BIOXEL
-Fractional CO2 laser with glass tube
-Precise laser beam to minimize skin damage from heat, reducing the recovery period for patients, and enabling them to swiftly resume normal daily activities post-treatment
-Adjustment of spot size and beam density to shorten treatment times, benefiting both the operator and the patient
BIOXEL, a leading CO₂ fractional laser technology by AMI, is a revolutionary system tailored to address a wide variety of concerns.
With cutting-edge innovation and precision design, BIOXEL transforms the field across six key aesthetic and medical applications: aesthetic surgical, aesthetic fractional, general fractional, vaginal, dental, and ENT.
Each application benefits from features that enhance treatment outcomes, reduce downtime, and maximize results, making BIOXEL a top choice for both aesthetic and medical professionals.
-Laser Beam
Various Beam Shape
Various Beam Mode:
Ultra Pulse
Super Pulse
Normal Pulse
Continuous Wave (CW)
-Handpiece
Fractional Handpiece
General Surgical Handpiece
-Vaginal Treatment
A high-density laser beam is administered widely to the vagina, resulting in vaginal tightening and rejuvenation.
Automatic Laser Vaginal Rejuvenation (LVR) is also an option.
-Optional
ENT Handpiece
Dental Handpiece
Application
-Aesthetic Surgical
Corn
Warts
Syringoma
-Aesthetic Fractional
Acne Scars
Wrinkles
Large Pores
Skin Resurfacing
Stretch Mark
Skin Tightening
Laser Peeling
Age Spot
-General Surgical
Excision
Incision
Phimosiectomy
Tumor Elimination
Hemorrhoids
-Vaginal
Pudenda
Genitourinary Syndrome of Menopause (GSM)
Vaginal Rejuvenation
Vaginal Atrophy
Stress Urinary Incontinence (SUI)
-Dental
Implants Operation
Hypersensitivity
Hemostasis
Sterilization in Root Canal
-ENT
Allergic Rhinitis
Snoring
Technology
Fractional technology involves finely dividing the laser beam, emitting it fractionally onto the skin, creating numerous small thermal lesions in the skin structure without causing significant damage. This process promotes rapid skin recovery and natural rejuvenation without adverse effects.
Fractional CO2 Laser has a high water absorption rate, resulting in the vaporization of the skin surface and the formation of Micro Ablative Columns. When a Fractional CO2 Laser is applied to the skin surface, the water heats up to its boiling point, leading to the conversion of water molecules into vapor (ablation).
The generated heat forms a coagulation zone, initiating the wound-healing response. Upon ablation of the skin, immediate collagen shrinkage occurs due to heat-induced coagulation. Additionally, the heat denatures collagen, causing it to recoil back to its normal state, resulting in skin tightening and improved skin laxity.
