Findicare Three-Wave Diode ICE Laser – Advanced Technology for Effective Hair Removal
The Findicare three-wavelength diode laser combines the latest laser technology with an innovative ICE cooling function, enabling comfortable, safe, and effective hair removal. This technology ensures even energy distribution, a long system lifespan, and low maintenance.
What does a diode laser do in hair removal?
The diode laser works on the principle of selective photothermolysis :
The specific wavelength of the laser light targets the melanin in the hair follicle. The absorbed energy heats the pigment and destroys the follicle in a controlled manner, without damaging the surrounding tissue.
The result: a permanent reduction in hair growth – safe and effective, even with dark hair and different skin types.
Why a three-wave laser?
The three-wavelength diode laser combines three different wavelengths (typically 755 nm, 808 nm and 1064 nm) in one handpiece.
Each of these wavelengths targets different depths and hair types:
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755 nm (Alexandrite wavelength): Particularly effective on fine, light hair and light skin
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808 nm (classic diode range): Optimal for normal to dark hair, particularly efficient on larger areas
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1064 nm (Nd:YAG-like): Particularly suitable for dark skin types and deep-seated hair roots
By combining these three wavelengths, the laser covers a wide range of hair and skin types – for maximum effectiveness and safety.
Advantages of the Findicare three-wave diode ICE laser
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Effective hair removal: Suitable for almost all skin and hair types
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Fast treatment: Large areas can be treated in a short time.
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ICE cooling technology: Pleasant, virtually painless application
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Minimal side effects: Hardly any skin irritation or downtime.
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Durable and low-maintenance: Designed for continuous professional use
Findicare Three-Wave Diode Laser – Powerful Technology for Professional Hair Removal
The power of three wavelengths
The Findicare three-wavelength diode laser combines three targeted wavelengths (755 nm, 808 nm, and 1064 nm) in one powerful device. Each wavelength has been carefully selected to offer maximum effectiveness for different hair and skin types.
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755 nm: Strong energy absorption, ideal for fine, light or shallow-growing hair.
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808 nm: The standard for diode lasers – penetrates deep into the hair follicle, offers a high repetition rate and a large treatment area for fast sessions.
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1064 nm: Lower melanin absorption, therefore particularly suitable for dark skin types – minimizes the risk of skin irritation.
Technical features
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Handpiece: With 6 integrated heads for precise applications
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Pulse frequency: Up to 10 Hz for fast treatment cycles
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Cooling system: Combined water, air and semiconductor cooling
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Cooling capacity: Temperature range 0 to -12 °C for comfortable treatment
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Laser power (808 nm): 1600 W
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Laser power (triple): 2000 W
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Total power: 3500 W
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Energy setting: 1–100 J/cm²
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Wavelengths: 755 / 808 / 1064 nm
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Laserbar origin: Germany
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Display: 12-inch touchscreen for easy operation
Difference between IPL and diode laser
| feature |
IPL |
Diode laser |
| light source |
Broad light spectrum |
Specific wavelength |
| Goal |
Skin condition, pigmentation, easy hair removal |
Effective, targeted hair removal |
| effectiveness |
Lower penetration depth, less effective on dark hair. |
Higher precision and effectiveness |
| Pain perception |
Lower |
Light to moderate warmth |
| Post-treatment |
No downtime, often more sessions |
Fewer sessions, possibly slight redness. |
