Device

BRIGHTONE

Advanced technology for clearer, brighter skin.

Request for More Info

Controlled Energy. Intelligent Modulation.

Brightone is a Q-Switched laser platform engineered to deliver stable, high-intensity nanosecond pulses with precise control. The system supports multi-wavelength operation through a modular optical design, with Multi-Pulse Energy Modulation available on the 1064 nm wavelength.
Designed to generate controlled photomechanical energy, Brightone is indicated for the treatment of tattoos and benign pigmented lesions in accordance with cleared indications for use.
With consistent energy output, a uniform beam profile, and adjustable parameters, Brightone provides practitioners with adaptable energy control across approved aesthetic applications.

Multi-Pulse Energy
Modulation

LIOB Fractional Energy
Delivery

Multi-Wavelength
Flexibility

Brightone device

Multi-Pulse Energy Modulation

Multi-Pulse Energy Modulation is Brightone’s signature energy delivery system, designed to break laser energy into multiple precisely timed pulses for enhanced control. By distributing energy over six rapid-pulses, the system moderates peak intensity, balance energy, and enhances photomechanical effects, giving practitioners greater procedural flexibility and control.

Single pulse treatment visual

Single Pulse

Double pulse treatment visual

Double Pulse

Multi pulse treatment visual

Multi Pulse

LIOB Fractional Energy Delivery

Non-ablative fractional energy generated beneath the skin surface

Brightone supports Laser-Induced Optical Breakdown (LIOB) through a dedicated Micro Lens Array (MLA) handpiece on the 1064 nm wavelength.
The MLA optically divides a single laser beam into multiple focused micro-beams. These beams converge at controlled depths below the epidermis, where sufficient energy density creates localized optical breakdown and micro-cavitation effects.
Because the energy is focused beneath the surface rather than absorbed superficially, a uniform fractional pattern of microscopic treatment is formed through a primarily photomechanical interaction.

Brightone Laser Device

Device Features

Refined Power. Intelligent Design.*

Modular Optical Handpieces

Application-Specific Optical Design.
Each handpiece is engineered for specific wavelengths, spot sizes, and procedural applications. The modular optical system supports adaptable energy delivery across a range of aesthetic indications.

Homogeneous Beam Profile & Stable Fluence

Uniform Energy Distribution.
Precision optics help maintain uniform fluence distribution and stable spot geometry, reducing the potential for localized hotspots and supporting controlled energy delivery.

Brightone Device

Multi Modal Platform

Expandable. Efficient. Future-Ready.
A single base system supports multiple treatment modalities through interchangeable handpieces. This modular configuration simplifies workflow while supporting expanded treatment capabilities.

Double Chamber Supply for Stability

Stable Output for Continuous Operation.
The dual-chamber power supply supports stable laser output during repeated operation. The system is rated for up to 100,000 shots, supporting reliable performance in high-volume clinical environments.

Performance Without Compromise

Designed for versatility and precision, this advanced Q-Switched laser platform features enhanced pulse control and specialized optical handpieces to support a broad range of treatment applications. The system is engineered to provide flexible energy delivery and expanded procedural capabilities for modern aesthetic practices.

Zoom Collimation handpiece
Multi-mode optics

Zoom Collimation Handpiece

  • Wavelength: 1064nm / 532nm
  • Spot Size: 2-10mm (1064nm),
    1-7mm (532nm)
  • Works across all pulse modes
MLA handpiece
LIOB support

MLA (Micro Lens Array) Handpiece

  • Wavelength: 1064nm
  • Spot Size: 4, 7, 10mm
  • Working Modes: Single, Double, Multi
DOE 1064 handpiece
Uniform delivery

DOE (Diffractive Optical Element) Handpiece

  • Wavelength: 1064nm
  • Spot Size: 5mm (64 micro-spots)
  • Working Modes: Single, Double, Multi, Quasi
DOE 532 handpiece
532nm micro-spots

DOE 532 Handpiece

  • Wavelength: 532nm for Red, Orange, and Purple pigments
  • Spot Size: 4mm (81 micro-spots)
  • Working Mode: 532 Q-Switched
DYE handpiece
Sky blue ink targeting

GOLD / DYE Handpiece

  • Wavelength: 595nm for sky blue tattoo removal
  • Spot Size: 5mm
  • Working Mode: 532 Q-Switched
Ruby handpiece
Green ink targeting

RUBY Handpiece

  • Wavelength: 650nm for green tattoo removal
  • Spot Size: 3mm
  • Working Mode: 532 Q-Switched

Single Pulse Mode

  • Direct Photomechanical impact
  • High peak power output
  • Ideal for spot treatments

Double Pulse Mode

  • Split energy for controlled shock
  • Medium peak power output
  • Controlled heat diffusion

Multi Pulse Mode

  • Gradual energy stacking
  • Enhanced safety profile
  • Effective pigment fragmentation

Quasi Mode

  • Extended long pulse for gentle toning
  • Controlled heat diffusion
  • Ideal for skin rejuvenation

Strong Clinical RESULTS

Visible improvement across a treatment series, which may support patient satisfaction.

Start Your Demo with Us

Get Started

* For use by qualified healthcare professionals. Use is limited to FDA-cleared indications; see the Instructions for Use for complete indications, contraindications, warnings, precautions, and potential adverse events.
Individual results may vary. If applicable: Rx only.

** Individual results may vary. For use by qualified healthcare professionals. Rx only (if applicable).

For use by qualified healthcare professionals. Refer to the IFU for full indications, contraindications, warnings, precautions, and potential adverse events. Individual results may vary.

Before-and-after images are representative of individual outcomes. Results and number of sessions vary by patient, indication, and treatment parameters. Use is limited to FDA-cleared indications; see IFU for full safety information.

Coming soon. We're finalizing this section.