Part of B-Tech’s professional Flex mounting range, the BT7355 Flex Titan is a heavy-duty, full-motion desk mount engineered to support larger desktop monitors up to 49″, including ultrawide and curved displays. Designed for performance-driven workspaces and high-spec home setups, the Flex Titan delivers exceptional stability, smooth adjustment, and installation versatility. Designed for Larger, Heavier Displays The BT7355 is purpose-built for modern widescreen and super-ultrawide monitors where standard desk arms may lack sufficient strength or reach. Its reinforced construction provides reliable support for larger panels while maintaining precise movement and long-term durability — ideal for trading desks, creative studios, control rooms, gaming environments, and corporate workstations. Effortless Ergonomic Adjustment The integrated gas spring mechanism allows for smooth, tool-free height adjustment, enabling users to position the display at the correct ergonomic level with minimal effort. Whether raising the screen for standing use or lowering it for seated comfort, the movement remains controlled and stable. Three independent swivel points provide extended articulation, allowing the monitor to be pulled forward, angled for collaboration, or repositioned to suit changing workflow requirements. Combined with tilt functionality, users can optimise viewing angles to reduce glare and enhance visual comfort during prolonged use. Flexible Installation Options The BT7355 Flex Titan offers multiple mounting methods to suit different desk configurations: Rear desk clamp Side desk clamp Through-desk grommet installation This flexibility makes it suitable for a wide range of workstation layouts, including shared desks and space-constrained environments. All required mounting hardware is included, ensuring a straightforward and efficient installation process. Clean Cable Management Integrated cable management keeps power and data cables neatly routed along the arm, maintaining a tidy, professional workspace while preventing cable strain during movement.
