Included support
- +Hospital matching
- +Record review
- +Care coordination
- +Travel support
- +Interpretation support
Carbon Dioxide Laser Ablation (CO₂)
Laser ablation can be considered when xanthelasma palpebrarum affects appearance, gradually increases in size, or when conservative methods have limited effect. The decision focuses on the depth and extent of the lesions, whether they are multiple or bilateral, skin type and risk of scarring, previo
24-72h
Response window
Approx. $300
Treatment fee
Not included
- -Treatment fee
- -Travel costs
- -Optional extras
Hospital consultation window
Peking Union Medical College Hospital - Beijing - Grade 3A
Ruijin Hospital - Shanghai - Grade 3A
West China Hospital - Chengdu - Grade 3A
Our service process
Let us coordinate the treatment journey with you.
1
How Carbon Dioxide Laser Ablation (CO₂) is performed
Carbon dioxide laser can be used as an ablation method for superficial lipid plaques. Usually, under local anesthesia and eye surface protection, the lesions are vaporized layer by layer in multiple sessions, with simultaneous cooling and hemostasis to preserve the normal skin structure as much as possible. Postoperatively, ointment or dressing is applied, and attention is paid to bleeding, scab formation, and pigment changes in the early stage, with the goal of flattening the plaques and improving appearance. The above is general health information, not medical advice; the specific treatment should be based on specialist assessment and hospital plan.
What is Carbon Dioxide Laser Ablation (CO₂)?
Carbon dioxide laser can be used as an ablation method for superficial lipid plaques. Usually, under local anesthesia and eye surface protection, the lesions are vaporized layer by layer in multiple sessions, with simultaneous cooling and hemostasis to preserve the normal skin structure as much as possible. Postoperatively, ointment or dressing is applied, and attention is paid to bleeding, scab formation, and pigment changes in the early stage, with the goal of flattening the plaques and improving appearance. The above is general health information, not medical advice; the specific treatment should be based on specialist assessment and hospital plan.
How is Carbon Dioxide Laser Ablation (CO₂) performed?
Step 1
How Carbon Dioxide Laser Ablation (CO₂) is performed
Carbon dioxide laser can be used as an ablation method for superficial lipid plaques. Usually, under local anesthesia and eye surface protection, the lesions are vaporized layer by layer in multiple sessions, with simultaneous cooling and hemostasis to preserve the normal skin structure as much as possible. Postoperatively, ointment or dressing is applied, and attention is paid to bleeding, scab formation, and pigment changes in the early stage, with the goal of flattening the plaques and improving appearance. The above is general health information, not medical advice; the specific treatment should be based on specialist assessment and hospital plan.
Recovery process
Step 1
Recovery and stay
Including preoperative evaluation, treatment, and follow-up, it is recommended to stay for a total of approximately 5–10 days, depending on the actual schedule and recovery assessment.
Request a free evaluation
Tell us about your Condyloma Acuminatum case and we will help match you with the right hospital, specialist, and travel pathway.
Frequently asked questions
How do I get started?⌄
Submit a free evaluation request with your diagnosis and records. The team reviews your case and suggests suitable next steps.
Do I need a visa to travel to China for treatment?⌄
Many patients do. We can help explain what documents are normally needed for treatment travel planning.
Will there be a language barrier?⌄
Medical interpretation can be arranged for consultations and treatment visits.
How much does treatment cost?⌄
Costs depend on the procedure, hospital, and treatment pathway. A practical estimate is provided before travel.
What happens after I return home?⌄
We can help coordinate remote follow-up and keep communication open with your care team.