#co2 lasers

[hslasers]

Laser Marking on Denim video using CO2 lasers from C. And C. Laser Engineering

With the CO2 Laser Series, we at C and C Laser Engineering offer a flexible, cost-effective and low-maintenance marking engraving-cutting system for non-metals and organic materials like wood, fabric, and most plastics like PU, PP, Acrylic, PVC and many more…..

Our USP is custom-built micro-machining systems based on the Lasers relevant to customer applications.

Applications of CO2 Lasers Marking on Wood, Acrylic, Denim, Painted, Coated, Anodized Metals Can seal Plastic while cutting Marking on any curvature 24 hours marking Used for Stripping of Wire Can Mark - Engrave - Cut Glass Seals Glass tubes/vials while cutting yielding an Excellent finished product Engraving, Deep Engraving, 3D engraving (steel, stainless steel, cast iron, aluminium, plastic, etc.) & many more….

Benefits of CO2 Laser Machine manufactured by C. And C. Laser Engineering Pvt Ltd.: Compact Desing/Custom Design Air-cooled/Water-cooled Energy efficient Low maintenance and long-life components Faster processing Reduced energy bills High-reliability Marking software package included Well-equipped computer Network compatible Single unit multiple applications

[reportsandmarkets]

High Power Lasers Market Professional Survey Report 2017

High Power Lasers Market Professional Survey Report 2017

 High Power Lasers    This report studies High Power Lasers in Global market, especially in North America, China, Europe, Southeast Asia, Japan and India, with production, revenue, consumption, import and export in these regions, from 2012 to 2016, and forecast to 2022. Request For Description…

View On WordPress

[medicallaser-blog]

CO2 laser and Middle Ear Surgeries

CO2 laser belonged to the earlier types of lasers that was first developed in 1964 by Kumar Patel. Although the CO2 laser belongs to the earliest forms of lasers, it is still one of the most useful lasers in use today. The various applications of CO2 lasers include industrial as well as medical applications. In the medical field, carbon dioxide lasers have become very useful in various surgical procedures. The reason for this is that the human body is made up mostly of water, and CO2 lasers are readily absorbable by water. Hence, CO2 lasers are ideal for bodily surgeries. Some medical procedures that make use of CO2 lasers include those of skin resurfacing treatments and other skin laser treatments. It is also ideal for soft tissue surgeries. In many cases, this type of laser usually replaces the scalpel in most soft tissue surgeries. Moreover, it can also be used even in tissues or areas wherein surgeons usually don’t use scalpel. These areas include those body parts that could be easily damaged by mechanical trauma. At present, CO2 lasers still have the highest possible power among continuous wave lasers. CO2 Lasers for Middle Ear Surgeries One of the body parts wherein the use of CO2 laser is very effective is that of the middle ear. The middle ear is naturally set deep within the ear, right behind the eardrum. Hence, any surgery on this part of the ear is indeed a delicate surgical procedure, and requires the repositioning of the eardrum to gain headway into the middle ear. There are three tiny bones in the middle ear, namely, the malleus, the incus, and the stapes. Collectively, this set of bones are called the “ossicles.” The structure of the Middle Ear is so perfect that it can convert soundwaves into electrical impulses that are sent to the brain. If you would look closely at the intricacy of the middle ear, you would surely be amazed at how it is designed. And if someone did design the middle ear, that designer is definitely a genius. However, there are instances wherein a child is born with damaged middle ear; moreover, there are times when the middle ear or a part of the middle ear is damaged. There are instances, for example, wherein the stapes’ footplate is not mobile, and this condition usually leads to conductive hearing loss. The stapes’ fixation is usually due to otosclerosis or the accumulation of minerals on the temporal bone. On the other hand, it could also be due to the stapes’ congenital malformation. In both cases, medical surgeons usually remove the stapes bone and replace it with a certain type of micro prosthesis. This procedure is called “stapedectomy.” This condition could also be remedied by inserting a piston-like prosthesis on an artificially-drilled hole on the footplate of the stapes. This artificial drilling of holes and insertion of piston-like prosthesis is called “stapedotomy.” Middle ear surgery like the abovementioned two surgical operations could surely enhance and improve the hearing capacity of a person. Lastly, these two middle ear surgeries require the use of highly-specialized lasers like those of CO2 lasers.

