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An infrared laser called a femtosecond laser has a wavelength of 1053 nm. Similar to a Nd: YAG laser, an FS laser operates by photoionization or photo disrupting an optically transparent tissue, such the cornea. The optically transparent tissue, such as the cornea, gets photoionized or photo disrupted as a result of FS laser operation.
FS lasers are being used in a variety of ophthalmic surgical procedures. They are primarily utilised in corneal surgery, including keratoplasty and refractive operations, as well as lately in cataract surgery.
Four procedures associated with cataract surgery can be carried out using the femtosecond laser: the primary incision and side ports of the cornea, astigmatism-reducing incisions into the peripheral cornea, the capsulorhexis and the first fragmentation of the crystalline lens.
The Global ophthalmic femtosecond lasers market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Fluence launches a new 30W femtosecond laser with applications in ophthalmology. Fluence has introduced the Jasper Flex femto laser, which has applications in several fields, including ophthalmology, and is intended to offer “unprecedented reliability and an excellent lifespan” in comparison to previous lasers.
The Jasper Flex is more resilient and versatile than other free-space systems since it can work at a variety of temperatures, doesn’t require routine maintenance like more conventional laser devices, and can endure more vibration and movement.
Fluence, a Warsaw-based laser maker, claimed its new device, which has a 30W power output, falls between its smaller, less potent Halite laser and its bigger 60W Jasper X0 model.
The Jasper Flex has a variety of uses in a number of sectors because of the ultrashort light pulses it generates, including micromachining, LCD and OLED display repair, accurate cutting of glass and other materials, surface structuring, cold ablation, and ophthalmology.
The new laser from Fluence is designed to be used in systems with volume limits that need high laser power and “outstanding” pulse quality. It also has built-in “broad pulse duration” and “burst” options that help speed up processing and improve the efficiency of its customers’ applications.
