Separate the power system
Mains and charging components live in an isolated, tool-access, powder-coated steel rear compartment—not directly against exposed composite wood.
Safety before claims
The cabinet can be built locally. The charging appliance must still be engineered, controlled, tested, and evaluated as a complete product.
Mains and charging components live in an isolated, tool-access, powder-coated steel rear compartment—not directly against exposed composite wood.
Use listed or recognized power supplies, controllers, cords, plugs, strain reliefs, protective-earth hardware, and temperature protection. Substitutions are engineering changes.
Engage a nationally recognized testing laboratory before freezing the construction. The applicable path may include furniture and furniture-power-distribution standards in the UL 962 / UL 962A family, as confirmed by the lab.
Specify TSCA Title VI-compliant composite panels, seal exposed core, document the finish system, and keep ventilation and heat testing in the approval plan.
Current product status
UL Listed, ETL Listed, BIFMA compliant, GREENGUARD certified, medical-grade, infection-control certified, or suitable for patient vicinity.
A serviceable cabinet architecture, controlled component package, documented materials, and a clear path to qualified engineering and third-party evaluation.
Prototype release tests
Loaded shelf, caster pull-out, threshold impact, and tip resistance
Tracking, steering, brake hold, handle load, and loaded incline
Ground/bond, leakage, dielectric, fault, cord, plug, strain relief, and abnormal operation
Worst-case managed load, blocked or restricted ventilation, and controller derating
Door cycle, hinge, three-point lock, latch alignment, and pinch-point review
Serial, revision, component lots, inspection record, labels, and controlled traveler
Documentation
It includes controlled geometry, cut lists, assembly order, and inspection gates—but intentionally excludes DIY mains wiring.
Open resources