Guise

Guise is a ceiling light. The larger diameter glass cylinder is held vertically, concentrating the light within a lower corona of light. The pattern of striations etched into the borosilicate glass irradiates a general light with a moiré effect of visual interference crowned by a fine halo. The light source is hidden by the upper black profile. Installation type Surface Canopy Shade Borosilicate glass diffuser Materials Ceiling rose: Steel Body: Aluminum Electrical characteristics Led 3000K CRI >90 1325 lm 118 lm/W Driver included: CV - Constant Voltage 110~240V 50/60Hz Technical characteristics Sensor on the LED base Guise 2292 Photometric data Efficiency : 26.02 lm/W Coordination system : C=0.00 G=0 Total Flux : 398.74 lm Maximum value : 329.76 cd Guise 2294 Photometric data Efficiency : 30.76 lm/W Coordination system : CG Total Flux : 472.92 lm Maximum value : 196.63 cd Guise 2298 Photometric data Efficiency : 38.65 lm/W Coordination system : CG Total Flux : 868.47 lm Maximum value : 348.73 cd Guise is a poetic expression of craft, light, technology and mood. Stefan Diez developed a new approach to using LED technology together with Vibia, by integrating light with material and making it pass through in such a way that it becomes invisible and then allowing it to appear out of nowhere. The final result is a unique collection of beautiful transparent objects that emanate light, integrating material, light and space in a way never before realised. The exquisite treatment of the form, the material and the technology guarantees a surprising lighting effect and an impeccable performance. The collection includes wall sconces, floor lamps and suspended fittings that combine an atmospheric illumination that can be either horizontal or vertically aligned as well as a circular indirect light for walls. The transparent crystal uses high quality borosilicate glass. The union of physical material and the virtual comes about through advanced technology which nevertheless remains unseen: latest-generation of LEDs, precision cut glass and striations made by a robot on the glass surface. With Guise this approach to technology culminates with the inclusion of a sensor within the light fitting that allows the intensity to be dimmed by proximity to the object, without the need for actual contact.