Swing-arm reach
The adjustable arm helps move the glow closer for reading or back toward the wall for softer ambience.
A compact swing-arm wall light with a soft modern shade, designed for bedside, reading-corner, desk-side, and console accent lighting.
Designed for clean wall mounting and focused everyday glow.
The Asteria wall sconce pairs a neat round wall plate, slim arm, and compact shade for rooms that need light without taking table or floor space.
The adjustable arm helps move the glow closer for reading or back toward the wall for softer ambience.
Acrylic glass and the rounded shade form a calm light effect for bedside and accent use.
The 15 cm shade size keeps the fixture visually light above nightstands, desks, and small consoles.
Choose Sage Green for a gentle color note or Off White for a cleaner, quieter wall detail.
The design uses acrylic glass for the light element with metal and plastic parts for a tidy mounted fixture. The visible arm, round wall plate, shade, and cord are kept simple so the sconce fits modern interiors without visual clutter.
Use it where a small decorative wall light can support reading, bedside routines, or a console vignette. Professional hardwired installation is required.
LED. Maximum wattage: 12 W.
Hardwired connection; assembly and wall mounting are required.
Designed to comply with UL standards.
Suitable for bedside walls, desks, sofas, hall consoles, and reading corners.
Scroll through real room scenes showing the sconce beside beds, desks, sofas, artwork, and console tables.
Sofa-side accent
Console lighting
Desk-side use
Art wall accent
Minimal workstation
Bedroom reading
Low console glow
Nightstand placement
Desk and chair
Close bedside view
Check wiring, mounting position, and finish choice before ordering so the sconce suits your wall and room layout.
Requires wall mounting and a hardwired electrical connection.
This order does not include bulbs; use a compatible LED light source.
Wipe the acrylic, metal, and plastic surfaces with a damp cloth.
Small color differences and measurement variation can occur.