Dual Vertical Monitor Stand, Fits 13-38" Flat, Curved & Ultrawide Screens, Max Load up to 26.5 lbs, 31.5" Height Adjustable Pole, Full Motion Flexibility, Quick-Release VESA, Cable Management, C-clamp and Grommet Mounting Base, VESA Plate 75x75mm,100x100mm
Heavy-Duty Dual Vertical Design
Engineered to support two monitors up to 26.5 lbs (12 kg) each, this rugged mount easily handles flat, curved, and ultrawide displays-even in demanding professional environments
Broad Display Compatibility
Compatible with a wide range of screens from 13" to 38". Supports both VESA 7575mm and 100100mm mounting standards for universal fit. Ensure you use the VESA screws that came your screen or TV as this product does not include all screw sizes
Extra-Tall Height Adjustment
A robust 31.5" (802 mm) vertical pole provides ample height for flexible top-and-bottom stacking. Fine-tune each monitor's position for an ergonomic viewing angle
Full Motion Flexibility
Each monitor can be adjusted independently, supporting ±35° tilt, ±90° rotation, and 360° full rotation. It also supports portrait and landscape modes, allowing you to fine-tune the viewing angle and improve comfort and work efficiency
Simple Monitor Installation
Detachable VESA plates make installation fast, simple, and tool-friendly - saving time during setup or screen swaps
Two Segment Pole
Setup a stacked monitor setup or remove the top pole for a single monitor setup with the lower pole only to improve aesthetics
Supports Different Orientation
View content in portrait or landscape mode with monitor rotation
Clean Cable Management
Built-in cable channels keep wires neatly tucked away for a clean, organized, and professional workspace
More from the Manufacturer
- Pole Mount offers a reliable, convenient mounting solution
- Can withstand a maximum weight of 53 lb
- Supports 42" displays
- Built with steel product material to offer usage dependabilty and durability, ensuring prolonged use
- Heavy Duty feature for maximum productivity with added dependability
- Pole application/usage for better dependability with added efficiency
