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Qualità Medical 3000W 4 Wavelengths Diode Laser Hair Removal Machine High Peak Power for Aesthetic Clinics fabbrica
Qualità Medical 3000W 4 Wavelengths Diode Laser Hair Removal Machine High Peak Power for Aesthetic Clinics fabbrica

Medical 3000W 4 Wavelengths Diode Laser Hair Removal Machine High Peak Power for Aesthetic Clinics

Medical 3000W 4 Wavelengths Diode Laser Hair Removal Machine High Peak Power for Aesthetic Clinics
Proprietà di base
Paese Di Origine
Weifang, Shandong, Cina
Marchio
KM Laser
Certificato
CE MDR, ISO 13485, TUV
Modello Di Prodotto
KM-DL3000-4W
Proprietà commerciali
MOQ
1 insieme
Prezzo Unitario
USD 3200-5600 / Set
Metodo Di Pagamento
T/T, L/C, PayPal, Western Union,
Capacità Di Fornitura
500 set al mese
Riepilogo Prodotto

Macchina per la depilazione laser a diodi da 3000 W a 4 lunghezze d'onda con potenza di picco elevata per cliniche estetiche in Europa, Stati Uniti.

Dettagli del prodotto
Evidenziare:

3000W Diode Laser Hair Removal

,

High Peak Power

,

Aesthetic Clinics Beauty Equipment

Laser Type: Laser a diodi
Wavelength: 755nm 808nm 940nm 1064nm
Laser Power: 3000 W
Laser Bars: 24 barre laser
Spot Size: 12 x 40 mm
Cooling System: Dual TEC con raffreddamento ad acqua e ad aria
Display: Schermo touch screen Android da 15 pollici
Handle: Maniglie doppie
Energy Density: 1 - 160 J/cm2
Repetition Rate: 1-10Hz
Pulse Width: 1 - 600 ms
Skin Type: Tutti i tipi di pelle I - VI
Operating Mode: Timbro, scorrevole, HR
Voltage: CA 110 V/220 V, 50-60 Hz
Certification: CE MDR, ISO 13485, TUV
Warranty: 2 anni modulo laser, 1 anno macchina
Descrizione del prodotto
3000W 4 Wavelengths Diode Laser Hair Removal Machine This 3000W diode laser hair removal machine delivers fast, comfortable and permanent hair reduction for professional use in Europe, United States. Equipped with 755nm 808nm 940nm 1064nm laser output, 24 laser bars and Dual TEC with water and air cooling, it treats all skin types safely while keeping clients comfortable throughout every session. Key Features 755nm 808nm 940nm 1064nm multi wavelength output targets melanin at