Growing demand for technologically advanced machining tools and equipment is the key factor that drives the growth of gas lasers market. Increased adoption of advanced and precise manufacturing processes has led to a rise in use of lasers for machining or processing, and is expected to positively impact the gas lasers market growth over the forecast period. Gas lasers are known for accurate high speed process capabilities as compared to the conventional techniques. Therefore, gas lasers are used widely across manufacturing processes which is also expected to fuel market demand. Precision processing, easy automation, non-contact processing, and high power density are a few factors that may spur the gas lasers market demand over the forecast period.
To request a sample copy or view summary of this report, click the link below:
Gas lasers applications include automotive, aerospace, medical and healthcare, electronic packaging, and several Original Equipment Manufacturers (OEMs). Rise in number of applications across the microelectronics and medical segment is estimated to favorably impact the gas lasers market growth over the next few years. Gas lasers are also used in applications such as He-Ne laser in holograms and laser printing, dye laser pumping, and barcode reading.
To request a sample copy or view TOC of this report, click the link below:
Gas lasers use helium-neon (He-Ne) mixture, which includes nitrogen, ion laser, argon-ion, carbon dioxide, and carbon monoxide. The He-Ne lasers are widely used as they emit visible light, are affordable, and exhibit good beam quality. The advent of commercial carbon dioxide lasers enhanced with an altered wavelength has driven the gas laser adoption across the flexible food packaging industry. JDS Uniphase Corporation based in the U.S. recently introduced...