What are Veins and Vascular Leisons

Vascular lesions are visible skin abnormalities associated with blood vessels, resulting from a variety of factors like sun exposure, genetics, and aging.

Common vascular lesions include rosacea, spider veins, varicose veins, cherry angiomas, and telangiectasia. They vary in size, shape, and appearance and can appear on the face, legs, and other parts of the body.

These conditions are often harmless but may cause discomfort or cosmetic concerns for patients, prompting them to seek effective treatment options.

Key Features

• Cherry Angiomas
• Minimal Downtime
• Veins and Vessels
• Venus Lakes
• Spider Veins
• Hemangiomas

Finebeam Dual Nd:YAG Laser

Finebeam Dual uses advanced laser technology to precisely target and treat vascular lesions, delivering energy into the affected blood vessels to cause them to collapse and be absorbed by the body.

This innovative approach offers patients a safe and effective treatment option with minimal downtime.‍

Treatment Overview

Finebeam Dual effectively treats veins by delivering energy into the vein to cause it to collapse.

Medical technicians carefully adjust treatment parameters like the amount of energy (fluence), the duration of the light pulse (pulse width) and the rate at which the pulses are delivered (repetition rate).

These adjustments are necessary to maximize the delivery of energy to the veins for better results while minimizing any discomfort for the patient.

Finebeam Dual – This type of Nd:YAG laser uses dual wavelengths to selectively target vascular lesions, safely addressing visible veins and redness in a controlled manner.

This process achieves a dual benefit:

• Selective Vascular Targeting: Finebeam’s wavelength is absorbed by hemoglobin-rich blood vessels, reducing the appearance of vascular lesions with minimal impact on surrounding skin.
• Deep Penetration: Designed to reach deeper layers of the skin, the Nd:YAG wavelength can effectively treat a range of vascular issues, such as spider veins, rosacea, and port-wine stains.

Finebeam Dual Technology Highlights:

• Focused Energy Delivery: Safely reduces vascular lesions by selectively targeting hemoglobin, ensuring effective treatment without damaging adjacent tissue.
• Versatile Applications: Effective on various vascular lesions and suitable for multiple skin types, offering a wide range of treatment options.
• Minimal Downtime: Provides vascular lesion reduction with minimal recovery time, enabling patients to return to daily activities quickly.
  

Melasma

What is Melasma?

Melasma, also known as ‘chloasma,’ is a common skin condition marked by brown patches, primarily on the face. These patches often appear on the cheeks, nose, forehead, chin, and upper lip, and can also develop on other sun-exposed areas of the body.

The primary triggers for melasma include hormonal changes and sun exposure. While both men and women can develop melasma, it is more prevalent in women, particularly those with Latin or Asian backgrounds. 

Finebeam Dual and Finebeam‍ Qplus Q-switched lasers have gained recognition as effective treatments for melasma.

These advanced lasers emit ultra-short pulses of high-energy light that target melanin (the pigment responsible for skin color) in the affected areas.

The intense energy delivered by these lasers helps break down melanin, gradually lightening melasma patches over time.

Key Features

• Pigmentation Reduction
• Enhances Elasticity
• Improved Skin Firmness
• Reduces Acne Scars
• Fades Sun Damage
• Smoothes Wrinkles

Cutting-Edge Solutions

Finebeam uses a precise wavelength of light specifically designed to target the deeper layers of skin affected by melasma.

This controlled process stimulates collagen production and promotes skin renewal, making Finebeam highly effective in treating melasma.

It not only helps reduce pigmentation but also improves skin texture and clarity, leaving the skin refreshed, rejuvenated, and more even-toned.

‍Treatment Overview

Finebeam Dual and Finebeam Qplus provides a highly effective, non-invasive solution for treating melasma, a condition characterized by dark, irregular patches of pigmentation.

Using advanced Nd:YAG laser technology, this system targets melanin deposits within the skin to reduce discoloration and restore a more even skin tone.

Finebeam for Melasma Treatment – This cutting-edge laser system combines dual wavelengths to treat melasma at multiple layers of the skin, providing transformative results:

• Targeted Pigmentation Reduction: Precisely targets the melanin responsible for melasma, breaking it down and reducing dark spots for a more even complexion.
• Collagen Stimulation: Stimulates collagen production, improving skin texture and promoting overall skin health, contributing to a brighter, more youthful appearance.
• Deep and Surface Treatment: The dual wavelengths work to treat both the surface and deeper layers of the skin, ensuring more effective melasma management.
• Precision Energy Delivery: Effectively targets pigmentation without harming surrounding tissue, ensuring safety and effectiveness for various skin types, including those prone to melasma.

