LightSCAN™ Hamburg | Fraktionierte Laserbehandlung der Haut

LightSCAN™ Treatment Details in Hamburg


Treatment Duration	30–60 minutes
Social Down-time	Depends on intensity
Anesthesia	Numbing cream upon request
Pain Level	Low


Results	After a few weeks
Sessions	3–4
Combination	With regenerative procedures such as: Endolift, PRF, polynucleotides & exosomes

Attending Doctors

Dr. med. Anna Brandenburg

Specialist in Dermatology

Focus areas: Surgical Dermatology, Laser Medicine and Aesthetic Dermatology

LightSCAN™ Hamburg – Natural Skin Improvement

Would you like to address acne, acne scars, enlarged pores, or an uneven skin texture? In Hamburg, we offer LightSCAN™, a physician-led laser treatment that supports your skin through targeted regeneration impulses.

LightSCAN™ delivers laser energy in a fractional, controlled grid pattern into the skin without ablating the skin surface across large areas. The thermal micro-impulses are designed to stimulate repair and remodeling processes within the tissue. We are happy to discuss any questions regarding your personal skin goals during an initial consultation. Book your appointment now.

Experience how your skin can breathe again through a treatment that doesn’t overwhelm it, but rather provides targeted support. The Carbon Peeling via laser gives you the good feeling of having restored something valuable to your skin in a mindful way. Learn in an initial consultation how we bring out your natural beauty using state-of-the-art laser technology.

Your LightSCAN™ Treatment – The Procedure

A LightSCAN™ treatment is divided into four steps: medical skin analysis, cleansing and preparation, the actual laser application, and aftercare. Depending on the area and intensity, the session lasts 30 to 60 minutes.

Consultation & Anamnesis

Before the treatment, we assess skin type, skin structure, and potential inflammation. Based on this, the target areas as well as the intensity and scope of the application are defined.

Skin Preparation

The skin is thoroughly cleansed and prepared for the treatment. Depending on the selected intensity, a numbing cream can be applied beforehand to make the procedure more comfortable.

Treatment with LightSCAN™

The scanner guides the laser energy over the treatment area in a controlled grid pattern. Exposure duration and fractional coverage are adjusted to suit the skin type and current skin condition.

Care and Regeneration

Temporary redness or a sensation of warmth may occur; rigorous UV protection and an active ingredient skincare routine support the subsequent regeneration phase. We will advise you accordingly.

Side Effects and Aftercare

Unlike full-surface ablative lasers, LightSCAN™ leaves no large open wound. In the first few hours to days following treatment, redness, a sensation of warmth, mild swelling, or temporary dryness are common; some experience brief roughness of the skin. These reactions usually subside on their own. To allow the skin to renew undisturbed, the following points are important in the days that follow:

Rigorous sun protection – freshly treated skin is more sensitive to UV radiation
Non-irritating, gentle care – without fragrances or mechanical scrubs/exfoliants
No aggressive active ingredients – pause retinoids, acids, and similar products for a few days
Avoid heat – temporarily hold off on saunas, intense sports, and hot baths

After treatment, the skin is sensitized and requires non-irritating, soothing care. We will coordinate with you to determine which active ingredients, such as hyaluronic acid or calming serums, are suitable for the following days, and whether integrating regenerative procedures such as PRF or polynucleotides makes sense for your specific condition. What complements each other and in what order is determined after a specialist examination.

Combination with Other Treatments

Exosomes

as regenerative signal substances

PRF

to stimulate the body’s own regeneration processes

Wirkstoffkomplexe & Seren

with selected antioxidant active ingredients

Polynukleotide

to support skin quality

LightSCAN™ in Combination with EndoliftX®

LightSCAN™ and EndoliftX® both utilize the 1,470 nm laser LASEmaR® 1500, but deliver its energy into the tissue in different ways. As a result, these procedures can complement each other for specific combination findings.

