Product Description

Delivery Time:10 working days after received your payment
Certification:CE/ROHS/FDA/SGS/ANWISA/CFC
OPT+SHR hair removal machinewith Spot Size 10 X 50mm2 ,2500W power supply and weight 80KG

Specifications

Screen
Operating Mode	Intelligent Model Professional Model
Counter	Single-pass and Amount
Energy	SHR Programs: 1-20J/cm2 (Joule) OPT Programs: 1-50J/cm2 (Joule)
Shot Frequency	SHR Frequency: 1-10Hz (adjustable) OPT Frequency: 1-5 s (adjustable)
Pulses Number	1-5 (adjustable)
Pulse Width	1-10ms (adjustable)
Pulse Period	1-5s (adjustable)
Cooling System	Temperature: 0 to -5℃ Cooling Level: 5 Levels (adjustable)
Screen	8-inch Touchable
Handle	2 pieces (OPT handle and SHR handle)
SHR Handle
Colors	White
Crystal	Sapphire for absolutely
Spot Size	10×50mm
Xenon Lamp	115mm×50mm×7mm
Wavelength	640-950nm
Filter	Fixed wavelength filter
Shots time	300,000 shots
Connector	Plug and Play
Size of Handle	175(L)140mm(W)520mm(H)
Silicone Tube	Length: 1800mm
OPT Handle
Colors	White
Crystal	Sapphire for absolutely
Spot Size	8×40mm
Xenon Lamp	110mm×45mm×7mm
Wavelength	430/530/640nm-1200nm (480/ 560/ 690nm-1200nmnm for Optional )
Filters	3 Pieces
Shots time	60,000 shots
Connector	Plug and Play
Size of Handle	295(L)85mm(W)450mm(H)
Silicone Tube	Length: 1800mm
Language	English/any language you want……
Power Supply	2500W
Main machine
Voltage	AC220V±10%, 50Hz AC 110V±10%, 60Hz (Optional)
Colors	White
Size	500mm(L)×390mm(W)×1020mm(H)
Gross Weight	80KG

Description:

1. What\'s SHR ?

SHR=Super Hair Removal,it’s a revolutionary technology of hair removal which is having a sweeping success. (adopt technology AFT,EDF)

SHR combines laser technology and the benefits of the pulsating light method achieving practically painless results. SHR combined with “In Motion” represents a breakthrough in permanent hair removal with light technology. The treatment is more pleasant than with the conventional systems and your skin is better protected.

Difference Of IPL SHR & Traditional IPL or laser:

Traditional laser or IPL technologies employ short impulses of approximately 2-300 milliseconds, applying a vast amount of energy (12-120 J/cm2). Energy is transported to the hair root through melanin, where warmth of 65-72° Celsius is produced. Energy reaches the root of the hair follicle solely through melanin. Skin and red blood cells have a similar absorption coefficient as melanin and therefore also absorb the high leve