Wall-mounted computer monitor stand for screen lifting, telescopic adjustment and rotation with VESA 75×75-100×100mm compatibility, made from aluminium alloy and cold rolled plate construction, suitable for mounting NB wall displays in black finish
Wall-mounted Computer Monitor Stand with Lifting, Telescopic and Rotating Functions for NB Wall Displays

This wall-mounted pressure rack provides a functional mounting solution for computer monitors requiring flexible positioning capabilities. Designed specifically for NB wall displays, it enables users to adjust their screen's height through lifting mechanisms, extend the arm telescopically, and rotate the monitor for optimal viewing angles. The stand supports standard VESA mounting patterns, making it compatible with a range of monitors while offering practical movement options for workspace optimisation. With its aluminium alloy and cold rolled plate construction, this unit delivers reliable support for everyday office or home computing setups.
Features and Construction

The monitor stand incorporates several adjustment features within a compact wall-mounted design. It enables precise positioning through multiple movement options while maintaining structural integrity through material selection.
Material and Build
Constructed using aluminium alloy for the lower arm and wall mounting sections, the stand benefits from this material's strength-to-weight ratio. The upper arm utilises cold rolled plate, providing rigidity for supporting monitors while allowing smooth adjustment movements. This material combination creates a durable framework capable of handling repeated positioning adjustments without compromising stability.
Size and Practical Fit
Measuring 351×255×79mm, the stand presents a compact profile suitable for various wall spaces. Weighing 1.82kg, it offers substantial support without excessive bulk. The VESA compatibility spanning 75×75mm to 100×100mm hole patterns ensures broad monitor compatibility, while the wall-mounted design maximises desk space utilisation.
Uses and Placement

This monitor stand serves both professional and personal computing environments where flexible screen positioning enhances productivity and comfort.
Event or Professional Use
In professional settings such as offices, control rooms or retail environments, the stand's lifting and rotating capabilities allow for optimised viewing angles for multiple users. The telescopic adjustment enables screen positioning at appropriate distances for different tasks, while the wall mounting frees up valuable desk space. These features make it suitable for situations where monitors need regular repositioning or shared viewing access.
Everyday Home Use
For home offices or personal computing setups, the stand provides ergonomic benefits through adjustable height and angle options. The rotation feature facilitates switching between portrait and landscape orientations for different content types, while the lifting mechanism helps achieve comfortable viewing heights. The black finish offers aesthetic compatibility with various room decors and computing equipment.
Benefits and Buying Value

This monitor stand delivers practical advantages through its adjustment capabilities and construction, offering value through functional versatility rather than specialised features.
Reuse and Low Maintenance
The aluminium alloy construction provides corrosion resistance and structural longevity, supporting reuse across multiple monitor upgrades. The mechanical adjustment mechanisms operate without electronic components, reducing maintenance requirements and potential failure points. This simplicity contributes to reliable performance over extended periods of use.
Why Choose This Product
This stand offers comprehensive adjustment options including lifting, telescopic extension and rotation within a single unit. The specific NB wall display compatibility ensures appropriate sizing and mounting, while the VESA pattern range accommodates various monitor models. The material selection balances strength with weight considerations, creating a functional mounting solution for standard computing applications.
