LUMIX Q™
Precision. Performance. Clinical Confidence.
Advanced Q-Switched Nd Laser System
The StellaNova LUMIX Q™ is an advanced Q-Switched Nd laser platform engineered to deliver precise, high-energy treatments for tattoo removal, benign pigmented lesions and laser skin rejuvenation.
Designed for modern aesthetic clinics, LUMIX Q combines high peak energy, short pulse durations and intuitive operation to provide practitioners with a versatile laser solution capable of treating a wide range of clinical indications.
Supported by comprehensive Australian training and technical expertise, LUMIX Q helps clinics expand their treatment offerings while delivering safe, reliable and consistent patient outcomes.
Why Choose LUMIX Q?
.jpeg)
One Platform. Multiple Treatment Opportunities.
As patient demand for advanced laser treatments continues to grow, clinics require technology that is both clinically effective and commercially versatile.
LUMIX Q has been developed to provide practitioners with a multi-application laser platform capable of performing a broad range of pigment-based treatments while maintaining exceptional precision and treatment efficiency.
Whether you're expanding an established laser clinic or introducing laser technology for the first time, LUMIX Q provides the performance and flexibility needed to support long-term business growth.
.jpeg)
LUMIX Q is designed to support a broad range of aesthetic treatments, including:
Clinical Applications
*Treatment suitability should always be determined by a qualified practitioner following an individual patient assessment.
• Professional tattoo removal
• Benign pigmented lesions*
• Solar lentigines (age spots)*
• Freckles*
• Sun damage*
• Carbon laser facials
• Skin revitalisation
• Overall skin rejuvenation
Advanced Laser Technology
Precision Through Nanosecond Technology
LUMIX Q utilises advanced Q-Switched Nd technology to deliver high-energy laser pulses in extremely short nanosecond durations.
This rapid delivery of laser energy enables selective targeting of pigment within the skin while helping minimise thermal impact on surrounding tissue.
By delivering energy with precision, practitioners can perform treatments across multiple pigment-related indications while maintaining patient comfort and treatment efficiency.
The result is a highly versatile laser platform suitable for a wide variety of aesthetic applications.