Lip Enhancement with Hyaluronic Acid in Marbella

Lip Contour Definition, Volume Restoration and Hydration

Lip enhancement with hyaluronic acid is a minimally invasive aesthetic medical procedure designed to improve lip shape, proportions, definition and hydration while respecting the natural anatomy of the lips and their relationship with the rest of the face.

The lips are anatomically complex structures whose appearance depends on the volume of the vermilion, the definition of Cupid's bow, lip projection, the position of the corners of the mouth and the relationship between the upper and lower lips.

Not every patient requires an increase in lip volume. In some cases, the aim is to define the lip contour, correct minor asymmetries, restore lost volume or improve hydration and the quality of the lip tissue.

At Clínica Dra. Matas, we carry out an individualised medical assessment to select the most appropriate treatment according to lip anatomy, the patient's individual characteristics and the proportions of the rest of the face.

What Can Be Improved Through Lip Enhancement?

Lip Contouring and Definition

Lip contouring aims to enhance the definition of the vermilion border and anatomical structures such as Cupid's bow.

This technique may be indicated for patients with poorly defined lip contours, minor irregularities or age-related loss of definition.

The aim is to restore the natural outline of the lips without necessarily producing a significant increase in volume.

Lip Volume Enhancement and Restoration

Cross-linked hyaluronic acid allows controlled enhancement or restoration of lip volume.

It may be used both in patients who wish to achieve fuller lips and in those experiencing progressive age-related volume loss.

The amount and distribution of the product are determined according to lip anatomy, tissue elasticity and distensibility, and the relationship between the upper and lower lips.

A harmonious result is not achieved simply by creating larger lips, but by maintaining balanced proportions in relation to the rest of the face.

Lip Hydration and Revitalisation

For patients who do not require a significant change in volume, specific hyaluronic acid formulations may be used to improve hydration and certain aspects of lip tissue quality.

These treatments aim to promote a more uniform appearance and improve lip hydration while preserving the natural shape and volume of the lips.

Correction of Lip Asymmetries

Lip asymmetries may affect volume, height, projection or the definition of different areas of the lips.

Through the individualised placement of hyaluronic acid, certain anatomical differences can be improved, recognising that perfect symmetry does not exist and that some asymmetries are related to muscular activity or dentofacial structure.

Lip Enhancement Techniques: Needle and Cannula

Different hyaluronic acid injection techniques can be used to adapt the treatment to each patient's anatomical characteristics and aesthetic objectives.

Needle Technique

The use of a needle allows precise placement of the product in specific anatomical areas, facilitating lip contouring, definition of particular structures and correction of minor irregularities.

Cannula Technique

A blunt-tipped cannula allows the product to be distributed through selected tissue planes and access routes, which may be useful for volume restoration or the correction of specific areas.

The use of a cannula does not eliminate the risk of vascular injury. Both techniques therefore require detailed knowledge of lip anatomy.

Individualised Selection of the Technique

The choice between a needle, a cannula or a combination of both depends on several factors:

• Lip anatomy and morphology.

• Tissue thickness and elasticity.

• Existing lip volume and tissue distensibility.

• Presence of asymmetries.

• Previous aesthetic treatments.

• Treatment objective: contour definition, volume enhancement or hydration.

• Facial proportions and the relationship between the lips, nose and chin.

The hyaluronic acid formulation is also selected according to its cohesivity, elasticity, viscosity and tissue integration properties.

Lip Enhancement and Facial Harmonisation

The lips should not be assessed as an isolated facial feature.

Their shape and projection are closely related to the anatomy of the lower third of the face, chin position, nasal profile, dentoalveolar support and smile dynamics.

For this reason, lip enhancement should form part of a comprehensive assessment of facial proportions, avoiding excessive volume or modifications that could alter the patient's natural facial expression.

Medical Assessment and Personalised Treatment

Every procedure begins with an assessment of lip anatomy at rest and during movement, tissue quality, symmetry and the relationship between the lips and the rest of the face.

Based on this evaluation, an individualised treatment plan is developed, selecting the appropriate type of hyaluronic acid, injection technique and amount of product.

Lip enhancement is a medical procedure that requires detailed knowledge of vascular anatomy and potential complications, including swelling, bruising, irregularities and, in rare cases, vascular occlusion.