• Effective for Stubborn Pigmentation: Reduces stubborn melasma and other forms of hyperpigmentation that are resistant to topical treatments.
• Minimal Downtime: Patients can enjoy enhanced skin clarity with minimal recovery time, making it a convenient option for busy lifestyles.

Our advanced, medical-grade technology is designed to optimize patient outcomes and streamline your treatments.

Whether you’re addressing melasma, alleviating pain, or improving skin texture, our solutions provide effective results.

Finebeam’s cutting-edge Nd:YAG laser technology offers a trusted, comprehensive approach to reducing melasma, delivering smoother, healthier, and more radiant skin with minimal discomfort.

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Soft Peeling

What is Soft Peeling?

Carbon peeling, also known as a “carbon laser peel,” is a non-invasive treatment that combines a carbon-based cream with a Q-switched (Finebeam Dual or Finebeam Qplus) laser to address a range of skin concerns, including fine lines, enlarged pores, uneven skin tone, and acne.

The treatment begins with the application of a carbon-based cream, which acts as an exfoliating agent, binding to impurities and dead skin cells on the skin’s surface.

Once the carbon cream has dried, a Q-switched laser is applied to heat and vaporize the carbon particles along with the attached impurities.

This process unclogs pores, stimulates collagen production, and rejuvenates the skin’s texture and tone.

‍Key Features

• Reduces Wrinkles

• Smoothes Fine Lines

• Enhance Elasticity

• Minimizes Pores

• Reduces Pigmentation

• Fades Sun Damage

Dr. Lucent Carbon Cream

Transform your patients care with a single treatment for glowing, healthy skin.

This gentle yet effective formula enhances texture, brightens tone, restores elasticity, and minimizes pores. Infused with Tranexamic Acid to even skin tone, Niacinamide to calm inflammation, and soothing Centella Asiatica and Cotton Seed Extract, this paraben-free cream ensures visible, irritation-free results for radiant skin.

‍Treatment Overview

Soft peeling is a gentle yet effective treatment that enhances skin texture, tone, and clarity.

Using advanced Nd:YAG laser technology, Finebeam delivers precise exfoliation of the outer skin layer while stimulating collagen production, leaving the skin refreshed and radiant.

Finebeam – This cutting-edge laser system combines dual wavelengths to target the skin’s surface and deeper layers, offering transformative results:

• Gentle Exfoliation: Removes dead skin cells to reveal smoother, more luminous skin.
• Collagen Stimulation: Promotes natural collagen production in the dermis, improving elasticity and reducing the appearance of fine lines.

Finebeam Technology Highlights for Soft Peeling:

• Precision Energy Delivery: Provides controlled exfoliation without harming surrounding tissue, suitable for all skin types.
• Versatile Applications: Addresses dullness, uneven texture, mild pigmentation, and acne scars.
• Minimal Downtime: Allows patients to enjoy rejuvenated skin with a quick recovery time.

Our medical-grade technology is designed to enhance patient outcomes and streamline your practice.

Whether you’re rejuvenating skin with soft peeling, treating pigmentation issues, or addressing other dermatological concerns, our advanced solutions provide the precision and efficiency you need to deliver outstanding results.

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C02 Resurfacing

What is CO2 Skin Resurfacing?

Skin resurfacing is a non-surgical procedure that involves removing or treating some or all of the outer layers of the skin.

CO2 resurfacing is an ablative technique that can be used as an alternative to a surgical face lift, which is more invasive and carries its own set of risks. Many people choose skin resurfacing to avoid surgery or to maintain a youthful look as they age.

Although it’s most commonly performed on the face, it can also be done on other areas of the body.

There are various skin resurfacing methods, with some being more invasive than others, each offering different benefits. 

Finexel’s CO2 resurfacing provides more than just skin tightening. It can reduce fine lines and wrinkles, improve skin firmness, minimize acne scars, refine skin texture, reduce pore size, and address concerns like sun damage, redness, and pigmentation.

Ultimately, this treatment enhances the overall health and radiance of the skin, giving it a youthful, glowing appearance.

