Ophthalmic Posterior Neodymium:yag Laser Suppliers
usa.nidek.com | Phone: +1-(510)-226-5700, 800-223-9044
FDA Registration: 2936921
Products: AC- powered Corneal Topographers (FDA Code: MMQ), AC-Powered Ophthalmic Camera (FDA Code: HKI), AC-Powered Automatic Perimeter (FDA Code: HPT), AC-Powered Biomicroscope Slit Lamp (FDA Code: HJO), AC-Powered Keratome (FDA Code: HNO), AC-Powered Keratoscope (FDA Code: HLQ), ...
Nidek, Inc. offers a wide array of equipment designed for the diagnosis and treatment of retinal diseases, glaucoma, and other vision-impairing afflictions. Our compact and reliable GYC-1000, solid-st more...
www.meridian.ch | Phone: +41-(33)-334 11 11
FDA Registration: 8030988 Quality: ISO 9001: 2000 Certified
Products: Slit Lamps, Powered Surgical Laser Instrument (FDA Code: GEX), Non-invasive Magnetic Stimulation System, Ophthalmic Lasers (FDA Code: HQF), Manometry Systems, Ophthalmic Posterior Neodymium:yag Laser (FDA Code: LXS), ...
Meridian Ag manufactures, sales and maintains ophthalmic instruments. We provide meridian laser products which include Microruptor V, MR V combi system, LIO 500, SLA BM & BQ compatible, Universal SLA, more...
www.zeiss.de | Send Inquiry | Phone: +49-(3641)-220-105
Products: Photodynamic Therapy Laser System (FDA Code: MVF), AC-Powered Biomicroscope Slit Lamp (FDA Code: HJO), Ophthalmic Posterior Neodymium:yag Laser (FDA Code: LXS), ...
Carl Zeiss AG is a supplier of complete ophthalmic systems including IOLs and disposables of optical and digital visualization systems for Neuro- and ENT surgery. We focus on surgical products, micros more...
The Nd:YAG laser for posterior capsulotomy and peripheral iridotomy consists of a mode-locked or Q-switched solid state Nd:YAG laser intended for disruption of the posterior capsule or the iris via optical breakdown. The Nd:YAG laser generates short pulse, low energy, high power, coherent optical radiation. When the laser output is combined with focusing optics, the high irradiance at the target causes tissue disruption via optical breakdown. A visible aiming system is utilized to target the invisible Nd:YAG laser radiation on or in close proximity to the target tissue.
Classification. Class II (special controls). Design Parameters: Device must emit a laser beam with the following parameters: wavelength = 1064 nanometers; spot size = 50 to 100 micros; pulse width = 3 to 30 nanoseconds; output energy per pulse = 0.5 to 15 millijoules (mJ); repetition rate = 1 to 10 pulses; and total energy = 20 to 120 mJ.
