Aura Spark - Red light therapy panel

Name: Aura Spark - Red light therapy panel
Brand: My Store
Price: 299.99 AUD
Availability: InStock

$299.99

Taxes included.

The Aura Spark is a pocket-sized red light therapy device built for targeted treatment anywhere, anytime. Designed for those who want clinical wavelengths in the most compact, portable form possible.

Delivers 115mw/cm2 of irradiance using 15 dual-chip 5w LEDs across 660nm red and 850nm near-infrared wavelengths
Rechargeable battery with inbuilt 10 minute timer for simple, consistent sessions on the go
Zero flicker, ultra-low EMF design in a hand-held form factor

Pocket Sized

Clinical Grade

Built-in Timer

Zero Flicker

Charge the device fully before first use.
Hold 5–10cm from the target treatment area — face, neck, joint, or wound.
Press the power button to begin the automatic 10-minute session.
The device will shut off automatically at the end of the timer.
Use daily for best results. Eye protection is recommended for facial sessions.

LEDs 15 dual-chip 5W
Irradiance 115mW/cm² at 5cm
Wavelengths 660nm red + 850nm near-infrared
Timer 10-minute automatic shutoff
Power Rechargeable battery
Flicker Zero
EMF Ultra-low
Dimensions 150 x 75 x 30mm
Weight 180g

The Aura Spark delivers the same dual-chip LED technology and clinical wavelengths as the full-size Aura panels in a compact handheld form. The built-in auto-shutoff timer ensures consistent, safe 10-minute sessions every time. Rechargeable and cordless for use at home, the office, or while travelling.

Our results speak for themselves

Before

After

Frequently asked questions

The inbuilt timer runs for 10 minutes. This is the recommended session length for targeted treatment with the Aura Spark.

Yes. The rechargeable battery means no power outlet is needed, making it suitable for travel and use away from home.

The Aura Spark is a compact handheld device designed for targeted spot treatment. The Aura Forge is a full panel designed for large area body coverage.

5–10cm from the treatment area is the recommended distance for optimal irradiance delivery.