Is the treatment safe in summer on tanned skin?

Yes, absolutely. The 4-wavelength diode laser safely covers all skin types (Fitzpatrick I–VI). This allows you to treat your clients safely and profitably year-round, even on tanned skin in the summer.

Do I need to buy two devices to treat all hair and skin types?

No. Our 2-in-1 system integrates diode laser and IPL into a single platform. This means half the space requirement, lower investment costs, and the flexibility to offer every client the optimal treatment.

Is the system easy and safe for new staff members to operate?

Thanks to the AI-assisted skin analysis, operation is exceptionally safe. The system automatically analyzes parameters and suggests the ideal settings. This ensures consistent top-tier results, even when handled by new or rotating staff.

How quickly does the device pay for itself?

Permanent hair removal is one of the highest-margin services in the industry. We offer purchase, leasing, and installment plans. Under typical utilization, just a few treatments a month cover the leasing rate. We are happy to run the numbers for you without any obligation.

Will I be left alone with the technology after purchase?

Absolutely not. Every purchase includes personalized training. Furthermore, you have a dedicated contact for technical support and professional queries – direct, rapid assistance instead of an anonymous call center.

Are the devices CE-certified?

Yes. All our systems comply with the highest European standards. They are fully CE-certified. Complete technical documents are provided upon purchase.

Can I see the system in action first?

Of course. We understand this is a significant investment. Upon request, we are happy to arrange live demonstrations or invite you to our showroom or a reference clinic. Simply reach out to us.

Clinical Laser Spectrum

4-Wavelength Diode Laser: Maximum Treatment Depth for All Skin Types I–VI.

The synergy of 755nm, 808nm, 940nm, and 1064nm combines peak melanin absorption with deep vascular coagulation — for painless, permanent hair removal.

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Frequency Fusion: 755nm + 808nm + 940nm + 1064nm

Select a wavelength to analyze clinical absorption profiles and tissue penetration depth.

808 nm Spectrum Analysis

808nm Golden Standard Diode Wavelength

The gold standard for permanent hair removal. High pulse energy with deep tissue penetration. Perfect for Fitzpatrick I–IV.

Penetration Depth

Dermal / Follicular Matrix

Target / Skin Type

Gold standard for Fitzpatrick I–IV

Tissue Penetration (Skin Layers)

Epidermis (755nm)

Dermis / Follicle (808nm)

Nutritive Capillaries (940nm)

Subcutaneous Tissue / Papilla (1064nm)

Clinical Specifications Overview

Power

Optical Output Power: 1,200W–2,400W (Diode Stack)

Cooling

TEC Active Sub-Zero Sapphire Cooling (−25°C)

Pulse Duration

Pulse Width: 5ms – 400ms (Automated AI Adjustment)

Spot Sizes

Magnetic Interchangeable Spots (Ø 8mm to 15x30mm)

Scientific Evidence & Peer-Reviewed Studies

Clinical Studies on 4-Wavelength Technology

The mechanism of combined wavelengths (755nm, 808nm, 940nm, and 1064nm) is validated by international primary dermatological studies and absorption physics.

J Drugs Dermatol (2020)Multi-Wavelength Efficacy

Combined Multi-Wavelength Efficacy & Safety Study

Akerman, L. et al. • Journal of Drugs in Dermatology

Confirms high efficacy and safety of simultaneous multi-wavelength emission across Fitzpatrick III–V, achieving significant reduction without increased epidermal risk.

Key Finding:Significant time savings per treatment cycle

JCDSA (2022)Depth Thermodynamics

Triple & Quad Wavelength vs. Mono-810 nm Comparison

Pall, A., & Viera-Mármol, G. • J. of Cosmetics, Dermatol. Sci. & Applications

Demonstrates homogeneous thermal distribution in deep dermal layers via frequency fusion, preventing epidermal heat spikes and protecting against PIH.

Key Finding:Homogeneous Follicle Coagulation

Dermatol Surg (2004)Microvascular Coagulation

940-nm Laser Vascular Targeting & Follicular Reduction

Sadick, N. S. • Dermatologic Surgery

Validates targeted hemoglobin absorption in feeder capillary loops of the hair papilla, coagulating nutrient supply to prevent regeneration.

Key Finding:Targeted shutdown of capillary nutrition

Arch Dermatol (2001)Dark & Tanned Skin

1064-nm Safety & Deep Follicle Penetration

Alster, T. S. et al. • Archives of Dermatology

Proves that 1064nm provides the safest profile for dark skin (Fitzpatrick V–VI) and freshly tanned skin due to minimal epidermal melanin absorption.

Key Finding:Safe treatment of tanned skin

HMI Simulation Engine

Clinical HMI Treatment Simulator

Select skin type and treatment area to calculate optimal wavelength combinations and expected revenue.

Fitzpatrick Skin Type: Fitzpatrick Type 3

Type I (Very Light)Type III (Medium)Type VI (Very Dark)

Treatment Area

Active Cooling (-25°C Active)100% NiSV Compliant

Recommended Wavelength

808nm + 940nm

Gold standard for medium skin types with vascular coagulation

Expected Sessions

5 Sessions

Revenue Potential (per Client)

~900 €

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Interactive Before & After Comparison

Drag the slider to see hair density reduction after 4–6 clinical treatments.

After (5 Treatments)

95% Hair Reduction

Smooth, comfortably treated skin

Before (0 Treatments)

Initial Condition

Dense hair growth

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