Technical specifications indicate that the ErgoFocus Long Arm utilizes a cold-rolled steel (SPCC) vertical pillar paired with a dual-link horizontal extension. Structural analysis reveals a purely mechanical system devoid of gas-spring components, relying instead on a manual locking collar for vertical positioning. Standardized metrics confirm an extra-tall pole height designed to support vertical clearances up to 22 inches, providing a fixed stability profile for monitors ranging from 13 to 32 inches.
Performance data confirms a maximum weight capacity of 19.8lbs, though lateral stability may fluctuate when the arm is fully extended. Material science analysis of the tensioning system shows a standard friction-hinge design for tilt and swivel functions. Cable routing is managed via integrated polymer clips designed to accommodate standard interface cabling without interfering with the mechanical joints.
Hardware analysis identifies this chassis as a shared ODM design, frequently utilized in tall-pole configurations to maximize vertical range in static workstation environments.
The manual height adjustment mechanism requires physical intervention to release and secure the locking collar, differentiating it from dynamic counterbalance systems. Integrated pivot points allow for 360-degree rotation, enabling the transition between landscape and portrait orientations, provided the friction bolts are torqued to maintain the selected angle.
The ErgoFocus Long Arm is specifically recommended for users requiring extreme vertical elevation that standard gas-spring models cannot achieve.
This unit is classified within the broader technical standards for ergonomic monitor arms, focusing on static load-bearing and vertical extension capabilities.
