BLEMISH REMOVAL

BLEMISH REMOVAL



Non-Surgical Blemish Removal is an increasingly popular procedure designed to eliminate various skin imperfections, including telangiectasia (red veins), spider naevi, skin tags, blood spots, seborrhoeic keratosis, milia, hairy moles, and viral warts. 
Utilizing advanced techniques such as electrolysis and plasma fibroblast therapy, this treatment effectively addresses these concerns. Many individuals find skin blemishes to be unsightly, often leading to diminished self-esteem. Fortunately, most blemishes can be safely treated or significantly reduced without scarring through the application of advanced surgical electrolysis. This method employs a fine needle and electric current to target and treat the blemish.

The plasma device utilized in this procedure is equipped with a small surgical probe that generates electrical energy. This energy ionizes the oxygen and nitrogen in the air, creating a small electrical arc that effectively eradicates the blemish. Skin imperfections are more common than many realize, stemming from factors such as aging, UV damage, and specific health conditions.

Electrolysis has been in practice for over a century to address issues like broken capillaries, spider naevi, and warts. With ongoing advancements in technology, this technique has evolved into a straightforward and safe option for treatment. Electrolysis is effective in removing, visibly reducing, and improving the appearance of unwanted skin blemishes, delivering immediate results.Mechanism of ActionAdvanced Electrolysis employs a thermolysis current and a very fine needle to either cauterize or gently lift away the superficial layer of the skin, depending on the specific blemish being treated.

Types of Skin Blemishes Treated:

Spider Veins (Telangiectasia): 
Typically appearing on the face and neck, these veins lie just beneath the skin's surface and often feature a central red spot with extensions resembling a spider's web. They are relatively common, affecting approximately 10-15% of healthy adults.
Cherry Angioma (Blood Spots): 
Comprising clusters of tiny capillaries, these small, round domes can vary in color from bright red to purple. Initially, they may appear as tiny dots measuring a tenth of a millimeter but can grow to one or two millimeters, and occasionally up to a centimeter.
Skin Tags: 
Resulting from an overgrowth of skin cells, skin tags commonly occur in areas subjected to friction, such as necklines, underarms, and skin folds. They consist of a loose flap of excess skin attached by a stalk and can vary in size from a pinhead to that of a broad bean.
Seborrhoeic Keratosis: 
This non-contagious wart type is often associated with aging, long-term sun exposure, and genetic factors. Typically found on the temples, sides of the face, and upper body, they can range in color from pale yellow to dark brown, often resembling a 'bran flake' adhered to the skin.Sebaceous Cysts: 
These blemishes form when a plug of sebum becomes trapped within a sebaceous sac beneath the skin, often due to an overgrowth of the surface epidermis. They can vary significantly in size and are commonly located on the face, chest, scalp, and back.
Milia: 
Characterized as tiny, hard keratinized 'pearls' located just beneath the skin's surface, milia can range in size from a grain of sand to that of a garden pea. Their exact cause remains unclear, although factors such as rich creams, excessive Vitamin C, and high cholesterol levels have been implicated.
Warts: 
Small, non-cancerous, and contagious growths caused by strains of the human papillomavirus (HPV), warts come in various forms, including common and plane warts.In conclusion, Non-Surgical Blemish Removal offers a safe and effective solution for individuals seeking to improve their skin's appearance and regain confidence.

BLEMISH REMOVAL


Frequently Asked Questions
  • Are there any risks with Advanced Electrolysis or Plasma Fibroblast?

    Difference Between Plasma Fibroblast and Advanced Electrolysis


    Plasma Fibroblast Therapy:

    Mechanism: Plasma fibroblast therapy uses a technology that creates an arc of plasma that heats the skin's surface, stimulating collagen production and tightening the skin. This can help reduce wrinkles, sagging, and skin imperfections.

    Depth of Treatment: Plasma treatment typically affects the dermis, which is deeper compared to advanced electrolysis. It targets skin tightening and rejuvenation by inducing controlled thermal damage, leading to enhanced collagen production.

