Electrical Industry Articles and Stories

Recessed downlights have evolved from simple fixtures to high-tech marvels. LED technology has revolutionized the game, enabling slim profiles, integrated lighting elements, and unparalleled controllability.

Recently, my wife and I had the “pleasure” of visiting a relatively new hospital complex. For almost a year, I watched the 5-story edifice being built as I traveled up and down Highway 49 in Northwest Arkansas.

Maintaining proper lighting levels, color temperature, and Color Rendering Index (CRI) is crucial for various applications. Color temperature affects the ambiance, while CRI determines color accuracy. LEDs offer flexibility in color temperature, have a high CRI, produce less heat, and are energy-efficient compared to incandescent lamps.

Look up in most U.S. kitchens and you’ll likely see recessed downlights shining back at you. These fixtures have been the go-to option for decades – not just in kitchens, but throughout the house – for providing area lighting that doesn’t interrupt a ceiling’s clean lines

Keeping hospital balance sheets profitable is a challenging proposition for healthcare organizations. That’s certainly one reason why so many have undertaken lighting upgrades over the last decade to move to more efficient LED lamps and fixtures.

The concept of 3D printing, also known as additive manufacturing, initially surfaced in the 1980s, thanks largely to the innovative work of engineer Chuck Hull. Hull invented a process called 'stereolithography', or SLA, a method that allowed for the creation of 3D models layer by layer, literally bringing ideas to life. It was a revolutionary breakthrough that sparked the beginning of the 3D printing era.