	LightSCAN™	EndoliftX®
Application	The scanner is guided across the skin from the outside	Fine optical fibers are introduced beneath the skin
Treatment Level	Superficial, fractional treatment of skin structure	Interstitial treatment of deeper tissue and connective tissue structures
Potential Skin Goals	Acne scars, pore appearance, and structural irregularities	Early skin laxity, fading contours, and small localized fat deposits
Treatment Principle	Controlled thermal zones support regenerative remodeling processes	Targeted thermal impulses can stimulate contraction and collagen remodeling
Role in Combination	Complements the treatment with a focus on skin structure	Takes on the deeper tightening and contouring aspect

For Which Indications Is the Procedure Suitable?

The procedure is primarily aimed at structural changes in the skin. Results may vary and depend on the type and depth of the skin condition, skin type, and achievable treatment intensity. We are happy to discuss further details with you in person.

Dull, tired, or stressed skin
Uneven skin texture
Enlarged pores
Fine lines
Early loss of elasticity
Acne and a tendency toward inflammatory skin conditions
Acne scars
Post-inflammatory redness or skin changes
Pigment irregularities
Improvement of skin quality after or in combination with EndoliftX®

Contraindications

In cases of a tendency toward hypertrophic scarring/keloids, wound healing disorders, immunosuppression, or poorly controlled diabetes, we must evaluate your individual risk.

How Does the Laser Support Skin Renewal?

LightSCAN™ distributes the energy of the LASEmaR® 1500 across the skin in a controlled grid pattern. Rather than treating the entire area uniformly, numerous distinct thermal treatment zones are created. Untreated skin areas remain between these zones, which can support the subsequent regeneration processes.

Microthermal Zones and Tissue Remodeling

The 1,470 nm wavelength is primarily absorbed by water in the tissue and converted into heat. Depending on intensity, exposure duration, and fractional coverage, controlled photothermal impulses are generated. The resulting tissue response can be accompanied by the activation of fibroblasts and the remodeling of the extracellular matrix.

Realistic Assessment of Effects

As with any healing phase of the skin, this process takes time: changes in skin structure do not occur immediately during treatment, but rather develop over the course of the subsequent regeneration phase. The extent of these changes depends, among other things, on the initial skin condition, treatment intensity, and number of sessions.

What Distinguishes LightSCAN™ from Other Skin Resurfacing Procedures?

Different laser and needling procedures target different layers and conditions of the skin. Therefore, the key question is which technology best suits the specific skin finding, rather than which method is “stronger.”

Intention	Option	Classification
Skin structure and pore appearance	LightSCAN™	Fractional thermal impulses treat the skin without ablating its surface across large areas.
Atrophic acne scars	LightSCAN™, CO₂ laser, or RF microneedling	Scar type and depth determine whether thermal micro-areas, ablative resurfacing, or radiofrequency are more suitable.
Pigment and sun damage	LaseMD® Ultra	The more superficial 1,927 nm wavelength targets uneven pigmentation and light-induced changes more directly.
More intensive resurfacing	CO₂ laser	Ablative treatment can address more pronounced structural changes, but requires a significantly longer recovery phase.
Skin structure and firmness	RF microneedling	Radiofrequency energy is delivered into the dermis via needles, targeting a different tissue layer than more superficial lasers.
Regenerative active ingredients	LaseMD® Ultra or supplementary LightSCAN™	The specific active ingredient application and its medical suitability must be determined separately.

Your Path to Better Skin Quality – LightSCAN™ in Hamburg

LightSCAN™ aligns with a concept of aesthetic dermatology that focuses on the body’s self-regenerative capacity. With this approach, patients are typically not looking for visible alterations, but rather want their skin to appear fresher, more even, and calmer without losing its natural appearance.

During the initial consultation, we examine your skin condition, assess what is realistically achievable in your case, and openly discuss whether a different or complementary treatment would be a better fit.

Book your appointment conveniently online or by phone. We look forward to meeting you.

Frequently Asked Questions About LightSCAN™ Treatment

Can the treatment also be used for active acne?

In cases of inflammatory active acne, LightSCAN™ can be used as part of the treatment plan. However, the inflammation should first be evaluated dermatologically and controlled with an appropriate acne therapy. Subsequently, it can be assessed whether a fractional laser treatment is also an option.

Which body areas are suitable for LightSCAN™?

