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The StarBoard SB-WH3110 Mobile Stand provides a secure and versatile mounting solution for large-format interactive flat-panel displays and digital screens. Engineered for maximum stability and ease of movement, this heavy-duty cart accommodates displays between 42 and 86 inches (107 – 218 cm). It serves as an essential component for modern classrooms, conference rooms, and collaborative workspaces that require mobile digital infrastructure.
The SB-WH3110 supports a maximum bearing weight of 196 lbs (89 kg), ensuring the structural integrity required for heavy interactive boards and touch-sensitive displays. The mounting interface supports a wide range of VESA standards, from a minimum of 102 x 102 mm up to a maximum of 76 x 610 mm. A specialized hook and screw mechanism secures the display to the mounting bracket, providing a fail-safe connection that prevents the screen from falling or shifting during use.
Four heavy-duty caster wheels allow for seamless 360-degree movement across various floor surfaces, enabling effortless transport between rooms. Each wheel includes an integrated brake system to lock the stand firmly in a fixed position once the display reaches its destination. The base is engineered with a wide, sturdy footprint specifically designed to prevent accidental tipping, even when supporting the largest compatible screens at their maximum weight capacity.
This mobile stand features an adjustable height design that allows users to set the display at the optimal viewing level for different audiences and seating arrangements. A hidden cable routing system organizes power and data cords within the frame of the stand. This cable management feature maintains a clean aesthetic and significantly reduces tripping hazards in high-traffic environments.
The StarBoard SB-WH3110 is optimized for diverse professional settings. Educational institutions utilize the mobile stand to share interactive technology between classrooms, while corporate offices deploy it for video conferencing and agile presentations. The combination of height adjustability and a reinforced steel frame makes it suitable for high-interaction environments where screen stability is critical for touch accuracy and user safety.