasts

Recommendations

Elevate your iPhone experience with this premium Karl Lagerfeld case. Its unique design and practical features make it a must-have accessory for those who appreciate luxury and functionality.