Key Features

• Smoothes Fine Lines
• Enhances Elasticity
• Minimizes Pores
• Reduces Acne Scars
• Fades Sun Damage

Cutting-Edge Solutions

Finexel delivers controlled thermal energy to stimulate collagen production and renew skin cells, achieving noticeable, long-term improvements.

This advanced system allows you to personalize each treatment to the unique requirements of every patient, enhancing satisfaction and treatment outcomes.

‍Treatment Overview

CO2 resurfacing works by delivering controlled thermal energy to both the top layer (epidermis) and the deeper layers (dermis) of the skin. This process achieves a dual benefit:

• Immediate Skin Tightening: Thermal energy causes existing collagen fibers to contract, giving patients an instant skin-tightening effect.
• Long-Term Collagen Stimulation: The controlled heat also stimulates fibroblasts in the dermis, initiating the production of new collagen and elastin fibers for lasting rejuvenation.

Finexel CO2 Technology Highlights:

• Thermal Coagulation: This process induces neocollagenesis, rejuvenating the dermal structure for lasting firmness.
• Precise Ablation: The CO2 laser vaporizes damaged outer skin layers, effectively addressing textural imperfections and pigmentation while revealing smoother skin beneath.
• Customizable Energy Levels: With flexible settings for depth and cooling, Finexel’s CO2 system is easily adjustable to ensure patient comfort and optimal results across different skin types and conditions.

Our medical-grade technology is designed to enhance patient outcomes and improve the efficiency of your treatments.

Whether you’re treating pigmented lesions, managing pain, or enhancing skin texture, our advanced solutions have you covered.‍

Tattoo Removal

What is Tattoo Removal?

Laser tattoo removal is a proven process that utilizes advanced Q-switched lasers, such as Finebeam Dual or Finebeam Qplus, to gradually break down and remove tattoos from your skin.

With precision and care, these lasers offer one of the most effective solutions for tattoo removal, targeting the tattoo ink without damaging surrounding tissue.

Our Finebeam Dual and Finebeam Qplus lasers use highly focused bursts of laser light to break down tattoo ink into smaller particles, which are then naturally eliminated by the body.

This process is safe, precise, and minimally invasive, offering an effective solution for tattoo removal.

The tattoo removal process begins when the laser emits short, intense pulses of light at a specific wavelength, precisely targeting the tattoo pigments.

The laser’s energy then heats up the ink, causing it to break into tiny fragments without harming the surrounding skin.

Once fragmented, the body recognizes these smaller ink particles as foreign and activates the immune system to eliminate them.

Over time, the body continues to clear these broken-down particles, causing the tattoo to fade progressively with each session.‍

Key Features

• Gradual Fading
• Enhances Elasticity
• Customizable Treatment
• Minimal Downtime
• Efficient Ink Breakdown
• Minimal Skin Damage

Cutting-Edge Solutions

Finebeam uses a precise wavelength of light specifically designed to target the deeper layers of skin affected by melasma.

This controlled process stimulates collagen production and promotes skin renewal, making Finebeam highly effective in treating melasma.

It not only helps reduce pigmentation but also improves skin texture and clarity, leaving the skin refreshed, rejuvenated, and more even-toned.‍

Treatment Overview

Tattoo removal with Finebeam offers a precise, non-invasive solution that effectively fades tattoos with minimal recovery time.

Using advanced Nd:YAG laser technology, Finebeam Dual targets tattoo ink beneath the skin’s surface, breaking it down into smaller particles that are naturally eliminated by the body.

Finebeam – This state-of-the-art laser system combines dual wavelengths to target both the outer layers and deeper layers of the skin, providing exceptional tattoo removal results:

• Effective Ink Fragmentation: Breaks down tattoo ink into smaller particles for gradual, visible fading.
• Precise Targeting: Uses controlled energy to target ink without damaging surrounding skin, ensuring safety and comfort.
• Minimal Downtime: Allows patients to resume normal activities with a quick recovery time.

Finebeam Technology Highlights for Tattoo Removal:

• Precision Energy Delivery: Delivers focused laser pulses to target tattoo pigments with minimal discomfort.
• Versatile Applications: Effectively removes tattoos of various colors and sizes across all skin types.
• Gradual Fading: Multiple sessions ensure gradual and complete tattoo removal over time, leaving skin clear and rejuvenated.

