CryoPen Cryotherapy
Cauterisation Lesion Removal
Moles & Seborrhoeic Keratosis
CryoPen Cryotherapy
CryoPen Cryotherapy
CryoPen uses a highly precise jet of pressurised nitrous oxide (−89°C) to freeze and destroy unwanted tissue without damaging the surrounding skin. The treated lesion naturally dries, darkens and flakes away over the following days, revealing fresh, healthy skin beneath — all without blades, stitches or the need for anaesthetic in most cases.
Best for:
• Skin tags
• Milia
• Cherry angiomas
• Small warts & verrucae
• Sun spots (lentigines)
• Superficial pigmentation patches
– Ideal for small, raised or lightly pigmented lesions
Most lesions shed within 7–14 days, leaving the skin smoother and clearer.
Cauterisation Lesion Removal
Cauterisation Lesion Removal
Cauterisation removes unwanted lesions using a fine-tipped medical electrode that gently applies controlled heat. This energy vaporises the targeted tissue while simultaneously sealing the surrounding skin, minimising bleeding and supporting a quicker recovery.
Cautery is ideal for lesions that need precise contour refinement or immediate removal, offering high accuracy and predictable cosmetic results.
Best for:
• Skin tags (all sizes)
• Sebaceous hyperplasia
• Xanthelasma
• Warts
• Raised benign bumps
• Fordyce spots
Most treated areas heal within 5–7 days with appropriate aftercare.
Moles & Seborrhoeic Keratosis
Moles & Seborrhoeic Keratosis
We can only treat moles, seborrhoeic keratoses and other pigmented or raised lesions once we receive written confirmation from a GP or Consultant Dermatologist confirming the lesion is benign.
Continental Skin Clinic does not diagnose melanocytic lesions, and medical clearance is required to ensure the treatment is safe and appropriate in a cosmetic setting.
Once clearance is provided, suitable lesions can be removed using CryoPen or cautery, depending on their size, depth and appearance.
Best for:
• Benign moles (with confirmed clearance)
• Seborrhoeic keratoses
• Raised benign brown lesions
• Age-related pigmented plaques