The main areas treated are the face, neck, and décolleté, as well as individual scar areas—regions where skin structure, pore size, or acne scars are the primary concern. Which areas can be effectively treated in your case will be determined during the medical skin analysis.

Is LightSCAN™ suitable for every skin type?

A darker skin type does not fundamentally rule out a non-ablative fractional laser treatment. However, pigment-rich skin can react more sensitively with temporary or longer-lasting pigment shifts. Energy and treatment density must therefore be adjusted individually. Freshly tanned skin and intense UV exposure are contraindications for prompt treatment.

Is isotretinoin a exclusion criterion?

Isotretinoin is not an automatic exclusion criterion for every fractional non-ablative laser treatment. However, an individual medical decision remains necessary. In particular, dosage, timing of intake, skin dryness, active acne, wound healing, and scarring tendency must be taken into account. Please inform us of the medication when booking your appointment and do not alter your dosage without prior consultation.

Which acne scars can be treated with LightSCAN™?

The shape, depth, and tethering of the scars are decisive. For shallower atrophic acne scars, a non-ablative fractional laser treatment can support gradual tissue remodeling. Very deep ice-pick scars or scars firmly bound to the underlying tissue often require a different or combined approach. For this reason, a precise scar analysis is an essential part of treatment planning.

Sources

Somji, M. & Solomon, T. (2024). Use of a fractional 1570‐nm diode laser scanner for non‐ablative face and neck rejuvenation. Journal Of Cosmetic Dermatology, 23(S1), 19–26. https://onlinelibrary.wiley.com/doi/full/10.1111/jocd.16284

Kaushik, S. B. & Alexis, A. F. (2017). Nonablative Fractional Laser Resurfacing in Skin of Color: Evidence-based Review. The Journal of Clinical and Aesthetic Dermatology, 10(6), 51–67. https://jcadonline.com/nonablative-fractional-laser-resurfacing-in-skin-of-color-evidence-based-review/

Kubik, P., Bighetti, S., Bettolini, L., Gruszczyński, W., Łukasik, B., Guida, S., Stabile, G., Herrera, E. M., Carugno, A., D’Este, E. & Zerbinati, N. (2025). Effectiveness and Safety of the Use of 1470 nm Laser Therapy in Patients Suffering From Acne Scarring of the Facial Skin. Clinical Cosmetic And Investigational Dermatology, Volume 18, 543–551. https://www.dovepress.com/effectiveness-and-safety-of-the-use-of-1470-nm-laser-therapy-in-patien-peer-reviewed-fulltext-article-CCID

Geronemus, R. G., Wang, J. V., Jacobson, A. A., Marmur, E. S. & Polder, K. D. (2025). Safety and Tolerability of the 1440‐ and 1927‐nm Non‐Ablative Fractional Diode Laser System for Skin Resurfacing: A Review of Current Literature. Journal Of Cosmetic Dermatology, 24(11), e70523. https://onlinelibrary.wiley.com/doi/10.1111/jocd.70523

LightSCAN™TM – Eufoton. (o. D.). Eufoton. https://www.eufoton.com/en/products/accessories/LightSCAN™

EndoLiftX® – Eufoton. (o. D.). Eufoton. https://www.eufoton.com/en/patients/aesthetics/endoliftx

Manstein, D., Herron, G. S., Sink, R. K., Tanner, H. & Anderson, R. R. (2004). Fractional Photothermolysis: A New Concept for Cutaneous Remodeling Using Microscopic Patterns of Thermal Injury. Lasers in Surgery And Medicine, 34(5), 426–438. https://doi.org/10.1002/lsm.20048

Wyss, M. (2006). Fraktionierte Hauterneuerung – eine neue Behandlungsmethode für die lichtgealterte Haut. In Medicos (Bd. 5, Nummer 2006, S. 20–21). https://www.rosenfluh.ch/media/dermatologie-aesthetische-medizin/2006/05/Fraktionierte-Hauterneuerung-eine-neue-Behandlungsmethode-fuer-die-lichtgealterte-Haut.pdf

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LightSCAN™ – Fractional Laser Treatment in Hamburg