3 in 1 Clip On Mobile Phone Camera Lens 180° Fish Eye Lens+0.67X Wide Angle+ Macro Lens Universal HD Camera Lens Kit Clip Camera Lens Kit Compatible with iPad iPhone 7 6 5 Samsung BlackBerry HTC
Feature:
1. Transform Your Smartphone Photography: With the mobile phone camera lens, turn your smartphone or iPad into a portable, charming camera. This lens kit includes fisheye, wide-angle, and macro lenses, providing you with a versatile photography experience.
2. Easy Clip-On Design: The clip on phone lens is designed for effortless installation and removal. Simply clip it onto your smartphone or tablet, and you're ready to capture stunning images without any hassle.
3. Universal Compatibility: The universal hd camera lens kit is compatible with all major smartphones and tablets that have a single rear camera. Enjoy the convenience of a high-quality lens kit that fits your device perfectly.
4. High-Quality Optics: Each lens in the clip camera lens kit is crafted with advanced optical glass and professional-grade aluminum construction. This ensures clear, sharp photos with reduced glare and reflections every time.
5. Perfect for Every Scenario: The phone lens kit includes a wide-angle lens for capturing expansive views, a fisheye lens for unique hemispherical images, and a macro lens for detailed close-ups. Whether you're photographing landscapes, groups, or tiny subjects, this kit has you covered.
Specification:
Origin: Mainland China
Hign-concerned Chemical: None
Product name: Universal clip fisheye lens
Applicable models: Most mobile phones, iPad, etc.
Product composition: Universal clip universal fisheye wide-angle and macro lens
Color: black, gold, silver, blue, red (optional)
Shell material: aluminum alloy
Product size: 53*22*15mm/2.09x0.87x0.59inch
Product net weight: 32g
Packaging size: 160*96*25mm (color box)
Gross weight: 38.2g
Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.
