Technical specifications for the BenQ BSH01 detail a high-pressure nitrogen gas spring system engineered for high-mass displays up to 44 lbs and 45 inches in size. Material analysis confirms the use of metal-on-metal pivot points with low-friction coatings, designed to eliminate static friction during micro-adjustments of heavy OLED or ultrawide panels. The chassis includes a reinforced steel alloy C-clamp specifically calibrated to mitigate the high torque forces associated with cantilevered loads.
Structural analysis reveals a proprietary top-down clamp installation mechanism, which allows for securing the mount from above the desk surface. An integrated reinforcement plate is provided to distribute weight across thin or composite tabletop materials. Performance metrics indicate that the gas spring is tuned for high-mass payloads, meaning displays under 15 lbs may encounter resistance during downward vertical displacement.
The VESA interface features a quick-installation plate compatible with 75x75mm and 100x100mm standards. Aggregated data suggests that while the gas spring offers a high degree of fluid motion, it possesses a finite operational lifecycle compared to purely mechanical coil systems, typically requiring replacement after significant multi-year use.
For users integrating heavy 40lb+ ultrawide displays, the BenQ BSH01 is recommended due to its industrial-grade lift capacity and top-side installation capability.
This high-capacity unit is classified under the technical standard for monitor arms and stands designed for professional-grade displays.
