TenTherma Lifting

How RF Lifting Works

Monopolar Radiofrequency (RF) Lifting is a non-surgical procedure that utilizes resistive heating generated by current flowing deep into the skin.

This thermal energy heats the collagen fibers in the skin's dermal layer to 60~70 degrees Celsius, causing an immediate contraction response. Additionally, it stimulates fibroblasts to aid in the synthesis of new collagen and elastin.

Immediately after treatment: The collagen fibers in the dermal layer of the skin contract, which can immediately increase elasticity.

Weeks later: As the heat-damaged tissues recover, new collagen production is induced. This can lead to a more noticeable lifting effect.

As a result, this procedure can demonstrate both immediate responses and delayed effects.

Comparing Monopolar and Bipolar RF Methods

RF lifting can be categorized into monopolar and bipolar methods, depending on the application.

Monopolar: Energy is delivered deep into the skin, which can help with double chin, jawline definition, and nasolabial fold improvement.

Bipolar: Primarily focuses energy on the skin's surface, which can be expected to improve skin texture, pores, and fine wrinkles.

It is necessary to comprehensively consider various factors such as individual skin thickness, fat volume, and sensitivity to select the appropriate device.

TenTherma vs. Oligio: Device Differences

Many people inquire about the differences between TenTherma and Oligio procedures.

Both devices utilize monopolar radiofrequency, but they show differences in actual device structure and energy delivery methods.

1. Impedance Measurement and Output Control Method

In the case of Oligio, impedance is measured only once at the beginning of the treatment, and the same output is applied to the entire treatment area.

TenTherma automatically corrects the output based on skin impedance measured with each shot.

This method is the same as Thermage, and it reduces errors caused by resistance differences across skin areas, helping heat to be delivered more uniformly and stably.

Tenssarma aims for Thermage's precise energy control method, while Oligio is a high-frequency lifting device with increased accessibility and can be understood as such.

2. Difference in Treatment Tip Size

The treatment tip used by Tenssarma has a larger area than the tips of Oligio or Thermage.

The larger the tip size, the wider the area that receives concentrated energy with a single shot.

When applying 300 shots, Tenssarma delivers energy to a wider area at once due to the larger tip size.

This positively impacts skin elasticity improvement, and satisfactory results can be expected depending on the individual.

3. Epidermal Cooling Intensity

In monopolar RF treatments, epidermal cooling is a crucial factor for treatment safety.

Tenssarma is equipped with a powerful epidermal cooling function.

Even for thin and sensitive skin, treatment can be performed with appropriate intensity while minimizing pain.

Features of Tenssarma Lifting Treatment

Feature 1. Energy Intensity Design: Utilizing Thesis-Based Thresholds

Instead of vague criteria like "not too hot," we utilize treatment protocols based on relevant theses and accumulated clinical data.

Energy is set based on a minimum of 0.07kJ per shot and a total of 40kJ. This is to maintain the minimum threshold required for collagen remodeling.

We adjust the energy to reduce patient discomfort while still expecting effective results.

(Source papers: Hong 2022 / Kim 2022 / Laubach 2009)

Feature 2. Personalized Design

Beyond simply tightening the skin,

we meticulously consult with the medical staff regarding individual facial asymmetry, wrinkles, or areas of concern regarding elasticity before planning a customized treatment.

Through a design that delicately considers each individual's facial structure, we pursue natural and balanced lifting results.

Feature 3. Design Grid and Super Pass Overlap Method

During Tenssarma treatment, we utilize a design grid to systematically divide the treatment area.

Then we apply the Super Pass method.

This is a method of safely overlapping and delivering thermal energy to the necessary areas.

This method reduces unnecessary overheating while precisely accumulating energy, which can help maintain skin elasticity.

Instead of random energy delivery, this method strategically overlaps thermal energy to help improve skin elasticity.

Feature 4. Post-Treatment Quantity Verification and Transparent Process

After all treatments are completed, we directly show patients the exact number of shots administered.

This is to provide trustworthy treatment and a transparent process.

Benefits of the Treatment

Efficient cooling function can minimize pain.

Per-shot impedance check enhances treatment safety.

Use of a large-area tip increases energy delivery efficiency and can be expected to have a positive impact on skin improvement.

Non-invasive treatment method does not require anesthesia and has a low burden for returning to daily life.

Candidates for Treatment

Those who wish to improve wrinkles on the forehead, glabella, and nasolabial folds

Those concerned about overall facial lifting and loss of elasticity

Those who desire improvement in pores or skin texture

Those interested in improving a double chin

Those looking for an efficient lifting solution while reducing the financial burden.

Individuals who prefer a minimal recovery period and are hesitant about surgical or injectable treatments.

Procedure Steps

Client washes face

Apply gel to the treatment area.

The Tenssorma lifting procedure is performed.

The procedure is completed.

Post-Procedure Precautions

For individuals with thinner skin, some redness resembling tip marks may persist in the treated area for approximately 1-2 weeks. This will gradually subside over time.

After the procedure, it is possible to experience phenomena such as redness, burning sensation, throbbing, swelling, tooth pain, and tooth sensitivity. These symptoms typically improve within 1-2 weeks.