Ches of drawers TREND

The TREND chest of drawers is a great choice for homes looking for a modern yet functional solution. The high metal legs give the furniture a light feel, while the milled, handle-free facades give the interior a sense of cleanliness and aesthetics. It is ideal for those who appreciate minimalist style and want to combine design with everyday comfort.

The TREND collection stands out for its modern yet restrained form – the geometric lines are strict, maintaining a proportional balance between solidity and visual lightness. The color range combines warm texture with matte, gently contrasting surfaces, giving the furniture a sense of naturalness and modern cleanliness. Visible layers of materiality – from vertically milled surfaces to precisely matched metal details – testify to high craftsmanship and attention to detail. Hidden opening mechanisms create a seamless, minimalist aesthetic, in which each surface is filled with thoughtful design and functional elegance.

The high legs of the furniture add elegance to the furniture, and also ensure that a robot of standard height can work free under it.

Furniture legs - classic, black color, will fit in any color interior. The black color will emphasize the pattern and color of the facture of the furniture, and the metal will ensure the longevity and sustainability of the furniture.

TREND collection furniture is made of laminated chipboard (LMDP), which ensures resistance to daily wear and tear and durability. The front parts have a smooth, matte, vertically milled texture - this enhances the minimalist, modern aesthetic. The furniture is mounted on high, narrow, black metal legs, which give the furniture visual lightness, and at the same time allow for convenient cleaning underneath. Opening is solved through milled, recessed grooves - this eliminates the need for handles and maintains a clean, seamless line of the facades. The furniture has integrated LED lighting, which subtly highlights the design geometry and creates soft background lighting in the space.