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... and easy daily maintenance; 3. Display: 10.4” color touch LCD screen 4. Humanized software control, stable laser output, more safe 5. Smart articular arm, high accuracy 6. Excellent performance, not affect ...
...co2 fractional laser acne and stretch marks removal Application of RF CO2 Medical Laser: 1.Skin renewing and resurfacing 2.Wrinkle removal, skin tightening 3.Acne and acne scar removal 4.Smooth burnt scars a...
...Fractional CO2 Laser/CO2 Laser Characters: 1. USA radio frequency laser 2. Individual design of laser structure, greatly facility laser replacement and easy daily maintenance; 3. Display: 10.4” color touch L...
...high stale laser power, and equipped with high quality optical elements, automatic control system driver and high-speed scanning galvanometer system. Technical Advantage 1 Adopted USA imported RF metal laser...
...CO2 Laser Marking Machine PCB Plastic Box Package Product Printing Application Industry Soft-Drinks Packaging Industry Food Packaging Industry Alcohol Packaging Industry Medicine Packaging Industry Tobacco P...
...CO2 Laser Marking Machine Paper Box Package Product Printing Machine Description LB-MC series CO2 laser engraving machine adopted with advanced CO2 RF laser device and high stale laser power, and equipped wi...
... utilizes a series of advanced technologies and components, including imported American CO2 radio frequency laser, high-speed scanning lens system, high qualified optic components, stable laser electrical so...
...laser power, and equipped with high quality optical elements, automatic control system driver and high-speed scanning galvanometer system. Technical Advantage 1 Adopted USA imported RF metal laser device, hi...
... a three-dimensional lattice technology and 360-degree circular emission perfect combination of technology, to produce 50-70 degrees Celsius in a controlled depth of the vaginal mucosa, stimulate lamina prop...
... what color the skin is by nearly 100%. Through laser emitter, the micropulsed laser beam shoots on the target skin in nanometer level to achieve a controllable precise treatment .The dimension of shooting a...
... what color the skin is by nearly 100%. Through laser emitter, the micropulsed laser beam shoots on the target skin in nanometer level to achieve a controllable precise treatment .The dimension of shooting a...
... what color the skin is by nearly 100%. Through laser emitter, the micropulsed laser beam shoots on the target skin in nanometer level to achieve a controllable precise treatment .The dimension of shooting a...
... what color the skin is by nearly 100%. Through laser emitter, the micropulsed laser beam shoots on the target skin in nanometer level to achieve a controllable precise treatment .The dimension of shooting a...
... what color the skin is by nearly 100%. Through laser emitter, the micropulsed laser beam shoots on the target skin in nanometer level to achieve a controllable precise treatment .The dimension of shooting a...
... what color the skin is by nearly 100%. Through laser emitter, the micropulsed laser beam shoots on the target skin in nanometer level to achieve a controllable precise treatment .The dimension of shooting a...
... what color the skin is by nearly 100%. Through laser emitter, the micropulsed laser beam shoots on the target skin in nanometer level to achieve a controllable precise treatment .The dimension of shooting a...
... light as it passes light through its optical lens to penetrate the skin. We can control the depth of the penetration from only a few micrometers in depth (only as deep as a few sheets of paper) to much deep...
... light as it passes light through its optical lens to penetrate the skin. We can control the depth of the penetration from only a few micrometers in depth (only as deep as a few sheets of paper) to much deep...
... light as it passes light through its optical lens to penetrate the skin. We can control the depth of the penetration from only a few micrometers in depth (only as deep as a few sheets of paper) to much deep...
... light as it passes light through its optical lens to penetrate the skin. We can control the depth of the penetration from only a few micrometers in depth (only as deep as a few sheets of paper) to much deep...