The VISUCAM Digital Fundus Camera is suitable for photographing, displaying and
The VISUCAM Digital Fundus Camera is suitable for photographing, displaying and storing data relating to the retina and surrounding parts of the eye beeing examined under mydriatic and non-mydriatic conditions. These photographs assist with the diagnosis and follow-up of eye diseases, which can be visually monitored and photographiacally documented.
This single use device is an accessory for ZEISS phaco systems. It has been desi
This single use device is an accessory for ZEISS phaco systems. It has been designed to remove the cortex and clean the capsule bag during human cataract surgery.
The IOLMaster is intended for the biometric determination of ocular measurements
The IOLMaster is intended for the biometric determination of ocular measurements for axial length, anterior chamber depth, corneal radius, white-to-white (WTW), and for the measurement of pupil size and deviation of the visual axis from the center of the pupil. For patients who are candidates for intraocular lens (IOL) implantation, the device also performs calculations to assist physicians in determining the appropriate IOL power and type for implantation.
The FF 450plus is a monocular retina camera for routine use. It is designed to c
The FF 450plus is a monocular retina camera for routine use. It is designed to capture images of the eye, especially the retina area, as well as surrounding areas, to aid diagnosing or monitoring diseases of the eye that may be observed and photographed. If used in combination with dedicated optional equipment (electronic image sensors, digital archiving system) the system allows images to be displayed, stored, manipulated and archived digitally.
The SL 115 Classic Slit Lamp is a AC-powered slit lamp biomicroscope intended fo
The SL 115 Classic Slit Lamp is a AC-powered slit lamp biomicroscope intended for use in eye examination of the anterior eye segment, from the corneal epithelium to the posterior capsule. It is used to aid in the diagnosis of disease or trauma which affect the structural properties of the anterior eye segment. The optional SL cam 5.0 is a digital imaging solution that allows the user to take images and video sequences for documentation purposes of the anterior eye segment during slit lamp examinations.
The products are single use, sterile drapes to cover all surfaces of the main de
The products are single use, sterile drapes to cover all surfaces of the main device with a potential need to get in contact with sterile objects during surgical procedures.
This single use device is an accessory for ZEISS phaco systems. It has been desi
This single use device is an accessory for ZEISS phaco systems. It has been designed to remove the cortex and clean the capsule bag during human cataract surgery
This active reusable device is an accessory for ZEISS phaco systems. It has been
This active reusable device is an accessory for ZEISS phaco systems. It has been designed to emulsify and aspirate the eye lens during human eye surgery by phacoemulsification technique.
The SL 120 Slit Lamp is an AC-powered slit lamp biomicroscopes intended for use
The SL 120 Slit Lamp is an AC-powered slit lamp biomicroscopes intended for use in eye examination of the anterior eye segment, from the cornea epithelium to the posterior capsule. It is used to aid in the diagnosis of disease or trauma which affect the structural properties of the anterior eye segment.The optional SL cam 5.0 is a digital imaging solution that allows the user to take images and video sequences for documentation purposes of the anterior eye segment during slit lamp examinations.
The VisuMax laser keratome is a femtosecond laser. It generates a beam of ultra-
The VisuMax laser keratome is a femtosecond laser. It generates a beam of ultra-short laser pulses whichare guided through the aperture in the treatment objective .The optical system focuses the laser beam into the corneal tissue.The VisuMax femtosecond laser is indicated for use in ophthalmic surgery for the creation of corneal incisions in patients undergoing the following treatments:• In the creation of a corneal flap in patients undergoing LASIK surgery or other treatment requiring initial lamellar resection of the cornea• In patients undergoing surgery or other treatment requiring initial lamellar resection of the cornea• In the creation of a lamellar cut/resection of the cornea for lamellar keratoplasty• In the creation of a cut/incision for penetrating keratoplasty and corneal harvesting• Surgery or other treatment requiring initial lamellar resection of the cornea to create tunnels for placement of corneal ring segments.Additionally under class III: The VisuMax Femtosecond Laser is indicated for use in small incisionlenticule extraction (SMILE) for the reduction or elimination ofmyopia with or without astigmatism• for spherical refractive error (in minus cylinder format) from -1.00 diopters through -10.00 diopters,• for cylinder from -0.75 diopters through -3.00 diopters,• when refraction spherical equivalent is no greater in magnitude than 10.00 diopters,in patients 22 years of age or older with documentation of stable manifest refraction over the past year as demonstrated by a change in sphere and cylinder of ≤ 0.50 D in magnitude.
HQF,OTL,HNO
Laser, Ophthalmic,Femtosecond Laser System For Refractive Correction,Keratome, Ac-Powered
The SL 130 Slit Lamp is an AC-powered slit lamp biomicroscopes intended for use
The SL 130 Slit Lamp is an AC-powered slit lamp biomicroscopes intended for use in eye examination of the anterior eye segment, from the cornea epithelium to the posterior capsule. It is used to aid in the diagnosis of disease or trauma which affect the structural properties of the anterior eye segment.The optional SL cam 5.0 is a digital imaging solution that allows the user to take images and video sequences for documentation purposes of the anterior eye segment during slit lamp examinations.
