Name: Ellipse Qi Wireless Edge-Mount Power Block
SKU: 238721

Power Essentials at Your Fingertips

Bending down under your desk to reach a power outlet isn't just cumbersome and annoying, it's an injury risk no one needs. The Edge-Mount Ellipse brings three of the most common power supply options to your fingertips, with a wireless Qi charging pad*, dual AC power outlets, USB-A, and USB-C adapters—all in one compact device. The Ellipse mounts easily to the edge of your desktop with just two screws (not included).

American Engineered & Manufactured

The Ellipse is proudly made in Michigan using superior quality components. With years of experience in manufacturing commercial and home office ergonomic furniture, every product we offer is specially built to promote healthy body mechanics and outlast cheaper foreign-made alternatives.

Exceptionally sturdy and reliable, all our power module enclosures are made from steel, cast zinc, aluminum and durable polycarbonates, with all the mounting brackets made from steel and aluminum. The result doesn't just look and feel great, it will long outlast cheap imitations.

Buying also supports American factory jobs and significantly reduces impact on our environment.

Safety-Focused Design Delivers True Peace of Mind, Not Just Electricity

Power modules are serious business. When poorly designed or manufactured they can overheat and cause tragic fires, or electrocute the user. The Ellipse isn't just UL-certified, it's tested to well beyond industry standards, to ensure the safest possible operation.

To be compliant with all the regulations that govern electrical wiring and power delivery in their specific geography, whether the source of the regulation is a local ordinance, state law, or a federal agency (like OSHA), requires deep technical knowledge that cheap knock-off manufacturers in Asia can't match. The Ellipse has been

Our patented spill-proof designs mean you never need to worry about liquids getting into the outlets. The 15-Amp AC outlet is specially designed to prevent current transfer between power terminals during accidental exposure to liquids, substantially reducing short circuits and fire hazards.