3 Tier Small Acrylic Side Table Clear Nightstand Bedside Table Square Design for Home Living Room Bedroom

Enhance your living space with this sleek and durable 3-Tier Small End Table, crafted from high-quality acrylic material known for its outstanding transparency and sturdy construction. Designed to offer both style and functionality, this minimalist modern table provides ample storage and organization while maintaining a lightweight and eco-friendly profile. Key Features: · Premium Acrylic Material: Made from clear acrylic that offers excellent transparency, high strength, and a stable structure that resists deformation. Lightweight and easy to clean, each tier supports up to 40 lbs, ensuring long-lasting durability. · Space-Saving Design: Measuring 13.8 x 11.0 x 23.6 inches, this compact three-tier table maximizes storage capacity without occupying much floor space, making it ideal for small rooms, corners, and apartments. · Easy Assembly: Designed for quick and hassle-free setup, the table comes with pre-installed screws on the acrylic rods, allowing you to assemble it in minutes with minimal effort. · Minimalist Modern Style: With smooth rounded edges for safety and a clear, clean finish, this end table seamlessly complements any home decor, from contemporary to classic interiors. · Multifunctional Use: Perfect as a nightstand, bedside table, couch side table, or decorative accent piece in your living room, bedroom, bathroom, or foyer. Its versatile design accommodates a variety of uses, enhancing both organization and aesthetics. Specifications: · Item Type: 3 Tier Small End Table · Material: Acrylic · Weight: Approx. 2140 g (75.49 oz) · Dimensions (Post Assembly): Approx. 35 x 28 x 60 cm (13.8 x 11.0 x 23.6 in) Package Includes: · 1 x 3 Tier Small End Table This acrylic small end table combines practical storage with a stylish look, offering a durable and lightweight addition to any room. Whether used for holding books, drinks, or decorative items, it provides a tidy, modern solution that fits perfectly into compact spaces.