Our aim is not to create a standardised lip shape, but to define, restore or hydrate the lips while respecting their individual characteristics and preserving facial harmony.

 

Facial Harmonisation and Asymmetry Correction in Marbella

Balancing Facial Proportions, Restoring Volume and Enhancing Facial Contours

Facial harmonisation is a comprehensive aesthetic medical approach aimed at improving the anatomical and functional balance of the face through an individualised assessment of facial proportions, volume distribution, contours and structural characteristics.

Perfect facial symmetry does not exist. Subtle differences between the two sides of the face are a natural part of human anatomy and contribute to each person's unique identity. However, certain asymmetries, disproportions and age-related changes may affect the overall perception of facial harmony.

At Clínica Dra. Matas, we perform a comprehensive medical assessment of the three facial thirds — upper, middle and lower — evaluating bone structure, facial fat compartments, muscular activity, skin quality and the anatomical relationships between different facial regions.

Our aim is not to transform individual facial features, but to enhance facial proportions, correct selected imbalances and preserve natural facial expressions.

What Concerns Can Be Addressed Through Facial Harmonisation?

Facial harmonisation may be indicated to improve:

• Mild anatomical or age-related facial asymmetries.

• Loss of cheek volume and projection.

• A recessed or disproportionate chin in relation to the facial profile.

• Poorly defined jawline contours.

• Lip asymmetries and disproportion.

• Certain irregularities of the nasal profile.

• Hollowing of the temporal region.

• Loss of structural support in the midface.

• Nasolabial folds and marionette lines.

• Facial contour irregularities associated with muscular activity.

• Skin laxity and tissue sagging.

Medical Treatments for Facial Harmonisation

Hyaluronic Acid: Volume Restoration and Facial Balance

Cross-linked hyaluronic acid fillers allow controlled modification of specific facial volumes and contours using formulations with rheological properties adapted to each anatomical region.

Their main applications include:

Cheek Enhancement: Restoration of malar volume and improvement of midface projection.

Non-Surgical Chin Augmentation: Correction of selected deficiencies in chin projection and improvement of the relationship between the nose, lips and chin.

Jawline Definition: Enhancement of mandibular contours and the transition between the lower face and neck.

Lip Harmonisation: Correction of asymmetries, definition of the vermilion border, volume restoration and improvement of lip proportions.

Non-Surgical Rhinoplasty: Visual correction of selected nasal profile irregularities using dermal fillers, without altering the underlying bone or cartilage structure.

Temporal Region: Restoration of lost volume in patients presenting with temporal hollowing.

Facial Folds and Depressions: Treatment of selected volume deficiencies affecting the nasolabial folds, marionette lines and periorbital region.

The choice of product and injection technique depends on vascular anatomy, tissue depth and the individual characteristics of each patient.

Neuromodulators: Balancing Muscular Activity

Neuromodulators temporarily modify the activity of specific facial muscles, helping to improve dynamic wrinkles and certain imbalances associated with muscular contraction.

Potential applications include:

• Treatment of dynamic wrinkles in the upper third of the face.

• Correction of selected eyebrow position asymmetries.

• Reduction of excessive gingival display (gummy smile).

• Treatment of mentalis muscle hyperactivity.

• Modulation of the muscles responsible for downward movement of the corners of the mouth.

• Treatment of masseter muscle hypertrophy in selected patients.

• Correction of certain muscle-related facial asymmetries.

• Treatment of prominent platysmal bands and improvement of selected dynamic components of the jawline and neck contour.

Each application requires an individual medical assessment and must be performed in accordance with approved indications and established clinical safety standards.

Calcium Hydroxylapatite: Structural Support and Collagen Biostimulation

Calcium hydroxylapatite is a biocompatible material capable of providing tissue support and stimulating collagen production.

Depending on its formulation, dilution and injection plane, it may be used to enhance selected facial contours and promote extracellular matrix remodelling.

This treatment may be considered in patients presenting with loss of structural support, reduced dermal quality and mild to moderate skin laxity.

Poly-L-Lactic Acid and Other Collagen Biostimulators

Collagen biostimulators promote a gradual tissue response that contributes to improved structural support and tissue quality.

Poly-L-lactic acid primarily acts by stimulating neocollagenesis, meaning that its effects develop progressively over time.

