Aggregated specification data lists the Backerz Swivel Stool as a mechanical task unit utilizing a Class-3 or Class-4 pneumatic gas lift for vertical modulation. The swivel mechanism is driven by a ball-bearing race secured by a central torque nut. Structural stability is maintained through a 15-inch diameter base, providing a compact footprint for high-density environments.
Material analysis identifies a steel plate mounting system as the primary load-bearing interface. The seating surface consists of high-density foam, providing a fixed ergonomic profile. Mechanical reliability is contingent upon the correct seating of the gas lift cylinder into the base during the initial assembly phase to prevent subsequent seal creeping.
- Rotational capability: 360-degree fluid rotation.
- Assembly protocol: Tool-less friction-fit integration.
- Deployment compatibility: Fits under standard 29-inch surfaces.
Performance metrics indicate a maximum mechanical load capacity of 250lbs, beyond which cylinder bypass risk increases. The standard nylon casters provide mobility but lack soft-tread polyurethane for sensitive floor surfaces. Technical documentation suggests that internal gas piston seals are non-serviceable components requiring full cylinder replacement upon failure.
The Adjustable Swivel Stool Chair is a specialized alternative for environments requiring a minimized physical footprint compared to larger ergonomic chairs.
These units represent the analog tier of standing desk stools optimized for rapid deployment in educational and professional settings.
