CO2 Laser Market is Development Status, Competition Analysis, Type and Application 2029

CO2 laser, invented in 1964, is a high power laser used for cutting through ferrous and non-ferrous metals. CO2 laser is a mixture of various gases like carbon dioxide, nitrogen, helium, xenon and/or water vapor and even hydrogen sometimes.

Due to their high power capabilities, CO2 laser are widely used in industrial applications for cutting, engraving, and welding. In 1984, CO2 laser was approved by the U.S. Food and Drug Administration (FDA), making its application in the healthcare industry more mainstream. Use of CO2 laser causes less bleeding, less pain and a significantly reduced risk of infection, making it a preferred choice in medical and cosmetic surgeries.

CO2 laser is since being used as an incision tool in various surgeries, like dermatology, neurosurgery, otorhinolaryngology, plastic surgery, gynaecology and ophthalmology.  Apart from these, CO2 laser also finds applications in military, communications and different manufacturing industries, making it one of the most widely used type of laser in the industry.

CO2 Laser: Market Dynamics

CO2 laser finds its applications in a number of manufacturing industries as well as in health and diagnostics field. CO2 lasers are used for cutting highly precise designs from materials of varying thickness, at a high speed. Hence, they are used in cutting, welding and drilling components, ranging from very small to large sizes.

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CO2 lasers have become a go-to choice for cosmetic surgeries like skin lesion and anti-aging surgeries. It is also being used in various complex surgical processes like neurosurgery, spine surgery and ophthalmology, among others, where large excisions are involved and anticipated loss of blood is significant.

Use of CO2 laser in design for manufacturing (DFM) has been gaining prominence in a number of manufacturing industries. DFM helps manufacturers make a manufacturing process easier, economical and efficient, by checking if a product design can be put into manufacturing process.

With the use of CO2 lasers, manufacturers are now able to incorporate more complex designs into manufacturing process, as CO2 lasers are capable of achieving high precision cutting even for complex designs. On the other hand, CO2 laser is increasingly being used in military applications, for LIDAR imaging, which serves as a better alternative to satellite imaging, due to its higher accuracy in imaging.

CO2 laser is anticipated to witness significant competition from fiber lasers, especially in micromachining applications, as they are cheaper and precise as compared to CO2 lasers. But given its unparalleled advantages in diagnostics and manufacturing sectors, CO2 laser market is anticipated to witness a robust growth in the coming years.