The Product is a single use sterile accessory kit for the ZEISS phaco and vitreo
The Product is a single use sterile accessory kit for the ZEISS phaco and vitreoretinal systems and has been designed to direct balanced salt solution from irrigation source to the surgical handpieces and to convey the materials removed from the eye to a reservoir during eye surgery on anterior and posterior segments of the human eye.
This single use device is an accessory for ZEISS phaco systems. It has been desi
This single use device is an accessory for ZEISS phaco systems. It has been designed to emulsify and aspirate the eye lens during human cataract surgery.(consists of TEST CHAMBER, PHACO TIP and SILICONE SLEEVE)
The MEL 80 Excimer Laser System is indicated for use in primary Laser Assisted i
The MEL 80 Excimer Laser System is indicated for use in primary Laser Assisted in situ Keratomileusis (LASIK) treatments for the reduction or elimination of - myopia of less than or equal to -7.0 D with or without refractive astigmatism of less than or equal to -3.0 D, with a Maximum MRSE of -7.0 D- naturally occurring hyperopia of less than or equal to +5.0 D with or without refractive astigmatism of greater than +0.5 D and less than or equal to +3.0 D, with a maximum MRSE of +5.0 D in patients who are 21 years of age or older with documentation of stable manifest refraction over the past year as demonstrated by Change in sphere and cylinder of 0.5 D.
WAVELIGHT TOPOLYZER VARIO: The WaveLight® Topolyzer™ VARIO and WaveLight® Analyz
WAVELIGHT TOPOLYZER VARIO: The WaveLight® Topolyzer™ VARIO and WaveLight® Analyzer II diagnostic devices are measuring instruments intended for use in eye examinations to measure corneal topography. Data from these systems may be exported and used to support refractive surgical procedures with the WaveLight® laser systems.
ALLEGRO ANALYZER. The WaveLight® Topolyzer™ VARIO and WaveLight® Analyzer II dia
ALLEGRO ANALYZER. The WaveLight® Topolyzer™ VARIO and WaveLight® Analyzer II diagnostic devices are measuring instruments intended for use in eye examinations to measure corneal topography. Data from these systems may be exported and used to support refractive surgical procedures with the WaveLight® laser systems.
The Final Fit software receives the measured data from the Refractive Power/Corn
The Final Fit software receives the measured data from the Refractive Power/Corneal Analyzer OPD-Scan Model ARK-10000 via floppy disk etc. Then the Final Fit software performs a simulation of postoperative corneal shape and generates shot data using the imported data that was measured by the ARK-10000 and amounts of correction that are entered. The Final Fit software has two major functions: 1.Generating shot data to be used with the EC-5000 based on the measured data of the ARK-10000 2.Comparing postoperative data measured by ARK-10000 with the preoperative or target data (Simulated data just before generating shot data)
The Final Fit software receives the measured data from the Refractive Power/Corn
The Final Fit software receives the measured data from the Refractive Power/Corneal Analyzer OPD-Scan Model ARK-10000 via floppy disk etc. Then the Final Fit software performs a simulation of postoperative corneal shape and generates shot data using the imported data that was measured by the ARK-10000 and amounts of correction that are entered. The Final Fit software has two major functions: 1.Generating shot data to be used with the EC-5000 based on the measured data of the ARK-10000 2.Comparing postoperative data measured by ARK-10000 with the preoperative or target data (Simulated data just before generating shot data)
The Final Fit software receives the measured data from the Refractive Power/Corn
The Final Fit software receives the measured data from the Refractive Power/Corneal Analyzer OPD-Scan Model ARK-10000 via floppy disk etc. Then the Final Fit software performs a simulation of postoperative corneal shape and generates shot data using the imported data that was measured by the ARK-10000 and amounts of correction that are entered. The Final Fit software has two major functions: 1.Generating shot data to be used with the EC-5000 based on the measured data of the ARK-10000 2.Comparing postoperative data measured by ARK-10000 with the preoperative or target data (Simulated data just before generating shot data)
NIDEK EXCIMER LASER CORNEAL SURGERY SYSTEM, model Quest, is an ophthalmic laser
NIDEK EXCIMER LASER CORNEAL SURGERY SYSTEM, model Quest, is an ophthalmic laser system used for correction of corneal refraction and ablation of the corneal surface. The system is composed of a laser generator which produces an excimer laser radiation of wavelength 193nm, a beam delivery unit, an optical system for observation, a gas system, and a computer for system control. The system is designed to be user friendly for easy and safe operation with NIDEK’s advanced optoelectronic technology.
NIDEK EXCIMER LASER CORNEAL SURGERY SYSTEM, model EC-5000CXIII, is an ophthalmic
NIDEK EXCIMER LASER CORNEAL SURGERY SYSTEM, model EC-5000CXIII, is an ophthalmic laser system used for correction of corneal refraction and ablation of the corneal surface. The system is composed of a laser generator which produces an excimer laser radiation of wavelength193nm, a beam delivery unit, an optical system for observation, a gas system, and a computer for system control. The system is designed to be user friendly for easy and safe operation with NIDEK’s advanced optoelectronic technology.