Soporte para monitor MACLEAN MC-969 de doble brazo con gas spring para pantallas de 17–45 pulgadas, carga máx. 16 kg

The MACLEAN MC-969 double arm monitor mount with gas spring is designed for 17–45" screens and supports up to 16 kg per arm. This desk-mounted bracket offers smooth height adjustment, tilt and swivel movement to position displays ergonomically. The gas spring mechanism enables fine tuning of screen height and angle with minimal effort while the dual-arm design allows independent positioning of two monitors for multi-screen setups or flexible single-screen arrangements. The mount helps free desk space and promotes a more comfortable working posture for office or home workstations.

Advantages

The MC-969 provides stable support for screens up to 45" while maintaining fluid adjustment thanks to its gas spring. Its double-arm construction enables independent monitor alignment and creates space under the screens. Installation is intended to be straightforward using a desk clamp or grommet fitting, and integrated cable management keeps power and signal cables organized. The mount is suitable for frequent repositioning, enabling quick ergonomic changes without tools.

Suitable for

Key specifications

How to use

Attach the MC-969 to the edge of the desk using the clamp or install it through the desk with the grommet option following the supplied instructions. Mount each monitor to the VESA plate on the arm and adjust the gas spring tension if needed to match the monitor weight. Use the tilt, swivel and rotation functions to align screens at the desired height and viewing angle. Route cables through the integrated channels to keep the workspace tidy and ensure full range of motion without strain on connectors.

Recommendations

Verify VESA compatibility and monitor weight before installation. Adjust the gas spring tension gradually and test movement after each change. For safety, periodically check tightness of mounting hardware and cable routing. Avoid exceeding the 16 kg load limit per arm to maintain stable operation.