RBW Cuff Sconce

The RBW Cuff Sconce gets its name from that distinctive cuff-like profile created by sand-casting solid glass alongside sand-casted aluminum and brass components - there's something almost jewelry-like about how these materials come together. The sand-casting process gives each piece subtle texture and character that you can't get from machine manufacturing, and if you choose the brass option, it'll develop this beautiful patina over time instead of staying shiny and new-looking forever. What's particularly appealing is how the cast glass creates this substantial presence on the wall without being bulky or intrusive - it has weight and character but doesn't dominate smaller spaces. The combination of materials feels both industrial and refined, like something that could work in a converted warehouse or a sophisticated bedroom.

The performance numbers tell an interesting story about power efficiency - if you can swing DC power, you get significantly better results with 657 lumens and 92 lm/W efficiency compared to 441 lumens and 54.6 lm/W on standard AC. Most people will use AC power, but it's worth knowing about the DC option if you're doing serious renovation work or new construction. Even on regular house power, the 90+ CRI means everything looks natural under the light, and the damp location rating handles bathroom humidity or covered outdoor installations where cheaper fixtures would fail over time. The 50,000-hour lifespan essentially makes it permanent once installed, and ADA compliance keeps it usable for commercial projects without looking institutional.

RBW clearly enjoys working with manufacturing processes like sand-casting that other companies probably avoid because they're more complex and less predictable than standard production methods. Their willingness to embrace materials that change over time - like unlacquered brass that develops patina - shows they understand that the best fixtures often get more interesting with age rather than just wearing out. They seem focused on creating lighting that becomes part of the architecture rather than just providing adequate illumination, using techniques and materials that add character and substance rather than just meeting basic performance requirements.