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VirtuEx+ Duo

The Art of Personalized Transformation.

  • VirtuEx+ Duo is the world’s first laser platform combining CO₂ (10,600 nm) and Er:Glass (1550 nm) technologies in a Mixed & Hybrid Delivery System.
  • This dual-emission innovation seamlessly integrates ablative precision with non-ablative rejuvenation, empowering practitioners to customize treatments across skin depths for exceptional, natural-looking results.

Benefits

Technology Highlights

Mixed & Hybrid Dual Emission

  • Combines CO₂ ablative and Er:Glass non-ablative wavelengths.
  • Offers Simultaneous, Sequential, and Tunable laser delivery.
  • Enables layer-by-layer rejuvenation—treating both superficial and deep skin layers in one session.
  • Reduces downtime while enhancing collagen remodeling and tissue regeneration.

CO₂ Laser (10,600 nm)

  • Delivers controlled ablation for scar revision, deep resurfacing, and textural improvement.
  • Supports surgical, fractional, and gynae modes for multi-purpose use.
  • Dedicated micro-surgery mode allows ultra-precise incisions and coagulation with minimal lateral damage.

Er:Glass (1550 nm )

  • A non-ablative fractional laser for collagen stimulation, pigmentation correction, and hair regrowth therapy.
  • Enhances dermal remodeling and improves elasticity with no downtime.
  • Ideal for patients seeking gentle rejuvenation and faster recovery.

Gynaecology Mode

  • Specialized CO₂ Gyno Laser System for non-surgical vaginal rejuvenation, urinary incontinence, and postpartum care.
  • Stimulates collagen regeneration, restores tone, and improves overall vaginal health with comfort and safety.

Why Choose VirtuEx+ Duo?

  • World’s first Mixed & Hybrid CO₂ + Er:Glass system.
  • One platform, multiple specialties - Dermatology, Aesthetics, and Gynaecology.
  • Combines the power of ablation with gentle non-ablative rejuvenation.
  • Designed for personalized treatments, enhanced comfort, and faster recovery.
  • Proudly Made in India, developed with world-class technology and precision engineering.