Break the illusion of traditional design elements

Studio cheha Studio has been trying to rethink daily necessities since its establishment. The studio is good at designing daily necessities in a completely different form from the routine, breaking the rules of traditional design elements and creating brand-new products. Studio cheha Studio's "bulging 2D and 3D" flat-panel optical illusion desk lamp * * * has three options, namely ZIGGi, DESKi and CLASSi.

Breaking the illusion desk lamp of traditional design elements, this product increases the size and brightness on the basis of the old version of "bulbing" optical illusion desk lamp.

Make it more practical. This kind of optical illusion desk lamp is actually a 2D light-emitting board made of etched acrylic light-guiding material, but from the front, the precision woven optical net looks like a 3D desk lamp, which is very wonderful. The whole series of three desk lamps * * * shows the complex and precise optical network on the etched acrylic light guide plate.

Application effect in modern home environment

Each desk lamp is made of a single acrylic light guide plate.

The desk lamp looks three-dimensional, but the reflection on the laptop screen reveals the essence of its plane.

The effect of putting it on the bookshelf at home

Seen from the side, the thickness of the flat acrylic light guide plate is clear at a glance.

Close-up of the details of "Ziggy", it is not difficult to see that the optical illusion of 3D is formed by changing the width and spacing of etched notches on the luminous plane.

The details of "classi" show the method of creating the illusion of three-dimensional depth on the plane.

Seen from the side, the thickness of the flat acrylic light guide plate is clear at a glance.

Close-up of the details of "Ziggy", it is not difficult to see that the optical illusion of 3D is formed by changing the width and spacing of etched notches on the luminous plane.

The details of "classi" show the method of creating the illusion of three-dimensional depth on the plane.