Monitor mount ENDORFY Atlas Double for 2 displays 27 inch (68.6 cm), clamp, VESA 75x75–100x100, max 8 kg per screen, black

The ENDORFY Atlas Double is a two-armed monitor mount for dual-screen setups with a clamp mounting system. It supports two displays up to 27" (68.6 cm) diagonal each, with a combined maximum load of 16 kg (8 kg per arm). The mount is compatible with 75 x 75 mm and 100 x 100 mm VESA standards and is finished in black to fit most workstations.

Advantages

The Atlas Double provides wide adjustability with height adjustment, swivel from -90° to +90°, and tilt from -35° to +35°, enabling flexible positioning for ergonomic viewing. Its clamp mounting system allows tool-free attachment to desks in seconds, while the 8 kg per-arm capacity accommodates heavier monitors within the 13–27" range. VESA compatibility ensures easy installation with standard monitor brackets.

Suitable for

• Home offices requiring dual-monitor setups
• Professional workstations for productivity and multitasking
• Content creators and designers who need adjustable screen positioning
• Small desks where clamp mounting saves space

Key specifications

• Model: ENDORFY Atlas Double (EY8F003)
• Maximum screen size: 27" (68.6 cm) per display
• Maximum weight capacity: 16 kg total (8 kg per arm)
• VESA compatibility: 75 x 75 mm and 100 x 100 mm
• Swivel range: -90° to +90°
• Tilt range: -35° to +35°
• Mounting type: Desk clamp
• Colour: Black
• EAN: 5903018664569

How to use

Attach the clamp to the edge of a suitable desk and tighten it securely. Mount each monitor using the VESA holes (75 x 75 mm or 100 x 100 mm) and fasten according to the monitor manufacturer's instructions. Adjust the height, swivel and tilt to achieve a comfortable viewing angle, ensuring each arm carries no more than 8 kg. Double-check all fastenings before regular use.

Recommendations

For stable installation, use a desk with a solid edge and sufficient thickness for the clamp. Distribute monitor weight evenly and avoid exceeding the specified 8 kg per arm limit to maintain safe operation and preserve the mechanism's longevity.