The round stool shape and precise dimensions lend quality to any room. Natural MDF wood veneer combined with a rounded base that widens towards the bottom creates a naturally relaxed Wabi-Sabi atmosphere. It is available in two sizes: a Tall model with a 50 cm diameter and 48 cm height, and a Low model with a 60 cm diameter and 35 cm height. The dimensions are ideal for ensuring a harmonious and unified visual appearance.

Enjoy a real wood look with a subtly luxurious feel. The MDF board features a high-quality wood-effect foil that faithfully replicates the natural grain. The warm color and smooth finish lend any room a natural and harmonious touch, perfect for modern or Wabi-Sabi interior design styles.

The table is designed for stable load-bearing capacity, with a 2.5 cm thick tabletop that supports up to 120 kg. Non-slip felt glides on the legs increase friction for a secure footing. The high-density MDF board is moisture-resistant and dimensionally stable. Its scratch-resistant, wood-effect foil is practical for everyday use, allowing stains like coffee or dust to be easily wiped away to maintain a like-new look.

These side tables can be used individually or combined for flexible room design. The taller model is ideal as a side table for glasses or lamps, while the shorter model works well as a main coffee table. When paired, they create an appealing, tiered visual effect. They are available separately, making them versatile for living rooms, bedrooms, balconies, and adaptable to various apartment sizes.

Each side table is individually packaged to reduce the risk of damage during transport. If you order a set, you will receive two packages that may arrive at different times. Assembly is easy, taking most users 15-20 minutes with the included instructions. Please note that due to differences in screen displays and the individual grain of the wood veneer, slight color or pattern variations may occur between the product and the image. Dimensions are measured manually and may vary slightly; the actual dimensions correspond to the delivered product.