Finebeam Dual and Finebeam Qplus lasers offer high-intensity, short-duration pulses that deliver powerful energy bursts to target the ink while sparing the surrounding skin.

Typically, multiple sessions are required to achieve complete tattoo removal, with treatments spaced out to allow the immune system time to clear the ink after each session.

Designed with advanced technology, both lasers ensure precision, safety, and effectiveness with minimal discomfort and downtime.

Our medical-grade technology is crafted to enhance patient outcomes and streamline your practice, providing the precision and efficiency needed for exceptional results, whether you’re removing tattoos or addressing other skin concerns.‍

Pigmented Lesions

What are Pigmented Lesions?

Pigmented lesions are non-surgical skin concerns that manifest as areas of abnormal color or darkening compared to surrounding skin.

They result from an accumulation of melanin in certain skin areas, creating dark spots, patches, or uneven coloration.

Although many pigmented lesions are harmless, some may require professional evaluation if they change in size, shape, or colour, or if they become itchy, painful, or bleed.

There are multiple types of pigmented lesions, including freckles, moles (nevi), birthmarks, melasma, and age spots.

Treatment for these lesions can enhance skin clarity and improve overall appearance.

Our Finebeam Dual Nd:YAG and Finexel CO2 laser solutions offer effective options for addressing various pigmented concerns.

Whether seeking a brighter, more even complexion or treating specific pigmentation issues, our laser technology provides a targeted approach for managing pigmented lesions and achieving a healthier, more radiant skin tone.

Key Features

• Minimal Downtime
• Less Thermal Damage
• 4 Different Spot Shapes
• 300W High Peak Power and Stable Output
• Consistent High Performance
• No Char in Tissue

Finexel CO2 Laser

Finexel delivers controlled thermal energy to stimulate collagen production and renew skin cells, achieving noticeable, long-term improvements.

This advanced system allows you to personalize each treatment to the unique requirements of every patient, enhancing satisfaction and treatment outcomes.‍

Treatment Overview

Pigmented lesions can be treated using Nd:YAG and CO2 lasers, although the choice of laser depends on the type of lesion and the patient’s skin type.

Finebeam Dual – This type of Nd:YAG laser uses dual wavelengths to selectively target melanin-rich cells, safely breaking down pigmentation in a controlled manner. This process achieves a dual benefit:  

• Selective Pigment Reduction: Finebeam’s wavelength is absorbed by pigmented cells, reducing spots with minimal impact on surrounding skin.
• Deep Penetration: Designed to reach the dermis layer, the Nd:YAG wavelength can treat deeper pigmentation issues, such as melasma and sunspots.

Finebeam Dual Technology Highlights:

• Focused Energy Delivery: Safely breaks down melanin in targeted areas, effectively treating pigmented lesions without damaging surrounding tissue.
• Versatile Applications: Effective on various pigmented lesions and suitable for multiple skin types, allowing a broad range of treatment options.
• Minimal Downtime: Offers pigment reduction with minimal recovery time, enabling patients to return to daily activities quickly.

Finexel CO2 Laser

The Finexel fractional CO2 laser is designed to treat pigmented lesions through controlled thermal energy, effectively addressing both superficial and deeper pigment concerns.

• Immediate Improvement: Finexel CO2 delivers thermal energy to contract collagen fibers, reducing the appearance of pigmented areas from the first session.
• Long-Term Benefits: By stimulating the body’s natural collagen production, Finexel promotes lasting rejuvenation and overall skin brightness.

Finexel CO2 Laser Technology Highlights:

• Thermal Coagulation: Promotes neocollagenesis, strengthening skin from within to improve resilience against new pigmentation.
• Precise Ablation: Removes the top layers of pigmented skin, unveiling an even, clear complexion beneath.
• Customizable Treatment Depth: Adjustable energy levels allow precise targeting based on pigment type and skin tone, enhancing patient comfort and treatment efficacy.

SLD Phototherapy

What is SLD Phototherapy ?

SLD (Superluminescent Diode) phototherapy, also known as superluminescent diode phototherapy, is a form of low-level light therapy (LLLT) that uses superluminescent diodes to deliver therapeutic light to tissues.

This technology utilizes light at specific wavelengths to target affected areas, providing various therapeutic benefits.

SLD phototherapy is effective in promoting healing, reducing inflammation, improving circulation, and relieving pain.

