您在这里:

LASERHR · DM-816C

LASERHR icy painless hair removal device, unique 808nm wavelength can accurately absorb melanin tissue in hair follicles, and use the heat generated to destroy hair follicles and support stem cells, to achieve
Long-lasting hair removal results. During the hair removal process, the high-efficiency semiconductor refrigeration system can quickly reduce the skin temperature and play a protective role. The process is cool and comfortable, and hair removal can also be enjoyed.

LASERHR · DM-816C

LASERHR icy painless hair removal device, unique 808nm wavelength can accurately absorb melanin tissue in hair follicles, and use the heat generated to destroy hair follicles and support stem cells, to achieve
Long-lasting hair removal results. During the hair removal process, the high-efficiency semiconductor refrigeration system can quickly reduce the skin temperature and play a protective role. The process is cool and comfortable, and hair removal can also be enjoyed.

Technical Parameters
Name
Semiconductor freezing point hair
Technology
Semiconductor
Power
1000W
Pulse energy
2-88J/cm
Wavelength
808nm
Palladium bar
4 sticks
Quantity
400W
Handle power
1-10MHz
Frequency
Air cooling + water cooling + semiconductor refrigeration
Continuous working time
15 hours
Package Size
76x57x132cm
Gross weight
75KG

Refrigeration Technology

Semiconductor refrigeration technology, safe and efficient, cool and painless, Enjoy comfort.

Microchannel technology

Good refrigeration cycle and fast heat dissipation.

Intelligent control system

Intelligent control system knows the status of the instrument Palm.

Sustainable work

The instrument can work continuously for 15 hours.

Microchannels have persistent requirements for water quality. Through the deionized water circulation system,
Keeping the water quality in the instrument pure is the secret to the long-term operation of the microchannel.

Microchannel cooling has many “capillary”-like channels throughout the interior.
Increase the contact area between water flow and cooler to achieve better heat dissipation effect.