Technical specifications indicate that the ErGear Single Monitor Arm utilizes a nitrogen gas spring mechanism to facilitate vertical travel. Material analysis confirms the chassis is constructed from a combination of die-cast aluminum and cold-rolled steel, providing structural support for panels up to 22 lbs. Standardized testing protocols suggest the pivot joints maintain high reliability, though the tilt tension assembly requires specific torque calibration to counteract gravitational forces on monitors exceeding 18 lbs.
Structural dimensions are optimized for VESA 100x100mm mounting patterns, with the gas strut providing a calibrated counterbalance for displays between 15 and 20 lbs.
Operational safety metrics require the adjustment of the tension screw toward the negative symbol for lightweight displays to prevent rapid vertical acceleration upon release. Support is provided for 360-degree rotation, enabling vertical orientation for specialized software development or document review workflows. Dual mounting configurations, including a reinforced C-clamp and a grommet base, are included to accommodate varying desk substrate densities.
- Modes of operation: Static height lock, fluid vertical travel, 360-degree rotation.
- Mounting interfaces: 75x75mm and 100x100mm VESA compatibility.
Performance metrics demonstrate a finite mechanical cycle life of approximately 15,000 to 20,000 adjustments for the internal gas spring. While the system supports 34-inch ultrawide panels, the cable management channels possess narrow physical dimensions, which may restrict the routing of high-gauge DisplayPort cables.
If your specific hardware configuration involves a high-mass ultrawide panel that requires increased tension stability, consider the WALI GSMP001N as a heavy-duty alternative with a 26.4lb payload rating. This unit is classified within the broader ecosystem of ergonomic monitor arms, which serve as foundational hardware for workstation optimization.
