Medical Equipment

ZEISS VISUMAX 800 SMILE®pro
The VISUMAX 800, with its newly added cyclotorsion alignment and centration functions enable more precise and personalized treatments to meet the needs of each patient. The latest technology can complete crystalline lens cutting in less than 10 seconds, thereby reducing the entire suction time.
Carl Zeiss Visumax
SMall Incision Lenticule Extraction (SMILE) uses femtosecond laser to create tiny laser bubbles within the cornea to cut the middle layer of the cornea directly. At the same time, a small 2mm incision is made, and the cut portion of the cornea is removed through the incision, changing the curvature of the cornea to achieve the desired corrective effect.
Carl Zeiss OCT Biosensor (IOL Master 700)
The IOLMaster 700 features swept-source biometry technology, built on the foundation of nearly 20 years of optical biometry experience. With the patented corneal-to-retina scan, which utilizes full corneal curvature measurement(TK), anatomical details of the longitudinal cross-section spanning the entire eye are displayed. During cataract surgery, a reference image is obtained and used for intraoperative image matching.
iCare Rebound Tonometer
The tonometer is a handheld, self-use device that uses the rebound method for measurement. It uses a small and light disposable probe that briefly touches the eye. The tonometer measures the deceleration and rebound time of the probe, and calculates the eye pressure based on these parameters.
NIDEK IntelligentRefractorRT-3100
It has a 'four-in-one' examination function, with the examination items being visual acuity, computerized refractometry, corneal curvature, and eye pressure. It quickly determines the nature and range of the patient's refractive state, providing accurate spherical lenses, cylindrical lenses, and axis positions.
NIDEK HandyRef-K/HandyRef
It is flexible and can be used for reclining tabletop, and handheld refractometry. It is suitable for all age groups, from children to adults, and can accurately measure corneal refractive power, corneal astigmatism, corneal astigmatism axis, spherical power, cylindrical power, minimum pupil diameter, and other data.
CSO SIRIUS TOMOGRAPH AND CORNEAL TOPOGRAPHER
By combining Placido rings and Scheimpflug camera three-dimensional scanning technology, the cornea and anterior chamber can be scanned in three-dimensional layers to obtain precise image data of the corneal front and back surfaces and the anterior chamber. In addition, it can provide pupil diameter measurements and simulate different light intensities for measuring pupil diameter.
Oculus Pentacam AXL
The Pentacam®, produced by the German company Oculus, uses Scheimpflug technology and a patented 360° rotation scan to obtain multiple images of the anterior segment of the eye. It generates a three-dimensional image of the anterior segment and calculates various measurements of the cornea, anterior chamber, and crystalline lens. It can be widely used in the diagnosis and treatment of diseases such as photorefractive keratectomy, vision RGP, corneal diseases, glaucoma, and cataracts.
Carl Zeiss Visante OCT
High-resolution images of the anterior segment of the eye obtained through anterior segment optical coherence tomography (OCT) can display changes in corneal thickness and matrix reflection. It can quantitatively measure the distribution of corneal epithelium to help detect abnormalities in the corneal stromal layer and compare corneal epithelial recovery after laser refractive surgery. It can also be used to monitor the position of the crystalline lens after implantable collamer lens (ICL) surgery. Additionally, it helps diagnose corneal diseases such as keratoconus, stromal keratitis, and corneal edema.
Carl Zeiss ATLAS 9000
By combining Atlas® Placido ring technology and Visante OCT corneal thickness measurement technology, the Visante Omni provides comprehensive topographic information on both the anterior and posterior surfaces of the cornea. The SmartCapture™ intelligent image analysis technology analyzes multiple images during the capture process and automatically selects the highest quality images. The MasterFit™ II corneal contact lens software seamlessly fits RGP contact lenses.
Carl Zeiss CIRRUS HD-OCT5000
OCT is a new optical diagnostic technology that is non-invasive and non-contact. OCT is very helpful for early diagnosis and clinical follow-up observation of glaucoma. OCT also plays an indispensable role in the diagnosis of fundus diseases, especially for optic neuropathy (such as optic neuritis and optic atrophy), macular diseases (such as idiopathic macular hole and macular epiretinal membrane), and retinal detachment, providing significant diagnostic assistance.
Carl Zeiss VISUCAM500
The VISUCAM® 500 features non-mydriatic color fundus photography and angiography using classic Zeiss optics. Fundus imaging and angiography are diagnostic procedures, not treatments, that use dye tracking to evaluate blood circulation in the retina. During the examination, a fluorescent dye injects into the blood vessels. As it flows to the retina, a series of images of the fundus takes in real time. Observing the morphology of the dye flow can help diagnose fundus diseases.
Amplitude-mode&brightness-mode Ultrasound scanner (Quantel Compact Touch)
A-scan ultrasound is used for measuring eye axial length and detecting abnormalities in ocular tissues using standard ultrasound. B-scan ultrasound is used for examining pathologies such as vitreous opacities, vitreous hemorrhage, and retinal detachment.
Optical Coherence Tomography (Optos Daytona)
The Daytona can scan 80% of the retina without dilating the pupil, which is four times more coverage than traditional fundus cameras. It can quickly examine the peripheral retina to detect retinal pathology at an early stage and eliminate potential risks.