These treatments may form part of a facial harmonisation protocol when diffuse volume loss or deterioration of the dermal structure is present.

Thread Lifting and Tissue Repositioning

Absorbable lifting threads allow limited repositioning of selected superficial tissues and may stimulate collagen remodelling.

They are primarily indicated for patients with mild to moderate tissue laxity and favourable anatomical characteristics.

Thread lifting does not replace surgical facelift procedures in cases of significant tissue sagging.

Complementary Technologies for Facial Harmonisation

Endolift and Facial Contour Remodelling

Endolift subdermal laser technology may be considered for selected degrees of skin laxity and localised fat accumulation in areas such as the jawline and submental region.

Its mechanism of action involves the delivery of thermal energy through a micro-optical fibre, aiming to promote tissue contraction and the remodelling of small localised fat deposits.

As the available clinical evidence has certain limitations, treatment indications must be assessed individually.

Fractional CO₂ Laser, Thulium Laser and Tixel

Facial harmonisation is not exclusively determined by facial structure and volume. Skin quality also plays an important role in the overall aesthetic appearance of the face.

Fractional CO₂ laser, thulium laser and Tixel thermomechanical technology act through different mechanisms to address selected signs of photoageing, uneven skin texture and fine wrinkles.

These technologies may complement volume restoration and facial contouring treatments.

Radiofrequency and Focused Ultrasound

Radiofrequency treatments, particularly those designed for dermal remodelling, and focused ultrasound technologies may be used in selected patients to improve certain degrees of skin laxity.

These procedures may complement treatments aimed at enhancing tissue support and redefining facial contours.

Mesotherapy and Skin Revitalisation

Mesotherapy using non-cross-linked hyaluronic acid and other approved formulations may contribute to improved skin hydration and selected parameters of skin quality.

Although these procedures do not replace structural correction treatments, they may be incorporated into a comprehensive protocol when changes in skin texture, hydration or elasticity are present.

Facial Harmonisation for Men and Women

Treatment planning must consider the individual characteristics of each face, avoiding the application of standardised aesthetic ideals.

Chin projection, jawline definition, malar volume distribution and lip proportions may be approached differently according to the patient's anatomy, identity and personal aesthetic goals.

The aim is to preserve individual facial features while improving overall balance, without creating artificial volume or unnecessary changes.

Facial Assessment and Personalised Treatment Planning

Treatment begins with a comprehensive medical assessment, including the evaluation of facial proportions, asymmetries at rest and during movement, volume distribution and tissue quality.

When indicated, standardised photographic analysis allows anatomical features to be documented and treatment outcomes to be monitored objectively.

Based on this assessment, an individualised treatment plan is developed, which may involve one or several techniques performed sequentially.

Patient safety, detailed knowledge of facial vascular anatomy and appropriate treatment selection are fundamental aspects of every facial harmonisation procedure.

True facial harmonisation is not about changing every feature, but about identifying which structures would benefit from correction and which should be preserved.

Aesthetic medical treatment used to remove excess skin from the eyelids, as well as orbicularis wrinkles, colloquially called crow's feet. The periorbital skin (eyelid skin) is thin and has no hair. It should be smooth and without contour defects, such as wrinkles or folds. The eyelids have a transverse fold that marks the division of the palpebral portion of the orbicularis muscle into its two portions, pretarsal and preseptal. A youthful upper eyelid should appear full, the medial part of the upper eyelid border should be in a more oblique plane than the lateral portion of the upper eyelid. The eyelid crease is the portion of skin of the upper eyelid that is above the eyelid sulcus, which is more marked in an elderly person and should be parallel to the eyelash line along its entire length.

The aesthetically pleasing lower eyelid has a smooth appearance, which blends with the upper cheek without contour irregularities, since the existence of any of these produces an appearance of fatigue.

We can perform periorbital rejuvenation with and without surgery.

• Blepharoplasty with surgery is performed using a technique called transcutaneous, we perform skin and orbicularis muscle resection, fat pad resection with closure of the orbital septum and suspension of the orbicularis muscle of the lower eyelid to the periosteum of the lower lateral canthus.
• Blepharoplasty without surgery. It is done using two techniques:
  1. The Plasma Laser that acts by destroying the keratinocytes of the epidermis, thus causing its retraction, generating an alteration in the structure of the skin. This technique is quick and simple, it is performed in the office with local anesthesia. After finishing the area to be treated, it shows slight inflation with small millimetric scabs that will fall generally between 7 and 10 days later.
  2. The Endolift Laser .