The light emitted by the superluminescent diodes penetrates deep into the skin and underlying tissues, stimulating cellular processes that support tissue repair and regeneration.

It is commonly used in the treatment of conditions such as acne, chronic pain, muscle strains, and joint inflammation.

This form of therapy is non-invasive, safe, and typically has minimal side effects, making it suitable for a wide range of patients looking for alternative or complementary treatments for various skin and soft tissue conditions.

Key Features

• Pain Relief
• Post Laser Treatment
• Reduces Inflammation
• Acne Treatment
• Scar Reduction
• Hair Growth

Cutting-Edge Solutions

ESTHELUX Pro delivers targeted light therapy with wavelengths ranging from as low as 415nm to as high as 830nm, stimulating cellular repair and promoting collagen production for noticeable, long-term improvements.

This advanced system offers customizable treatments tailored to each patient’s unique needs, enhancing satisfaction and delivering effective, rejuvenating results.

Treatment Overview

ESTHELUX Pro SLD phototherapy utilizes low-level light therapy to target various skin concerns with precision and minimal discomfort.

By delivering light at specific wavelengths, ESTHELUX Pro provides a gentle, non-invasive treatment that promotes skin rejuvenation and healing.

How It Works: ESTHELUX Pro works through several biological mechanisms:

• Cellular Stimulation: Light at optimal wavelengths stimulates the production of adenosine triphosphate (ATP), boosting cellular energy and enhancing the body’s natural healing processes.
• Collagen Production: The therapy promotes collagen synthesis, improving skin elasticity and reducing the appearance of fine lines and wrinkles.
• Anti-Inflammatory Effects: Reduces inflammation by modulating pro-inflammatory cytokines, promoting healthier skin.
• Pain Relief & Healing: Relieves pain and accelerates the healing of tissues by improving microcirculation and promoting faster recovery.

ESTHELUX Pro SLD Technology Highlights:

• Precision Light Delivery: Light energy is carefully targeted to the skin’s deeper layers for effective treatment without damaging surrounding tissue.
• Versatile Treatment Options: Addresses a wide range of concerns, including skin tone, texture, fine lines, acne scars, and pigmentation.
• Minimal Downtime: Provides quick recovery time, allowing patients to enjoy smoother, healthier skin with minimal disruption to their daily routines.
• Non-Invasive & Safe: Suitable for all skin types, providing a comfortable and gentle treatment experience.

ESTHELUX Pro enhances patient outcomes by providing advanced light therapy that is customizable to meet individual needs.

Whether you’re rejuvenating skin, reducing acne, or addressing pigmentation, ESTHELUX Pro delivers outstanding, long-lasting results with minimal downtime.‍

Dupla

Plasma skincare devices, like the Du:pla AR and NE, work better than regular high frequency devices because they use ionized gas (plasma energy) to penetrate the skin deeper and more effectively, triggering cell regeneration and collagen production at a higher level. Here’s a breakdown of why plasma is more advanced:

1. Deeper Skin Penetration

Plasma energy creates controlled micro-channels in the skin, increasing permeability and allowing active ingredients to absorb more effectively.
High frequency devices primarily affect the skin’s surface and are limited to surface-level stimulation.

2. Enhanced Collagen Production

Plasma stimulates fibroblasts more intensively, boosting collagen and elastin for long-term skin tightening and rejuvenation.
Traditional high frequency devices provide temporary stimulation with less long-term structural benefit.

3. Superior Antibacterial Action

Plasma creates ozone and ionized particles that have a powerful antibacterial effect, making it highly effective for treating acne and inflammation.
High frequency does kill surface bacteria, but plasma reaches deeper into the pores.

4. Versatility & Precision

Plasma can be precisely calibrated and targeted using different gases (like Argon or Neon), handpieces, and settings.
High frequency is more generalized and not as adaptable to various skin types or goals.

The Du:pla AR and NE Plasma Skin Care Device delivers effective, non-invasive results without the need for surgical or abrasive procedures.

Its versatile application makes it suitable for a wide range of skin types and concerns, including acne, wrinkles, and pigmentation. Designed with professional-grade technology, it offers outcomes that rival in-clinic treatments—all from the comfort of your own practice.

Experience the future of skincare and elevate your treatment offerings with du:pla. Reveal smoother, brighter, and more youthful-looking skin with every session