    Applications: Primarily used for skin tightening, wrinkle reduction, and improving skin texture. It can also be effective for treating scars, blemishes, and stretch marks.

    Healing Time: Post-treatment, patients may experience redness, swelling, and a crusting phase as the skin heals. The healing duration can vary based on the treated area and individual's skin type but may take longer compared to advanced electrolysis.


    Advanced Electrolysis:

    Mechanism: Advanced electrolysis involves using a precise electrical current to target specific skin concerns, such as broken capillaries, skin tags, and pigmentation issues. It aims to destruct unwanted tissue at the surface level.

    Depth of Treatment: It primarily targets the epidermis, resulting in minimal tissue disruption. The procedure is designed to treat specific concerns rather than inducing broad collagen remodeling.

    Applications: Most commonly used for spot treatments, including the removal of skin tags, pigmentation, and minor vascular lesions. It targets very specific areas rather than overall skin rejuvenation.

    Healing Time: Like plasma fibroblast, advanced electrolysis can also lead to crusting, redness, and swelling. However, due to its focus on localized treatment, the recovery time is generally shorter, and the crusting usually resolves within a week.

    Common Aspects of Both Treatments:

    Minimally Invasive: Both procedures are considered minimally invasive and tend to avoid significant bleeding or pain. A small amount of discomfort may be experienced during the treatments.


    Tissue Preservation: The surrounding tissue remains undamaged in both procedures, facilitating a quicker recovery while ensuring minimal side effects.

    Post-Treatment Care: After both treatments, it's important to avoid touching or picking at the treated areas. Crusting and itching are common post-treatment sensations that indicate healing.


    Important Consideration:

    Both treatments are not recommended for individuals prone to keloid scarring or inflammatory pigmentation, as both conditions may worsen following any skin treatment.


    Conclusion:

    Understanding the distinctions between plasma fibroblast therapy and advanced electrolysis can help in selecting the most appropriate treatment based on individual skin concerns. Consulting with a qualified practitioner will provide tailored recommendations to ensure optimal outcomes for your skin type and concerns.

  • What results can I expect from Advanced Electrolysis and Plasma?


    Expected Results from Advanced Electrolysis and Plasma Fibroblast Treatments


    Advanced Electrolysis

    Expected Results:

    Targeted Skin Improvements: Advanced electrolysis is effective for the removal of specific skin imperfections, including skin tags, broken capillaries, and pigmentation issues. Patients often notice a significant reduction or complete removal of these imperfections shortly after treatment.

    Minimal Scarring: If aftercare instructions are followed carefully, the risk of scarring is minimal. The body will naturally eliminate the treated imperfection, leading to smoother skin in the area.

    Session Requirements: Depending on the extent of the skin condition and the size of the treatment area, patients may require multiple sessions. These sessions are usually spaced a few weeks apart, allowing the treated area adequate time to heal.

    Post-Treatment Changes: 

    Initially, the treated area may appear red or slightly swollen, and crusting may occur as part of the healing process. Itching is also common and signifies the body’s healing response. Most of these symptoms subside within a week.


    Plasma Fibroblast

    Expected Results:

    Skin Tightening and Rejuvenation: Plasma fibroblast therapy often produces noticeable results in skin tightening, reducing fine lines and wrinkles, and improving overall skin texture. Many patients report a refreshed and more youthful appearance after the treatment.

    Collagen Boost: The treatment stimulates collagen production, leading to ongoing improvements in the skin over weeks to months after the procedure, as the body continues to heal and regenerate collagen.

    Session Requirements: Similar to advanced electrolysis, plasma fibroblast treatments often require multiple sessions for optimal results, especially for larger areas or more extensive skin concerns. Sessions are typically scheduled a few weeks apart to allow for proper healing.

    Post-Treatment Changes:

    Immediately after the treatment, the area may exhibit redness, swelling, and crusting. These effects should gradually diminish over time, with itching being a common indication of the healing process. Most visible improvements from plasma fibroblast become more pronounced as healing progresses over several weeks.