KONAN SPECULAR MICROSCOPE X (KONAN NSP-9900)
The corneal endothelial cell analyzer is used to examine the corneal endothelial layer cells and is an important tool for screening corneal diseases. It is to assess corneal health before cataract or ICL implantation surgery. It provides clear image and accurate data for cases involving corneal hypoxia caused by contact lens wear, Fuchs' corneal endothelial dystrophy, keratoconus, and corneal trauma.
Carl Zeiss Perimetry (Humphrey HFA3)
Humphery HFA3 is a fully computer-controlled visual field examination and analysis system uses as the standard visual field measurement. It is to diagnose and monitor visual field defects caused by glaucoma, retinal pigment abnormalities, and other diseases that affect vision (such as brain tumors). It is an important examination tool for diagnosing and observing various symptoms of vision and cranial nerves.
Carl Zeiss FORUM-Specialization in Ophthalmology (A Data Management Platform)
FORUM is a specialized data storage and ophthalmology data management system provided by Carl Zeiss that can link patient data from different examination devices, effectively identifying and managing detailed data for each patient. It is a specialized platform for fundus diseases and glaucoma, allowing for comparative analysis of multimodal images before and after treatment and providing precise quantitative analysis, which is beneficial for personalized treatment and follow-up of patients.
Haag-Streit BQ900 Slit lamp & IM900 Slit lamp photography & IM900 Slit lamp photography
They help doctors examine the health of eyelids, conjunctiva, cornea, iris, anterior chamber, lens, retina, macula, optic nerve, and other ocular structures during clinical examinations.
ELLEX Integre pro scan
The matrix multi-wavelength scanning laser photocoagulator can provide better treatment efficacy for patients with diabetes and other retinal diseases who have indications for treatment. The matrix laser photocoagulation achieves therapeutic effects while using minimally invasive techniques, reducing risks and minimizing pain and discomfort. The use of multiple wavelengths can also provide more efficient and effective treatment for different eye conditions.
PESCHKE Trade PXL Platinum 330
Corneal Collagen Cross-Linking is generally used in clinical cases of keratoconus or suspected keratoconus, and can also be applied to individuals undergoing laser correction. Riboflavin (vitamin B2) is applied to the cornea, followed by ultraviolet-A (UVA) light exposure from the device. This process causes the release of particles in the corneal tissue, which increases energy absorption and the release of reactive oxygen species, and helps the collagen fibers to bind together, resulting in a stronger and more stable corneal matrix. This helps reduce the likelihood of postoperative corneal deformation and may also reduce the chance and severity of refractive regression in cases of high myopia or astigmatism.
laser therapeutic apparantus (Ellex Tango Reflex)
Ellex's new Tango Reflex™ laser treatment system combines multiple treatment platforms, including selective laser trabeculoplasty (SLT) for glaucoma, YAG posterior capsulotomy, and minimally invasive vitreous ablation.
Alcon LenSx Laser
The femtosecond laser cataract correction device is a next-generation femtosecond laser cataract surgery instrument that combines 3D imaging and navigation technology to analyze eye structures and create a three-dimensional eye map to assist with precise calculations and predictions for surgery. The new femtosecond laser-assisted cataract surgery uses a fully computer-controlled infrared laser to perform three steps, including corneal incision, capsulotomy, and lens fragmentation. This allows doctors to perform precise incisions and evenly fragment the lens, resulting in more accurate implantation of artificial lenses and improving the accuracy and postoperative visual quality of multifocal lenses. This new technology is safe, reliable, and highly accurate, reducing the risk of surgical trauma, postoperative infections, inflammation, and other complications.
Optical surgical microscope (Leica Proveo 8)
The optical ophthalmic surgical microscope uses Fusion Optics technology to enhance safety and break through the traditional optical limitations of microscopes, allowing for better depth of field and clarity simultaneously. This enables doctors to clearly see the internal structure of the eye from the cornea to the retina at high magnification during surgery, increasing safety. The wide-angle, expanded field of view reduces risk of harming the patients and increases efficiency. The low-power LED soft lighting also reduces phototoxicity and protects the eyes from further damage.
Alcon Centurion® vision system
The Alcon Infiniti Vision System is a new-generation ultrasound phacoemulsification machine for cataract surgery that employs Ozil Torsional technology and advanced minimally invasive wound treatment. This technology improves Phacoemulsification efficiency, shortens operation time, reduces thermal damage to the cornea, and enhances surgical safety. The new high-efficiency active pressure stabilization system can stabilize intraocular pressure and ensure safety. The system also includes the AutoSert automatic lens implantation handle, which assists with automated artificial lens implantation.
Alcon Constellation® vision system
The Constellation Vision System by Alcon is a minimally invasive vitreous phacoemulsification and retinal surgery system. As a cutting-edge surgery in ophthalmology, it is minimally invasive, safe, and can simultaneously perform cataract and retinal surgeries, reducing the number of surgeries needed and avoiding damage to eye structures from multiple surgeries. The wound does not require sutures, and recovery time is significantly shorter.