Karite Half Moon Light for Lash Tech – Adjustable LED Lamp with Phone Holder

Versatile lighting for lash techs and beauty pros

The Karite Half Moon Light is built to support precise work from eyelash extensions to nail art and makeup. Its arc lamp head rotates and folds, and the three joints allow you to tune the angle and height so every detail is illuminated without harsh shadows.

Designed for comfort during long sessions, this lamp uses a high quality LED array that delivers bright, steady illumination while staying cool to the touch. The light can be adjusted across a broad range of color temperatures and brightness levels to suit different tasks and photography needs.

Core lighting features you can customize

• Rotatable arc lamp head with three joints for precise angle control
• Height adjustable from 57.09 to 80.7 inches for floor or desk use
• Bright 2500 lumens from 308 LED beads for clear visibility of fine details
• Color temperature range from 3000K to 6500K with 10 brightness levels
• Eye protection design reduces glare and eye strain during extended sessions
• Folds and stores compactly for small studios or busy booths
• Energy-efficient operation with minimal heat output

Recording, workflow, and space management

• Hands-free recording or live streaming via the built-in phone holder
• Dual-use design supports both floor standing and desktop workspaces
• Sturdy base ensures stable setup on uneven floors or crowded desks

Real-world use cases and benefits

Use the lamp for eyelash extensions to reveal fine fronds and gaps, for nail art to highlight texture and color, for makeup applications to ensure even tones, and for delicate tattoo details where precision matters. It can also serve as a reliable reading light during client consultations or breaks, helping you read swatches and notes with ease.

While lighting plays a key role in visibility, outcomes depend on technique and practice. Consider how the flexible lighting and hands-free recording might fit your studio layout and workflow to support consistency over time.