    General Aftercare for Both Treatments

    Follow Instructions: It's crucial to follow all aftercare instructions provided by your practitioner to minimize risks, support healing, and optimize results.

    Avoid Picking or Scratching: Patients should avoid touching, picking, or scratching the treated areas to prevent complications and potential scarring.

    Sun Protection: Protect the treated area from sun exposure, as UV damage can hinder the healing process and affect results.


    Conclusion

    Both advanced electrolysis and plasma fibroblast therapies offer significant improvements for various skin conditions, enhancing skin appearance and texture. Individual results may vary based on the specific skin issues being treated and the patient's adherence to aftercare recommendations. During your initial consultation, your practitioner will provide a personalized treatment plan and set realistic expectations based on your individual skin goals and conditions.

  • What areas can be treated?

    Both plasma fibroblast therapy and advanced electrolysis can effectively treat a variety of skin concerns and imperfections. Here’s a breakdown of the areas and conditions that can be treated with each method:


    Areas Treated with Advanced Electrolysis

    Skin Tags: Small growths on the skin that can be removed easily with electrolysis.

    Thread Veins: Also known as spider veins, these are small, visible blood vessels that can be treated to minimize their appearance.

    Small Cysts: Electrolysis can effectively address small sebaceous cysts on the skin.

    Milia (Hard Whiteheads): These tiny, white, keratin-filled cysts are often found around the eyes and can be safely treated.

    Warts: Common warts, plantar warts, and other similar growths can be treated with electrolysis.

    Verrucae: These are a type of wart that specifically affects the soles of the feet and can be removed.


    Areas Treated with Plasma Fibroblast Therapy

    Skin Tightening and Rejuvenation: Although not directly related to specific lesions, plasma fibroblast can improve overall skin texture and firmness, making it suitable for areas like the neck and décolletage.

    Scarring: Plasma fibroblast can effectively reduce the appearance of various scars, including acne scars.

    Stretch Marks: Treatment can help diminish the visibility of stretch marks by promoting collagen regeneration.

    Age Spots (Solar Lentigines): Plasma therapy can help lighten these pigmented spots and improve skin tone.

    Moles (Non-Cancerous): Non-cancerous moles may be treated with plasma, although caution is advised, and any suspicious lesions should be examined by a dermatologist first.

    Areas Commonly Treated with Both

    Facial Areas: Both treatments can be utilized on different parts of the face, including around the eyes, cheeks, and forehead, to address various imperfections like age spots, scars, and milia.


    Considerations

    NHS Availability: As noted, treatments such as plasma fibroblast and advanced electrolysis are generally considered cosmetic and are typically not available through the NHS.

    Over-the-Counter Treatments: Many over-the-counter treatments for these conditions can be ineffective compared to professional methods like electrolysis and plasma fibroblast.


    Conclusion

    Both plasma fibroblast and advanced electrolysis offer effective solutions for a range of skin conditions that can be unsightly or uncomfortable. A consultation with a qualified practitioner can help determine the most appropriate treatment for your specific concerns and desired outcomes.

  • Prices

    Skin Treatment Pricing


    We’re pleased to offer targeted treatments for various skin concerns, with a FREE CONSULTATION available for personalized assessments and recommendations!


    Pricing for Specific Treatments:

    Brown Spots on Face: £100

    Vein Removal on Face: £100

    Warts and Moles Removal: £100


    Multiple Blemishes: Pricing may vary based on the extent and type of treatment needed. Please consult during your free consultation for an accurate quote.


    Benefits of a Free Consultation

    Tailored Assessment: Our experienced professionals will evaluate your skin condition and discuss the most effective treatment options.


    Custom Treatment Plans: We will develop a personalized plan that aligns with your specific skin concerns and goals.

    Answer Your Questions: This is your opportunity to ask any questions about the procedures, recovery, and expected outcomes.


    Schedule Your Free Consultation

    Take the first step towards clearer, healthier skin. Contact us to book your free consultation today, and let us help you achieve the results you desire!


    If you have any questions or need more information, feel free to reach out. We look forward to helping you on your skincare journey!

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