 

It is indicated for both women and men with excess skin on the upper and lower eyelids or with wrinkles in the periocular area. Although not in all cases. After a good diagnosis, the doctor must prescribe the type of blepharoplasty that the patient needs and with which the desired objective will be achieved, improving and rejuvenating the appearance of the periocular area of ??the gaze.

Neck and Décolletage Rejuvenation 
Advanced medical treatments for skin laxity, wrinkles, pigmentation, and skin regeneration
The neck and décolletage are anatomical regions particularly vulnerable to skin aging due to their structural characteristics, a lower density of sebaceous glands, and cumulative exposure to ultraviolet radiation.

The aging process is characterized by a progressive decline in collagen, elastin, and hyaluronic acid, accompanied by alterations to the extracellular matrix, a loss of elasticity, and changes in the distribution of adipose (fat) tissue.

These changes may manifest as skin laxity, horizontal neck lines, a loss of definition in the cervicomental angle (the angle between the neck and the chin), platysmal bands, pigmentation, dyschromia, and changes in skin texture.

At Clínica Dra. Matas, we approach neck and décolletage rejuvenation through personalized medical protocols that combine tissue-remodeling technologies, biostimulatory treatments, and skin regeneration procedures.

Treatments for Neck and Décolletage Rejuvenation
Fractional CO₂ Laser: Dermal Renewal and Remodeling
The fractional carbon dioxide (CO₂) laser creates controlled micro-zones of ablation and thermal coagulation, which trigger the body’s physiological tissue-repair mechanisms.

This process promotes neocollagenesis (the production of new collagen) and the reorganization of dermal fibers, helping to improve fine lines, skin texture, and certain degrees of skin laxity.

Applying this treatment to the neck and décolletage requires careful selection of parameters, given the unique characteristics of these areas and their increased susceptibility to scarring.

Fractional Thulium Laser: Photoaging and Skin Quality
The fractional thulium laser is used to address specific superficial concerns associated with photoaging by creating controlled thermal micro-zones. It can help improve skin texture, radiance, and pigmentary irregularities, particularly in patients showing signs of sun damage.

Tixel: Rejuvenation via thermomechanical technology
Tixel utilizes thermal energy delivered through controlled contact with the skin’s surface, creating micro-treatment zones that promote epidermal renewal and dermal remodeling.

It may be used for select patients with fine lines and skin texture irregularities. Clinical evidence specifically regarding the neck and décolletage remains limited.

Collagen biostimulators
Collagen inducers—such as calcium hydroxylapatite and poly-L-lactic acid—trigger a tissue response that stimulates the synthesis of new collagen and the remodeling of the extracellular matrix.

Their application can help progressively improve skin density, firmness, and quality, especially in patients experiencing dermal thinning and mild to moderate laxity.

The choice of product, its dilution, and the depth of administration depend on the anatomical region and the approved indications for each specific formulation.

Hyaluronic acid and dermal revitalization treatments
Hyaluronic acid formulations designed for intradermal hydration can enhance the skin’s moisture levels, elasticity, and surface quality.

In certain patients, hyaluronic acid fillers can be used to correct horizontal neck lines—often referred to as "Venus rings"—provided that the patient’s anatomy and tissue characteristics allow for an appropriate intervention.

Mesotherapy and biorevitalization
Medical mesotherapy involves the intradermal administration of specific formulations, which may contain non-cross-linked hyaluronic acid, amino acids, antioxidants, and other approved active ingredients.

The goal is to improve specific parameters related to skin hydration and quality; however, efficacy depends on the product's composition, and the available scientific evidence varies. Capacitive, resistive, and fractional radiofrequency
Radiofrequency uses electromagnetic energy to generate controlled tissue heating.

Capacitive and resistive modalities can be used as complementary treatments, while microneedle radiofrequency allows for action at specific dermal depths, promoting collagen remodeling processes.

These techniques can help improve skin firmness and address certain skin texture irregularities.

Endolift: subdermal neck remodeling
Endolift is a minimally invasive technique that uses laser energy delivered via a micro-optical fiber inserted into the subcutaneous tissue.

