The contemporary design of this espresso-finished TV stand has a subtle retro style. Stainless steel accents and clean-cut lines make the Nexera Eclipse 57 Inch Espresso TV Stand seem very modern and retro at the same time. The spacious top surface will support a TV measuring up to 57 inches wide. Three open shelves offer versatile storage for audio-visual components. The three drawers provide tidy hidden storage for DVDs, CDs, games, and other living room items. The 3-inch-high, brushed stainless steel legs can be adjusted to compensate for uneven floor surfaces.
This contemporary TV stand is constructed from laminate composite wood derived from FSC certified forests only. The environmentally friendly manufacturing process involves recycling factory waste, using recycled packaging, and relying solely on renewable energy sources. The TV stand has a rich espresso finish accented by slim, brushed stainless steel drawer handles. Clean lines and straight edges complete the fashionable, sleek style. Some assembly is required.
About Nexera
Nexera, whose name is a combination of the words next era, is a Canadian manufacturer of affordable ready-to-assemble furniture known for its innovative, cosmopolitan style. At their factory in Laval, Canada, Nexera employees utilize state-of-the-art equipment to manufacture their modern furniture collections, including bedroom collections, entertainment furniture, office furniture, and utility furniture.
From start to finish, Nexera upholds high standards of care for the environment when making their furniture. All raw material (particle board) originates from FSC (Forest Stewardship Council) certified forests only, and energy used comes from renewable sources only, such as hydro-electricity and windmill power. Nexera meets the CARB (California Air Resources Board) requirements for clean air, and it recycles over 92% of its factory waste. Nexera products are packaged with 100% recycled fibers. Because of the materials they are constructed with, Nexera products are also able to be recycled at the end of their life cycle, which reduces landfill waste.