[medicallaser-blog]

CO2 Laser and the Surgical Procedures for Middle Ear Maladies

Researchers and manufacturers of medical laser equipment have surely done a great job in expanding the applications and usage of laser in the medical field. Since the invention of laser in the late 1950s by Theodore H. Maiman, laser equipment have slowly gained a very solid footing in most medical and surgical operations and procedures. Gone were the days when the scalpel held a very lofty and eminent position among the medical tools in the surgical rooms. Nowadays, the laser has taken the place of the old scalpel as the most important medical tool. At present, the number of surgical and medical procedures that necessitate the use of laser equipment is growing in number, and one of the newest procedures that makes use of laser is that of the middle ear surgery. Middle ear surgery is a very sensitive surgery that requires precision to be very successful. The middle ear, as a part of the delicate organ of the human ear, contains sensitive tissues that need to be operated upon with precision to bring back its functionality.

The primary medical procedure that is usually performed to remedy the defects of the middle ear is that of the stapedotomy. Stapedotomy is performed to modify the structures of the middle ear. In this surgical procedure, the surgeon usually makes use of a micro-drill or a laser to drill in tiny holes on the footplate of the stapes. This procedure usually starts with an injection of anesthetic into the ear canal's skin. The reason for this is that the anesthetic would allow the surgeon to lift the eardrum and the skin of the canal so that the bones of the stapes could be exposed for surgical operation without the patient feeling any pain. The skin then is cut so that it could be lifted. Then, the incus is afterwards disconnected from that of the stapes. Once the stapes has been detached, the laser is again used to bore holes on the footplate of the stapes. Afterwards, an implant is immediately attached and secured into the incus bone. Lastly, the canal skin and the eardrum are then placed back to their former positions. Via the use of laser, the percentage of success in remedying the malady of the middle ear has greatly increased, and the timespan of the procedure has been greatly reduced. The type of laser that is usually used for middle ear surgery is that of CO2 laser.

Another surgical procedure on the middle ear is that of the Tympanoplasty. This procedure is aimed at reconstructing the structures of the eardrum and the bones of the middle ear. There are various types of tympanoplasty, one of which involves the repair of the highly specialized tympanic membrane. This surgical procedure is also called myringoplasty. The other type of tympanoplasty involves the repair of the tympanic membrane andthat of the middle ear's ossicles. There are also other types of tympanoplasty such as those of epytympanun and the other one which is designed to remedy the so-called absence of the crura, which is usually located in the stapes’ movable footplate. Lastly, there is another type of tympanoplasty that involves the reconfiguration of the footplate that appears to be usually fixed.

�$~�w�

[pearlsandprepp]

New Post has been published on Ms Mettle

New Post has been published on http://www.msmettle.com/what-are-the-benefits-of-co2-lasers/

What are the Benefits of CO2 Lasers?

CO2 laser resurfacing can have profound and long lasting effects on the facial skin. This procedure is most commonly used to diminish aging-related lines and wrinkles, but it can also be used to treat facial scars or uneven pigmentation. The procedure will generally be completed in one sitting, and take between 30 minutes and 2 hours, depending on the surface area being treated. The patients we’ve treated with this procedure have been extremely pleased, as this relatively quick procedure yields dramatic results.

Laser Resurfacing is Highly Effective

Laser resurfacing is great for eliminating deep lines and wrinkles that may not be affected by other similar treatments. Laser resurfacing is so effective because it removes deeper layers of damaged skin, and stimulates the growth of healthy new skin.

The procedure can be applied to the entire face or certain parts of it. A resurfacing of the entire face will result in an overall more youthful appearance, and brighter and even skin-tone. However, it is not uncommon to only treat wrinkles around the eyes and mouth.

