Rockstable RS-MM010W profesionálny držiak na jeden monitor - stolová svorka/priechodka - 8 kg - 15-32 inch - 100x100 mm - biely

The Rockstable RS-MM010W is a professional single monitor mount designed for ergonomic and space-saving workstation setups. It supports monitors from 15 to 32 inches with a maximum load capacity of 8 kg, and is compatible with VESA 75x75mm and 100x100mm patterns. The mount offers versatile installation options via desk clamp or grommet mount, fitting desks with thicknesses from 10 to 85 mm. Its gas spring mechanism enables smooth height adjustment, while the arm provides extensive tilt, swivel, and rotation for optimal viewing angles. Integrated cable management keeps your workspace tidy. The mount is constructed from steel, aluminum, and plastic, finished in white.

Advantages

Ergonomic flexibility with full motion range, sturdy construction supporting up to 8 kg, easy installation with two mounting options, and integrated cable management for a clean desk.

Suitable for

• Home offices and professional workstations
• Single monitor setups requiring height and angle adjustability
• Desks with thickness between 10-85 mm or grommet holes 10-50 mm

Key specifications

• Product Type: Monitor Arm
• Monitor Support: Single Monitor
• Mounting Type: Desk Clamp, Grommet Mount
• Max Load Capacity: 8 kg (17.6 lbs)
• Min Screen Size: 15 inches (38.1 cm)
• Max Screen Size: 32 inches (81.3 cm)
• VESA Compatibility: 75x75mm, 100x100mm
• Tilt Range: +90° / -45°
• Swivel Range: +90° / -90° (VESA plate), 180° (arm joint)
• Rotation: 360° (Portrait/Landscape)
• Height Adjustment: Gas Spring
• Max Arm Extension: 450 mm
• Integrated Cable Management: Yes
• Desk Clamp Thickness: 10 - 85 mm
• Grommet Mount Thickness: 10 - 85 mm
• Grommet Hole Diameter: 10 - 50 mm
• Material: Steel, Aluminum, Plastic
• Color: White

Recommendations

For optimal ergonomics, position the monitor at arm's length with the top of the screen at or slightly below eye level. Ensure the desk clamp or grommet mount is securely fastened to a stable surface.