Stop Hunching Over Your Laptop: This Stand Has a USB Hub Built In - Yanko Design
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Stop Hunching Over Your Laptop: This Stand Has a USB Hub Built In - Yanko Design
"Working from whatever surface is available means café tables, office booths, hot desks, all places where the laptop is always too low and the power outlet is always just out of reach. People stack laptops on books, hunch over for hours, and drag a small zoo of dongles and chargers around just to make a temporary spot feel like a real workstation for a few hours before packing up and moving again."
"The Lana laptop stand from Colebrook Bosson Saunders is a compact riser that lifts your laptop to eye level and hides an integrated USB hub in its spine, so your keyboard, mouse, and power all run through a single USB-C cable. You drop your laptop on it, plug in one cable, and the temporary desk suddenly feels less temporary, less improvised, and less like you're working from a surface that was meant for lunch rather than spreadsheets."
"Lana is designed to "eliminate musculoskeletal strain and fatigue," adjusting instantly for healthy posture even in "temporary touchdown spaces." You raise the laptop until the top of the screen is roughly at eye level, use a separate keyboard on the desk, and your back, shoulders, and eyes stop paying the price for every impromptu session. It's a small change that matters more when you're constantly moving between locations instead of staying put."
The Lana laptop stand by Colebrook Bosson Saunders is a compact riser that raises laptops to eye level and contains an integrated USB hub in its spine. One USB-C cable connects keyboard, mouse, and power through the stand, enabling single-cable docking. The stand converts transient surfaces such as café tables, booths, and benches into functional workstations without cable hunting. Adjustable height supports healthy posture by positioning the screen top at eye level and promoting use of a separate keyboard. The small footprint fits tight communal furniture and reduces musculoskeletal strain and fatigue during frequent location changes.
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