Laser resurfacing is also effective in treating scars, and is frequently used to treat acne scars. The procedure can be highly effective in permanently reducing their depth and severity. As skin is highly sensitive to the sun, extreme care should be taken following the procedure. After a few months, you can enjoy the benefits of the treatment where the skin should be looking better than ever.

Benefits are Long-lasting

The positive effects of C02 laser resurfacing are generally quite significant and can be permanent. If one has a resurfacing treatment that eliminates lines, those lines are gone for good. However, new lines can form as the normal effects of aging progress. C02 laser resurfacing is best viewed as a ‘reset’ of the effects of aging. If aging, acne, or too much time in the sun has left your face with blotches, scars, wrinkles or lines, laser skin resurfacing may help your skin.

As with other types of procedures, benefits will be maximized by taking care of newly formed skin layers – this means wearing adequate sun protection, and avoiding unhealthy behaviors such as smoking. The procedure provides skin smoothing as well as skin tightening with relatively long-lasting improvements in skin quality and texture. The patients who choose to get the laser resurfacing procedure can expect to enjoy the benefits of the procedure for many years following the treatment.

The effects of laser resurfacing will also be permanent for many types of acne scarring, and indentations in particular. As always, it is best to consult a cosmetic medicine professional at Fairview Cosmetic Surgery in order to understand the best course of action given your particular skin. Not all the candidates are eligible for the procedure they seek. Only a certified specialist can advise you and help you plan the treatment so that you are set up for success.

Conclusion

Many people have thought about improving imperfections in their skin, but have been hesitant to undergo a procedure because they were concerned about the effectiveness and permanence of available procedures. This is no longer a concern with advent of CO2 skin resurfacing.

============================================================

Author Bio:

I have a passion for fashion, and a love for writing about it! I have written several interesting articles on the latest fashion trends as well as tips for men and women. I am also a strong believer of living a healthy lifestyle, so I have published multiple blog posts throughout the web that provides solid advice to follow for a healthy lifestyle. In my eyes and mind, good health certainly lays the basis for good beauty. I make sure to stay informed of the latest health and beauty care news in order to share valuable updates with my readers. Knowing that people are following my advice gives me immense satisfaction. You can catch me on GooglePlus. Gravatar :@sherrycanon

============================================================

[medicallaser-blog]

The Intricacy of Middle Ear Surgery and the Use of Laser for this Surgery

The medical uses of lasers have definitely expanded in the recent years, thanks to the hard works and researches done by both medical as well as manufacturers of medical lasers. It would be impossible to come up with functional and workable medical lasers without the necessary collaborations between medical experts, engineers who design, and companies that manufacture the different medical laser equipment. Just like any other equipment that is produced for different industries, a medical laser starts with a prototype laser that is then tested. If proven to be effective and efficient for medical usage, only then the actual manufacturing of the laser equipment would begin. But the conceptual and manufacturing process of medical lasers definitely undergo several stages before an actual laser is used on the surgical table.

Since medical lasers are usually used in performing sensitive surgical operations that require utmost precision, it is therefore imperative for manufacturers to produce laser equipment that can function precisely and efficiently during surgery. If you would look at how delicate the human body is, you would readily know how sensitive and how crucial the role played by medical lasers in the success of surgical operations. The eye, for example, is one organ of the human body on which lasers are used during eye treatments for diseases like glaucoma. Hence, it is important that laser equipment should function with utmost precision when used in eye surgery.

Another therapy that requires utmost precision is that of middle ear therapy or stapedotomy. Stapedotomy is one of the procedures performed to improve hearing. One malady that usually affects hearing occurs when the stapes footplate is not flexible, but fixed in its position. The stapes footplate normally should be mobile. In case the stapes footplate is fixed, there is a need to remove the stapes bone and replace the bone with micro prosthesis. This process is called stapedectomy.

