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Alma Accent™ is an advanced platform
for skin tightening, body contouring 
and aesthetic enhancement.









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Effective Dielectric Heating

Alma Accent features Dielectric Heating- a unique mechanism whereby high radiofrequency (RF) energy is transmitted directly to the tissue, causing rapid rotation of its water molecules (RF frequency of 40.68 MHz, sending 40.68 million transmissions to the tissue per second). This

rotation generates friction which produces powerful and effective heat. Because skin is composed mostly of water,the heating from this mechanism induces volumetric contraction within the skin- contracting existing fibers and stimulating the formation of new collagen while improving its thickness and alignment. A high RF frequency allows for deep, homogenous heating which produces uniform results.

Powerful Impedance Matching

With a power capacity of up to 300 watts and minimal energy loss through Impedance Matching, Alma Accent offers maximum power for every treatment. When RF energy is transmitted to tissue, the body’s electrical resistance causes power to reflect back to the energy source. With the highest peak power in the market, Accent effectively overcomes the body’s impedance, reducing reflection and allowing maximum RF energy to be absorbed by the target tissue.

Deep Unipolar Pro

Patented1 Alma Unipolar technology allows for focused, safe and deep heating of tissue at various depths within the skin.

Unipolar operates via a single electrode, delivering concentrated RF energy that reaches deeper layers of the skin without patient discomfort.

Focused Depth Control

Alma Accent’s new Depth Control technology allows you to control the precise depth of treatment, with focused heating within the relevant layers of tissue.

With variable depth control, practitioners have the flexibility and precision to treat the target area at the specific depth needed for optimal results. Deep and superficial treatment approaches may also be combined for fully customized treatment, depending on the area being treated, the skin type/thickness and the indication. Or, they may be used for combination work on the same area to achieve enhanced results.

Cold Shear Wave™ & Hot Ultrasound

Alma Accent features patented Cold Ultrasound Shear Wave technology to selectively target fat cells, while leaving surrounding tissue unharmed. The shear wave vibrations disrupt fat cell membranes leading to gradual breakdown and release of stored fat. Damaged fat cells are then disposed of the body through the lymphatic systems. Accent also offers hot ultrasound technology which generates compressive ultrasonic waves that achieve a high level of cavitation – breaking down local fat deposits thermally. Practitioners may choose to work in either shear (“cold”) or compression (“hot”) ultrasound modes using the same handpiece – or a combination of both modes for maximum results.


Using unique microplasma technology, the Accent Pixel RF™ module provides skin  resurfacing treatment by both ablating and heating the skin. Fractional ablative microplasma is a gentler energy source that significantly reduces the risk of Post- Inflammatory Hyperpigmentation (PIH). Through controlled perforation and focused energy delivery, Pixel RF treats the affected area while leaving surrounding healthy tissue intact. This allows the skin to heal faster as the epidermis is regenerated, yielding improved results with minimal risk and reduced downtime.

Impact™ (Trans Epidermal Delivery)

To maintain and further extend the clinical results achieved via RF and ultrasound, the patented3 Alma Impact™ module employs ultrasound technology to deliver active ingredients beyond the epidermal–dermal junction. Once the skin has been perforated via a microplasma roller (Pixel RF), the Impact module emits intermittent positive and negative waves of acoustic pressure, pushing the topical agents through the micro-channels. The oscillating acoustic vibrations create a push and pull effect within the channels, releasing the buildup of intra-cellular fluid and allowing the active ingredients to reach the targeted tissue depth.

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