Technical specifications indicate the OPNICE 2-Tier Monitor Stand is a mechanical elevation chassis constructed from medium-density fiberboard (MDF) or composite particle board, supported by reinforced structural uprights. Material analysis confirms the platform depth is 11.8 inches, establishing the maximum footprint boundary for monitor base stability to prevent center-of-gravity shifts during operation.
Performance metrics demonstrate a static vertical lift range of 5.5 to 6 inches, functioning as a passive thermal management interface by increasing the clearance between the monitor's lower vents and the desk substrate. Structural analysis identifies the drawer mechanism as a non-ball-bearing friction slide, which may require the application of dry PTFE lubricant to mitigate plastic-on-plastic grinding under high-cycle usage.
The unit utilizes structural compression rather than pneumatic or gas-spring mechanics, making it a fixed-height asset for static workstation configurations.
Aggregated specification data lists the internal hardware as a Tier-2 furniture class, shared with several ODM variants. While the mesh-style or solid surface provides high vertical density for dual-peripheral storage, the lack of active cable routing or integrated power throughput requires secondary management for active electronics.
A gas-spring mechanical arm is recommended as a high-mobility alternative if your workflow requires dynamic ergonomic adjustments that a static riser cannot provide. This unit is classified within the broader ecosystem of display stands and mounts, serving as a foundational physical interface for workspace optimization.