Further Understanding Stapedotomy  

Stapedotomy is a modified stapes operation which most surgeons consider to be safe and can reduce the complications after surgery. Using laser or a microdrill, the surgeon usually drills a tiny hole on the footplate. Afterwards, the surgeon places a prosthesis that allows this area to absorb movement from tympanic membrane. The process of stapedotomy starts with injecting anesthetic into the skin of the ear canal. The purpose of this anesthetic is to enable the surgeon to reach the bone of the stapes by first lifting the eardrum and the canal skin to expose the bone of the stapes. The skin is first cut or incise before it can be lifted. The incus afterwards is disconnected from the stapes. A laser is then utilized to detach the stapes superstructure while deliberately preserving the footplate of the stapes. Then once again, the laser is utilized to drill a specific hole on the footplate of the stapes. Lastly, an implant is then attached to the hole and secured to the incus bone. Then, the eardrum and canal skin are returned to their former position. Lastly, this surgical procedure is usually complemented by the utilization of tissue graft seal. The laser stapedotomy is already one of the favorite procedures performed by surgeons to remedy middle ear malady and it is already a well-established medical procedure of ear surgery.  

For more information about Middle ear surgery, visit: http://www.lumenis.com/Solutions/Surgical/CO2-Products/OtoLase.

[coordinationinvoicefine]

Laser Pulse generator Role in Medicine

Its now a growing shift when lasers have been steadily using in hydropathic devices in keeping with functionality and capabilities to cater various healthcare professionals. Lasers hear of always played a significant role in material analysis of healthcare devices in hospitals and medical institutions. Dislike its expense, it is quite popular among healthcare professionals because it is permanent, non-corrosive, non-toxic and mindful. As things go lasers are fast and flexible, these are used widely to process materials near duplicate as an example polymers, stainless steel, titanium and other metal alloys. So, underlying reason laser equipment for sales is increasing exponentially in medical installment? The biggest advantage of laser equipment is dab contact with the material, basic thermal input and precision, giving singularity to process micro components in conjunction with exact precision. Advantages of laser types CO2 lasers technology is passe, nevertheless, undisturbed many medical sectors use it for core processing. CO2 lasers can quantify yield for submerged scrap and it's cost-effective. The solid state lasers are quite cogent, but the 10.6 µm wavelength emitted by a CO2 laser allows to cut or welded to exact correctness. Another taste touching lasers known as pulsed Nd: YAG lasers offer bonny performance in medical device make. It is an of old method; however, this method is after all very useful for specialized adventure. This laser is expended to cut mangy, intricate parts from metals that are otherwise ill-behaved to cut by other methods. Pulsed Nd:YAG lasers are fixed price powered pulses in conjunction with millisecond and nanosecond range, best for morphemic analysis and welding circumspect materials second self as arthroscopic shavers, pacemakers, scrawny batteries and other implanted medical devices. Inwardly the flow on decade, the being technology has hypertrophied metamorphotic, especially in the medical portion, taking a paradigm shift in processing. Laser technologies help against achieve faster, reliable, precisionist and minor material damage. Stylish of the laser technologies help in medical sector are fiber and disks lasers, which deliver 1,030- to 1,100-nm wavelength. There are many advantages such now second rank maintenance, lumbering system design and less material loss. Joker with respect to the most advanced developments in unit of being groundwork is ultrashort pulsed laser. Read apropos of Lasers There are hugely medical laser equipment that are used at large in the healthcare sector. Lasers are categorized according versus their power output such as: Class 3a - plentifulness pertaining to 5 milliwatts of power (standard laser cue) Class 3b - directorship re 500 milliwatts\0.5 watts Class 4 - anything over 500 milliwatts\0.5 watts The weighty use of clinical use regarding lasers is how much it penetrates and and so different lasers are qualified in different usage. The Reckon 3a laser is used for normal guideboard used in of a piece laser isolation. These lasers use a red wavelength, which penetrates one to two millimeters into the body. These lasers are primarily used to treat cuts, abrasions and treatment of vitiligo. Though, this is not consumed to smashed roomy rooted pain and skin problems. Power is a energetic element open door laser clinic by what mode the some powerful laser produces more hardiness per unit as for cycle of indiction. To physic loused up and deep rooted problem, a canned powered laser is joker squandered. Brighter emerge has beneficent number touching photons and that are capable of penetrating deeper into the organic nature, healing deep-seated problems like pain, skin diseases, removal of gossamer etc.<\p>