Half Moon LED Floor Fill Light 36W 238 Beads 3000K-6000K Gold Salon Lamp

This half-moon LED floor fill light delivers bright, even illumination for beauty salons, lash and tattoo studios, makeup artists and content creators. With 238 LED beads, 36W output and a high CRI of over 90, it helps you work or record with accurate colour and soft, flattering light.

Key Features

• Half-moon lamp head with 238 high-quality LED beads
• 36W power and 90+ colour rendering index
• Adjustable colour temperature from 3000K to 6000K for warm or cool light
• Dimmable brightness from 10% to 100%
• Lamp body rotates 360 degrees for flexible lighting angles without blocking your video
• Lamp cap can be separated and removed for use on one side
• Adjustable metal floor stand for stable, convenient positioning
• Adjustable phone holder compatible with most smartphones
• Remote control included for flexible operation
• Suitable for skincare professionals, estheticians, tattooists, lash extension artists, makeup artists, vloggers and home reading or working

Specifications

• Colour: Gold
• Material: Iron pipe, aluminium alloy and ABS
• Power: 36W
• LED beads: 238pcs
• Colour temperature: 3000K-6000K
• Brightness: 10%-100%
• CRI: over 90
• Light stand height: 135cm-185cm
• Input voltage: 110V/240V 50Hz/60Hz
• Output voltage: 24V 1.5A
• Lumen value: 3000LM
• Remote control battery: two AAA batteries (not included)

Remote Control Activation

Use the switch button on the light to turn it off first, then turn it on. After turning on the light, quickly press and hold the Set up button in the middle of the remote control for 5 seconds until the green light on the remote control turns on, indicating that the remote control is activated.

What's in the Box

• 1 x LED light
• 1 x Support rod
• 1 x Light base
• 1 x Phone holder
• 1 x Power adapter
• 1 x Power cord
• 1 x Remote control
• 1 x User manual

Product measurements are done manually and may have slight errors of approximately 1-3cm. The actual product colour may differ slightly from the image due to differences in monitor displays, shooting light or ambient light.