Diathermy Treatment
Experience the precision of diathermy at Manningham Skin Cancer Clinic and discover an efficient solution to skin lesions and moles.
Diathermy Treatment in Melbourne
At Manningham Skin Cancer Clinic, we offer diathermy treatment, a non-invasive procedure that utilises high-frequency energy to generate deep heat within your tissues. This innovative treatment can address various skin lesions, including moles, providing a precise and effective solution services.
Benefits of Diathermy
- Precision: Diathermy targets specific areas without affecting surrounding tissues.
- Minimal Discomfort: The procedure is usually well-tolerated, with minimal pain.
- Quick Recovery: The healing time of Diathermy is faster compared to other methods.
- Reduced Scarring: The process leaves minimal scarring due to its precise method.
- Effective for Multiple Conditions: Can treat a variety of skin lesions and conditions.
Types of Diathermy
Radio Wave Diathermy:
Also known as high-frequency or shortwave diathermy, this method uses high-frequency electromagnetic currents to generate heat deep within the tissues.
Microwave Diathermy:
Microwave diathermy uses microwaves, a type of electromagnetic radiation, to create heat within the tissues, similar to how a microwave oven works.
Ultrasound Diathermy:
Also called ultrasonic therapy, this technique uses high-frequency sound waves to generate gentle heat, promoting healing and relief.
What Lesions Can Diathermy Treat?
Diathermy is effective in treating various skin lesions, including:
- Moles
- Skin tags
- Warts
- Actinic keratosis
- Seborrhoeic keratoses
- Bowen disease
- Superficial Basal Cell Carcinoma.
This treatment can also be used for therapeutic purposes, such as alleviating chronic pain, improving blood flow, and treating muscle spasms.
What to Expect?
Preparation
Before the procedure, your doctor will give you any preparation instructions. In general guidelines, before the session, the medical team will ask you to remove all metal jewellery and clothing that includes metal, such as zippers or buttons or accessories containing metal.
The Process: How Does Diathermy Work?
Depending on the type of diathermy, different applicators or techniques will be used. In ultrasound diathermy, they will first apply a gel to the targeted area. However, in shortwave and microwave diathermy, a gel isn’t applied; instead, the area may be shielded with a towel to prevent direct contact between the skin and the electrodes.
It’s important to remain still throughout the treatment. Sensations during the procedure may include warmth and tingling, or you may not feel anything at all. The procedure is quick often completed within a single visit.
Recovery
Most patients experience minimal discomfort and can resume normal activities shortly after the procedure. Following the post-procedure care instructions provided by our clinic.
Side Effects
Side effects usually subside within a few days; they are generally mild and may include:
- Redness
- Swelling
- Minor discomfort
- Serious complications are rare.
Diathermy V/S Curettage
Diathermy and curettage with electrodesiccation are both methods used to treat skin lesions.
While diathermy uses high-frequency energy to heat and destroy tissue, curettage involves scraping the lesion with a curette, followed by electrodesiccation to control bleeding and remove remaining abnormal tissue. Diathermy is less invasive and often preferred for superficial skin lesions due to its shorter recovery time and minimal scarring.
Combining these techniques enhances the effectiveness of treatment, ensuring the removal of cancer cells and promoting better healing.
Explore More Skin Cancer Services
In addition to diathermy, Manningham Skin Cancer Clinic offers a range of skin cancer services, including:
Early Detection is Key
Early detection of skin cancer significantly increases the chances of successful treatment. Our clinic provides thorough skin examinations and advanced diagnostic techniques to ensure early detection and treatment.
ABCDE parameters offer a quick guide on some early signs:
A – For asymmetry, where one half of the mole differs from the other.
B – For irregular borders, where the mole edges are not well-defined.
C – For uneven colour, highlighting variations within the mole’s hue.
D – For diameter, moles larger than 6 millimetres are flagged.</p?
E – For evolving, which means any changes in size, shape, colour and traits over time.
Book Diathermy for Skin Lesions
Our experienced team is dedicated to providing high-quality care and effective treatments for all your skin concerns. Contact us today to book your appointment and explore the benefits of diathermy in Australia and more.
Frequently Asked Questions
Yes, diathermy is generally considered safe when performed by qualified professionals. The procedure is non-invasive and uses controlled high-frequency energy to treat skin lesions.
Safety measures are in place to minimise risks, and the side effects are usually mild and temporary, such as redness and minor discomfort.
A typical diathermy session usually lasts between 15 to 30 minutes, depending on the size and number of lesions being treated. The exact duration may vary based on the specific condition and the type of diathermy technique used.
Yes, diathermy can often be combined with other treatments to enhance effectiveness. For example, it can be used alongside topical treatments or other dermatological procedures. Your doctor will recommend the best combination of treatments based on your specific condition.
Patients with various skin lesions, such as moles, skin tags, warts, actinic keratosis, seborrhoeic keratoses, bowen’s disease, and superficial basal cell carcinoma (BCC), are good candidates for diathermy. However, individuals may need to discuss their eligibility with their skin specialist.
Yes, diathermy can be used on all skin types. It is a versatile treatment that can effectively target lesions on different skin tones and textures. However, a doctor needs to assess each patient’s specific skin type and condition to ensure the most appropriate treatment approach.