Its thermal effect is aimed at promoting tissue contraction and, in selected patients, the remodeling of small submental fat deposits.

It may be considered for improving the definition of the cervical contour.

Hand Rejuvenation
Restoring volume, improving skin quality, and treating skin spots
The hands are one of the anatomical areas where signs of aging are most apparent. Cumulative sun exposure, the progressive loss of subcutaneous adipose tissue, and structural changes in the dermis lead to alterations that affect both the volume and the quality of the skin.

Aging of the hands can manifest in two primary ways: loss of volume—resulting in a "skeletal" appearance—and photoaging, characterized by skin spots, fine lines, and changes in skin texture. These conditions may occur independently or coexist in the same patient.

Rejuvenating "skeletal" hands: restoring volume
As we age, there is a progressive reduction of adipose tissue on the back of the hands, which makes the extensor tendons, bony structures, and superficial venous network more visible.

This process, known as dorsal volumetric atrophy, creates the characteristic appearance of aged or "skeletal" hands.

Various fillers and biostimulatory agents can be used to address this.

Hyaluronic acid
Cross-linked hyaluronic acid can restore volume to the back of the hands, smoothing out the depressions between the metacarpal bones and reducing the visibility of tendons and veins.

Its ability to integrate into the tissue helps improve the contours and restore a more uniform appearance, all while preserving the mobility and functionality of the hands.

Calcium hydroxyapatite
Calcium hydroxyapatite is a biocompatible material capable of providing both volumetric correction and dermal biostimulation.

In addition to providing structural support, its microspheres stimulate a fibroblastic response that leads to the synthesis of new collagen, helping to progressively improve skin quality and firmness. It represents a particularly attractive option for patients experiencing volume loss and thinning of the skin on the back of the hands.

Poly-L-lactic acid
Poly-L-lactic acid is a collagen biostimulator with a progressive effect that promotes the remodeling of the extracellular matrix.

Unlike fillers that provide an immediate volumetric effect, its mechanism of action is primarily based on stimulating neocollagenesis, leading to a gradual improvement in tissue thickness and support.

Its use requires careful patient selection and an individualized treatment plan.

Rejuvenation of hands with spots and photoaging
Chronic exposure to ultraviolet radiation contributes to the development of solar lentigines (sun spots), pigmentary changes, loss of elasticity, fine lines, and alterations in skin texture.

In such cases, treatment is primarily aimed at improving pigmentation, stimulating epidermal renewal, and promoting dermal remodeling.

Fractional thulium laser
The thulium laser allows for fractional treatments designed to address specific signs of photoaging, pigmentary irregularities, and skin texture issues.

Its controlled thermal action facilitates processes of epidermal renewal and superficial dermal remodeling.

Fractional CO₂ laser
The fractional CO₂ laser creates micro-zones of ablation and thermal coagulation, which stimulate tissue repair mechanisms and the synthesis of new collagen.

It may be indicated for hands showing signs of photoaging, fine lines, and textural irregularities, provided that the specific characteristics of the skin and the required recovery time are taken into account.

Intense Pulsed Light (IPL)
Intense Pulsed Light works through selective photothermolysis, targeting specific chromophores within the skin. It is especially indicated for treating solar lentigines and other selected benign pigmentary alterations, helping to achieve a more uniform skin tone.

Medical-grade chemical peels
Chemical peels produce a controlled exfoliation of the skin's superficial layers using specific chemical agents.

They can address certain pigmentary irregularities, textural changes, and superficial signs of photoaging.

The choice of exfoliating agent and the depth at which it acts depend on the patient’s skin phototype, the condition of their skin, and the characteristics of the lesions.

Combined treatments: volume and skin quality
In many patients, aging of the hands involves a simultaneous loss of volume, dermal atrophy, and pigmentary changes.

In such cases, a planned combination of volume-restoration treatments and skin-rejuvenation technologies makes it possible to address the various components of the aging process.

The protocol may include hyaluronic acid fillers, calcium hydroxylapatite, or collagen biostimulators, used in sequence with lasers, IPL (intense pulsed light), or medical-grade chemical peels.

