Quality Inspection for Q Switched Ruby Laser Hyperpigmentation - 1060nm sculpture laser HS-851 – Apolo
Quality Inspection for Q Switched Ruby Laser Hyperpigmentation - 1060nm sculpture laser HS-851 – Apolo Detail:
1060nm diode laser is non-invasive body contouring hyperthermia technology, which provides high penetration depth to reduce stubborn fat such as the flanks and abdomen, which having no damage to surrounding tissue. Over time, the body will eliminate the disrupted fat cells with results seen as quickly as 6 weeks and optimal results usually seen in 12 weeks.
TREATMENT AREA
Underarm, Back, Flank, Calf, Upper abdomen, Lower abdomen, Outer thigh, Inner thigh
SMART PRESET TREATMENT PROTOCOLS
9.7’’ foldable 180°rotate capacitive touch screen with 2 different operation mode: Professional mode enables free adjusting of parameters; Standard mode with preset treatment protocols, which is very convenient for operators and also can ensure treatment result.
Product detail pictures:
Related Product Guide:
High Intensity Focused Ultrasound (HIFU) Market Size, Share and Future Forecasts Until 2025| Chongqing Haifu Medical Technology, Philips Healthcare, InSightec | Portable Wrinkle Removal Hifu Machine
Exactly What LED Light Therapy Is And Why It’s Good For Your Skin | Portable Wrinkle Removal Hifu Machine
We are commitment to offer you the aggressive price tag ,exceptional products and solutions high-quality, as well as fast delivery for Quality Inspection for Q Switched Ruby Laser Hyperpigmentation - 1060nm sculpture laser HS-851 – Apolo, The product will supply to all over the world, such as: Belgium , Amsterdam , Mali , Customer satisfaction is our first goal. Our mission is to pursue the superlative quality, making continual progress. We sincerely welcome you to make progress hand in hand with us, and construct a prosperous future together.
By Emma from Atlanta - 2016.04.08 14:55
Superb technology, perfect after-sales service and efficient work efficiency, we think this is our best choice.
By Mona from European - 2016.07.07 13:00