OEM/ODM China Portable OPT SHR Hair Removal BLS 801E for Australia Importers
"Sincerity, Innovation, Rigorousness, and Efficiency" is the persistent conception of our company for the long-term to develop together with customers for mutual reciprocity and mutual benefit for OEM/ODM China Portable OPT SHR Hair Removal BLS 801E for Australia Importers, With the aim of "compete with good quality and develop with creativity" and the service principle of "take customers' demand as orientation", we will earnestly provide qualified products and good service for domestic and international customers.
SHR is a new technology of permanent hair removal which by now has become very successful. The working theory is gradually heating the dermis to a target temperature. At that target temperature, it influences the hair follicles and prevents re-growth effectively. No surrounding tissue will be damaged. A high rate of single pulses are delivered deep into the dermis, achieving a high average power and therapeutically effective heat build-up, without the risk of injury. This is a painless procedure.
1.Hair removal(Include Dark skin)
3.Red face, red nose, couperosis, spider veins.
4.Age spots, sun spots, pigmentation troubles
Display: 8.4″ touch display
Stand Handpiece: 15x50mm with 6filters
640-1200nm / hair removal
590-1200nm / rosacea, couperosis, spider veins.
560-1200nm / Skin rejuvenation
430-1200nm / Acne
480-1200nm / age spots, sun spots, pigmentation troubles
750-1200nm / hair removal for darker skin
Pulse width: 1.0-20.0
Pulse number: 1-15adjust
Pulse delay: 1-50
Shot Frequency: 2-5second adjustable
Lamp longevity: 120, 000shots
Cooling system: Air+water+semiconductor+pump
Pack size: 50*68*41(cm)
Net weight: 30kg
Gross weight: 35kg
Voltage: 110V or 220V
Up-conversion Anti-counterfeit Phosphor is a luminescent material that converts different invisible infrared light into visible light.
Up-Conversion is a very unusual phenomenon. A counter-intuitive anti-stokes process occurs where the material absorbs lower energy photons and emits higher energy photons as fluorescence. The trick is that up-conversion materials absorb two or more low energy photons and then emit one high energy photon. By definition, up-conversion phosphors must be much less efficient than down-conversion phosphors. Typically, up-conversion phosphors are illuminated with high intensity light sources such as lasers in a controlled (subdued) lighting environment.