Arm Rejuvenation 
Advanced medical treatments for skin laxity, skin quality, and arm contouring
Arm aging is a multifactorial process characterized by a progressive decline in collagen and elastin, a loss of dermal density, alterations to the extracellular matrix, and changes in the distribution of subcutaneous adipose tissue.

These changes can manifest as skin laxity, loss of firmness, fine lines, uneven texture, skin spots, and sagging—particularly on the inner aspect of the arms.

Arm rejuvenation requires personalized medical protocols that combine tissue-remodeling technologies, biostimulatory procedures, and skin-regeneration treatments.

Treatments for Arm Rejuvenation
Fractional CO₂ Laser
The fractional carbon dioxide (CO₂) laser creates micro-zones of ablation and controlled thermal coagulation, which trigger the body’s physiological tissue-repair mechanisms.

This process stimulates neocollagenesis (the creation of new collagen) and the remodeling of existing collagen fibers, leading to improvements in skin texture, firmness, and the appearance of superficial wrinkles. It is particularly well-suited for addressing skin-quality issues associated with photoaging.

Biostimulators and Collagen Activators
Dermal biostimulators—such as calcium hydroxyapatite and specific collagen-inducing agents—act upon the extracellular matrix to promote the progressive synthesis of new collagen fibers.

Their application can help improve skin density, elasticity, and resilience, making them especially beneficial for patients experiencing dermal thinning and mild to moderate skin laxity. Tixel: fractional thermomechanical technology
Tixel utilizes thermal energy delivered through controlled contact with the skin’s surface, creating micro-zones of tissue stimulation without the use of laser radiation.

Its mechanism of action promotes epidermal renewal and dermal remodeling. It may be considered for improving skin texture and certain signs of aging, although specific clinical evidence regarding its use on the arms remains limited.

Mesotherapy and dermal revitalization treatments
Mesotherapy involves the intradermal administration of formulations selected based on the skin's specific needs.

Preparations may include non-cross-linked hyaluronic acid, amino acids, antioxidants, and other active ingredients approved for this route of administration.

These treatments are primarily aimed at improving skin hydration, quality, and appearance. Their skin-tightening effect is limited and depends on the specific formulation used.

Capacitive and resistive radiofrequency
Capacitive-resistive radiofrequency uses high-frequency currents to generate a controlled increase in tissue temperature.

Its application can enhance local circulation and support certain tissue-remodeling processes, serving as a complementary option in protocols designed to improve skin firmness.

Endolift: remodeling via subdermal laser
Endolift is a minimally invasive technique that employs laser energy delivered through a micro-optical fiber inserted into the subcutaneous tissue.

Its controlled thermal action promotes tissue contraction and, in select patients, the remodeling of small, localized fat deposits.

It may be considered for arms exhibiting laxity and localized adiposity; however, it is important to note that clinical evidence remains limited and that the procedure requires rigorous patient selection.

Other complementary techniques
Depending on anatomical characteristics and the degree of aging, the treatment protocol may incorporate:

Radiofrequency with microneedles: dermal thermal stimulation to improve firmness and texture. Fractional thulium laser: treatment for specific superficial skin changes associated with photoaging.

Intense pulsed light (IPL): improvement of sun spots and select pigmentary irregularities.

Focused ultrasound: thermal stimulation of specific tissue layers to address certain degrees of skin laxity.

Muscle-strengthening treatments: electromagnetic stimulation technologies and targeted exercise to improve muscle tone—though these do not replace skin-remodeling procedures.

Surgical brachioplasty: indicated in select cases involving significant excess skin, where non-surgical treatments cannot provide sufficient correction.

A combined, personalized medical approach
Arm rejuvenation does not rely on a single technology; rather, it requires a comprehensive assessment of skin quality, the degree of laxity, dermal thickness, the distribution of adipose (fat) tissue, and the condition of the underlying musculature.

With the passage of time, the earlobe loses structure and firmness, it lengthens, losing volume. Ear lobe rejuvenation is performed through infiltrations with medium or high density hyaluronic acid. The restoration of the area is immediate, since it acts as a filler and restores the volume that we have lost, achieving a projection of the area and making even the small wrinkles that give the lobe an aged appearance disappear.

It is another consequence of the aging of the earlobe in people who have worn earrings throughout their lives. This is corrected with a simple surgery, which is performed on an outpatient basis and with local anesthesia.