Technical specifications for the Lamicall B08M94BTYC identify it as a mechanical riser utilizing 6000-series aluminum alloy. The unit features dual-axis friction hinges rated for approximately 5,000 to 8,000 cycles. A 3mm aluminum plate serves as a passive heat sink to pull thermal energy away from the mounted device.
Structural analysis confirms an "open-frame" architecture to maximize natural convection. The Z-type geometry is designed for eye-level elevation and can be collapsed to a 1.5-inch profile for transport. Aggregated data suggests a larger base footprint compared to similar ODM models to manage 17-inch payloads effectively.
Operational modes include:
- Adjustment Mechanism: Dual-axis friction torque.
- Cooling Method: Conductive transfer and convection.
- Portability State: Foldable flat-profile configuration.
Performance metrics indicate that high-profile extension can lead to typing oscillation. Technical documentation advises that asymmetrical loading of hardware exceeding 6 lbs may result in "tilt drift" over time due to uneven hinge stress.
If a fixed-height detachable frame is preferred to eliminate hinge maintenance, the Soundance Laptop Stand is a recommended alternative.
This hardware is classified within the laptop stands category for ergonomic benchmarking.
