A 3D model of a corner table/side table, featuring a teal drawer with gold trim and legs, and a modern, elegant aesthetic. It has low polygon count and is suitable for living rooms or bedrooms.

Inspired by organic curves, blending nature’s soft lines with modern minimalism, this small round table features a smooth, matte mint-green top that catches light gently. Its slender, tapering legs, connected by a subtle base, create a sense of lightness, while sturdy construction ensures stability. Ideal for a cozy modern living room or minimalist bedroom, pair it with linen sofas and potted succulents for a fresh, airy vibe. The compact round top is perfect for small decor or daily essentials.

Inspired by timeless classic furniture, this nightstand blends a smooth white surface with metallic knobs for refined contrast. Delicate carved legs add elegant layering, perfect for a neoclassical or minimalist bedroom. Two drawers offer practical storage, enhancing organization with understated charm.

Inspired by the delicate latticework of traditional Asian architecture, this side table merges timeless craftsmanship with modern simplicity. Its soft mint-green finish, applied with a smooth, matte texture, exudes a fresh, calming energy, while the cool, slightly tactile surface invites gentle interaction. The design features clean, angular lines and a central openwork circle cutout, creating a light, airy silhouette that avoids heaviness, making it visually striking yet unobtrusive. Perfect for balancing a minimalist living room, it pairs seamlessly with neutral-toned sofas and wooden flooring, enhancing a serene, sophisticated vibe. In a bedroom, it serves as an elegant nightstand, complementing linen bedding and small potted succulents. The two-tiered structure offers practicality: the upper shelf holds a lamp or a stack of books, while the lower shelf provides discreet storage for magazines or decorative trinkets. Its stable, lightweight base ensures durability, and the thoughtful proportions make it easy to reposition, adapting to evolving space needs.