SPECIFICATIONS

• Average Life (hrs): 50000
• Choice: yes
• Features: 405nm
• Is Batteries Included: No
• Is Bulbs Included: Yes
• Item Type: Ultraviolet lamps
• Luminous Flux: 249-2000
• Power Source: AC
• Voltage: 85-265V

Description:

Achieve fast, professional-grade curing with this 405nm UV LED lamp, designed for gel nail polish, SLA/DLP 3D resin printing, and industrial adhesive hardening. With 10W/30W power options, it delivers high-intensity ultraviolet light for rapid curing, while the 1.5m switch wire plug ensures convenient operation. Compact yet powerful, it’s a must-have tool for nail technicians, 3D printing enthusiasts, and crafters. UV LED Lamp uses 405nm UV LEDs to quickly cure 405nm UV resin prints, which can effectively cure items in less time than usual. Note: It can not be used directly to cure liquid resins, nor can it cure silkscreens. The resin can be cured within 10-15 seconds within 5 cm of the lamp.

NOTE: Thicker parts will take more time to cure.

Feature:

✔ 405nm UV Wavelength – Optimized for curing gel nails, SLA/DLP resins, and UV-sensitive adhesives.
✔ Adjustable Power (10W/30W) – Switch between modes for different curing needs.
✔ Fast Curing Time – Cures gel polish in 30-60 seconds and 3D prints efficiently.
✔ Portable & Lightweight – Easy to carry for salon, home, or workshop use.
✔ 1.5m Power Cord – Flexible reach with an on/off switch for safety.
✔ Durable LED Beads – Long lifespan with stable UV output.
✔ Wide Coverage – Uniform light distribution for even curing.

Ideal for:

• Nail salons & DIY gel manicures

• SLA/DLP 3D resin printing

• Jewelry making & UV glue curing

• Industrial small-part bonding

Please Notice:

There are only 3 kinds of plugs for this uv lamp, EU/US/UK plug.

Lamp not include Solar Turntable 360°Rotating Stand, turntables are for display purposes only.

Due to the strong UV output, please protect your eyes when using this lamp.
 Application: UV curing, resin curing (SLA DLP printing curing). This light can be used for DIY curing packs or handheld applications.