Lampa wisząca Kibo 2 miodowa, proj. N. Szpunar, Artera

Lampa wisząca Kibo 2 miodowa, proj. N. Szpunar, Artera - 360713

Lampa wisząca Kibo 2 miodowa, proj. N. Szpunar, Artera

Name: Lampa wisząca Kibo 2 miodowa, proj. N. Szpunar, Artera
SKU: 37533
Price: 319 PLN
Availability: InStock

319 PLN

5 days left

9 hours left

Lowest price guarantee

Choose amount

The Kibo 2 pendant lamp, designed by Nikodem Szpunar for Artera, features a powder-coated steel shade with a matte finish and an hourglass-inspired silhouette. The dominant color is a warm ochre, applied consistently to both the shade and the ceiling rose. The suspension cable creates a subtle contrast in deep brown. The construction is free from visible joints or decorative elements, emphasizing the lamp’s minimalist and contemporary profile. With a shade height of 24 cm, the proportions favor focused, directional lighting. The lamp comes with a replaceable GU10 light source included, and adjustable suspension height enables versatile positioning within a space.Kibo 2’s balanced form communicates a sense of calm through simplicity—its matte ochre surface softens the graphic outline, while the smooth finish allows light to diffuse gently downward, creating a composed, harmonious accent. The design reflects attention to detail and equilibrium between color and precise line. The lamp’s character reads as a contemporary take on classic forms, where color becomes a subtle agent of mood.Kibo 2 works well above a dining table or kitchen island, where multiple fixtures can establish a cohesive lighting rhythm. In the bedroom, a single lamp can serve as a focused light source beside the bed. Pair it with light-toned wooden furniture, natural-hued textiles, or matte ceramics. Surrounded by white, graphite, or deep green, the ochre accent stands out as a sophisticated yet understated element within the interior.The lamp is equipped with a replaceable GU10 light source, which is included. The shade has a height of 24 cm. The adjustable suspension allows for adaptation to individual spatial requirements.