Slickblue Modern C Shaped Hight Adjustable End Table with Keyboard Tray and Charging Station for Living Room Sofa Laptop Table 31.5 in W x 45.28 in H Gray/ Brown/ Black

Create a flexible workspace with this height adjustable C table designed for living rooms, bedrooms, dorm rooms, and home offices. The spacious tabletop provides room for laptops, notebooks, snacks, or work essentials, making it suitable as a sofa side desk, rolling laptop table, snack table, or compact workstation. Its C shaped base allows the table to slide close to sofas, chairs, or beds, helping you work or relax comfortably. The adjustable height design allows the tabletop to move from 27.75 inches to 45.28 inches, making it suitable for both seated and standing use. This adjustable range helps position the surface at a comfortable level for typing, reading, writing, or using electronic devices. The compact footprint also makes the table suitable for apartments, dorm rooms, and smaller workspaces. A built-in charging station with an electrical outlet and USB ports provides convenient access for charging phones, tablets, or other devices while working or relaxing. The slide-out keyboard tray glides smoothly in and out, offering a dedicated space for a keyboard while keeping the main desktop clear when not in use. Four rolling casters allow the table to move easily across floors, giving you the flexibility to reposition it throughout the room. Lockable wheels help keep the table in place once it is positioned beside a sofa, chair, or bed. The C shaped base design allows the frame to slide under furniture, bringing the tabletop closer to your seating area while saving floor space. Constructed with engineered wood panels and a metal frame, table provides a balanced structure for daily tasks such as laptop use, reading, writing, or light dining. With adjustable height, rolling mobility, a keyboard tray, and a built-in charging station, this C table offers a convenient workspace solution for modern homes.Note: Actual product color may slightly vary from the images shown due to lighting conditions during photography and individual monitor or device display settings.