ID 3642950

Available 47 pcs.

Dux Ducis Aimo case for Samsung Galaxy Z Fold 6 - black

Thanks to the combination of a rigid PC back and a flexible TPU frame, the Dux Ducis Aimo case will effectively protect your phone against falls, and the raised edges around the screen and camera provide additional protection against scratches. Its unique design will not only make your phone stand out, but will also allow easy access to all functions without removing the case.

Specification:

  • Brand: Dux Ducis
  • Series: Dux Ducis Aimo
  • Compatibility: Samsung Galaxy Z Fold 6
  • Material: TPU, PC
  • Black colour

The most important advantages of the Dux Ducis Aimo case:

  • Effectively protects the phone against the effects of falls. The thick, flexible TPU frame absorbs shocks, protecting the device from damage.
  • Provides additional protection for the most delicate parts of the smartphone: screen and camera. Raised edges protect against direct contact with hard surfaces.
  • Allows you to attach a leash or belt. You can wear your phone on your wrist, neck or shoulder for greater accessibility and security.
  • It is easy to assemble. Precisely cut holes in the case provide easy access to all buttons and ports.
  • It has a very elegant, unique look. The design of the case is modern and original.

Perfect protection for your phone

The Dux Ducis Aimo case guarantees the highest level of protection. It combines a rigid back and a flexible frame - this combination protects the phone against the effects of falls, impacts and other unexpected events. The TPU material of the frame is both durable and flexible, which increases shock absorption.

Screen and camera protection

The raised edges of the Dux Ducis Aimo case offer an additional layer of protection for the most sensitive parts of your phone: the screen and camera. By avoiding direct contact with surfaces, it reduces the risk of scratches and other damage. This feature is especially important for those who value the clarity of photos and the durability of their device.