What is Fractional Co2 Laser Fractional CO2 Laser Fractional Co2 Laser,Fractional Co2 Laser Equipment,Fractional Co2 Laser Treatment,Rf Fractional Co2 Laser Dermax Technology Limited , http://www.dermaxmed.com
Fractional CO2 Laser generate beams of coherent light that are absorbed by the body's tissue as energy. The energy is delivered through a narrow range of wavelengths, and in the target area, the energy
causes temperature elevation which results in tissue evaporation or ablation. Fractional CO2 Laser effectively treat a broad range of skin conditions by removing all or part of the skin.
The body's natural healing processes then replace the damaged skin with new and healthy tissue.
How Does A Fractional CO2 Laser Work?
Fractional CO2 Laser produce light at a 10,600nm wavelength, which is absorbed by water in the tissue. The laser energy heats up the water until it reaches a boiling point causing the evaporation of the affected tissue. Some heat is absorbed by tissue adjacent to the ablated target area, causing tissue coagulation which induces hemostasis (the cessation of bleeding) as well as thermal stimulation of deep skin layers, which induces fibroblast stimulation and neocollagenesis (the formation of new collagen).
The laser beam can also be transmitted through a scanner which is a device used to further control the delivery of energy. The scanner regulates the configuration of energy delivered onto the skin, which can range from covering the entire treatment area or just a fraction of it (leaving the areas in between untreated); (also referred to as fractional ablation). The overall effect of ablation and coagulation, either full or fractional, is the removal of skin and the stimulation of the body to replace it with newer, younger skin.
Formula and Operation Technology of Cultivated Pleurotus ostreatus Culture Material
The development and utilization of natural resources for the development of Pleurotus ostreatus is a gateway to prosperity. The use of crop by-products to cultivate Pleurotus ostreatus is an effective way to reduce production costs and increase economic efficiency. The formulas and operating techniques for the cultivation of a variety of cultivation materials are summarized as follows: 1. Corn cob: 50 kg of corn cob, 500 g of gypsum, 500 g of superphosphate, and 50 g of carbendazim. First dry (bake) dried corncob powder into a size of bean size, and then mix in gypsum, superphosphate and carbendazim to adjust the moisture content of 58-62%. It is best to cover the membrane overnight and then broadcast the bacteria. Second, peanut shell: 78% peanut shell, rice bran (or wheat bran) 20%, sugar 1%, gypsum 1%. Peanut shell cut into 1 cm long or crushed peanut shell, then mix in rice bran (or wheat bran), gypsum, add water and add sugar. The amount of water transferred to the hand fingers 1-2 drops of water for the degree. Third, waste paper: waste paper 89%, wolfberry (or wheat bran) 10%, lime 0.9%, carbendazim 0.1%. Put the chopped waste paper in boiling water for about half an hour, then remove and drain it, and mix it with bran (or wheat bran) lime and carbendazim. Fourth, wheatgrass: The straw crushed and cut into small pieces of 3 cm -5 cm long, into the boiling water for half an hour to remove and drain, control the moisture content of about 60% can broadcast bacteria species. The amount of wheat straw depends on the production volume. 5. Straw: 89% straw, 10% rice bran, and 1% plaster. The straw is cut into small pieces of about 15 cm, soaked in 0.5% lime water for 24 hours to 48 hours, then rinsed with water to lower the pH to 7-8.5, drain the water, mix in fresh rice bran and gypsum, and finally About 65% moisture content can be sown. 6. Distillers grains: 88% of distiller's grains, 10% of straw or wheat straw powder, 1% of gypsum, 1% of lime, and 0.1% of carbendazim. The mixture of various materials is mixed well, and the water diversion to 60% is appropriate. 7. Sawdust: 78% of sawdust, 20% of rice bran (or wheat bran), 1% of sugar, and 1% of gypsum. First sawdust (preferably hardwood sawdust), rice bran, gypsum powder mix, then mix in sugar water, adjust the moisture content to about 60%. 8. Sugar beet residue: 88% of beet slag, 10% of rice bran (or wheat bran), 1% of gypsum and 1% of superphosphate. The sugar beet residue (fresh and dry can be) and rice bran, gypsum, superphosphate and mix well, water transfer to 60% is better. Nine, bean dregs: bean dregs 70%, cottonseed husk (or straw) 30%. Use 800 times the dichlorvos and carbendazim liquid ingredients. Mix the dried bean dregs with the cottonseed hulls, add carbendazim (they can be sprayed alternately), and then divert the water to 60%. Note: The bean dregs are easy to produce mildew and nutrient, and the cultivation room should be clean; after spraying the bacteria, they can be sprayed once in 10 days (carbendazim). X. Other: Cottonseed hull 99%, lime 1%, carbendazim 0.1%. Mix and add water to 60% according to the proportion, and then put it in the rack, floor, bamboo basket or wooden box, spread with clean film, sprinkle a layer of bacteria and seeds, and sow 2-3 layers. Sprinkle a layer of bacteria on the cover, and then gently flatten with a board, covered with thin film insulation bacteria.