DMM

DIGITAL MARKER M

DMM is a device that provides guidance in the operating room using images taken by ARGOS and planning data.

DMM offers guidance directly usable in the operating room based on the measurements and images obtained from the patient's eye captured by ARGOS. It ensures accurate guidance throughout the surgery, from the incision to lens emulsification and alignment of the intraocular lens, not only for calculations of the artificial lens and astigmatism done by ARGOS.

Therefore, even if the patient moves their eye during surgery, it automatically tracks the position, reducing variables of refractive errors, and corrects the procedure to ensure the surgeon achieves the intended refractive outcome.

ARGOS

ARGOS BIOMETER

Argos is a corneal curvature radius measurement and biometric testing device that visualizes and measures the eye structure and calculates the necessary artificial lens.

Utilizing the SS-OCT method, ARGOS measures the values needed for cataract surgery or refractive correction and performs calculations to determine the type and power of the artificial lens. Particularly, the segmented axial length measurement method used in the ARGOS device employs appropriate wavelength lasers for each eye measurement, resulting in more accurate test results.

The newly integrated Image Guidance System in Alcon's ARGOS captures images of the eye before and after surgery, serving as a navigation tool alongside DMM during pre-operative planning and the surgery itself, thus helping achieve more accurate surgical outcomes for patients.

CONSTELLATION

CONSTELLATION

This surgical equipment is primarily used in vitrectomy, which constitutes a significant portion of retinal surgeries.

As an innovative device for retinal and cataract surgery, it allows for effective, safe surgeries with stable intraocular pressure and rapid vitrectomy speed.

Lumera 700

Lumera 700

Previous microscopes lacked clarity, making it difficult to observe the interior of the patient's eye accurately. However, Lumera offers significantly higher clarity, enabling easier surgical procedures.

Additionally, while previous models illuminated only the cornea, Lumera uses three light sources to simultaneously illuminate the cornea, lens, and retina, allowing for three-dimensional observation.

Most importantly, even in cases of corneal opacity or severe cataracts, the high clarity allows for the successful execution of complex surgeries.

SIGNATURE PRO

SIGNATURE PRO

The visual field tester is the most accurate device for diagnosing glaucoma and retinal conditions, offering precise diagnostics and analysis of glaucoma progression.

This device adopts the SITA method, significantly reducing visual field test time. Furthermore, with Visual Field Index automatic analysis, it selectively analyzes glaucoma-related visual field damage.

Equipped with a GPA tester that automatically indicates glaucoma progression, it enables convenient and precise diagnostics.

Dynamic automated visual field testing allows for rapid examination of non-glaucomatous conditions such as disability diagnoses or neurological diseases.

ZEISS CALLISTO EYE

ZEISS CALLISTO EYE

The ZEISS Cataract Suite Markerless consists of four products released by ZEISS: IOL Master, Forum, Callisto Eye, and Lumera Microscope, enabling faster and more accurate surgeries during toric and premium cataract procedures through a computer navigation system.

Through Forum, test results from various devices can be reviewed and quickly transmitted, and during surgery, it employs vessel matching with reference images taken from the IOL Master in real-time.

To achieve accurate vessel matching, obtaining a good reference image from the IOL Master is crucial, requiring the examination to capture as many vessels as possible. Given the characteristics of Asian patients, often having smaller or drooping eyelids, this requires the examiner's experience and time.

The ZEISS Cataract Suite Markerless allows for surgeries without the cumbersome procedures of placing sharp instruments on the patient’s eye pre-operatively or marking the eye during surgery, thereby providing faster and safer surgery for patients.

Through the computer navigation system, Callisto Eye can confirm where and how much to incise during Limbal Relaxing Incision (LRI) and guide the size and position of Continuous Curvilinear Capsulorhexis (CCC).

Additionally, during toric surgeries, it provides precise guidance on the axis where the astigmatism-correcting intraocular lens will be placed, minimizing axis errors to offer more accurate surgery for patients.

Callisto Eye's functions can be checked not only on a touch screen monitor but also in real-time through the eyepiece of the Lumera Microscope during the procedure.

LEGION

LEGION

The dual segment technology applied in the FMS of the Legion System reduces fluctuations within the eye, enabling safer surgeries.

Using patented Ozil technology, it reduces heat generation at the incision site, allowing for faster surgeries, which contributes to swift vision recovery.

With the capability for 2.2mm small incision surgeries, it allows for rapid recovery of the incision site while minimizing the risk of post-surgical infection.

Endothelial Cell Examination Device

KPREAN SP9000

The corneal endothelial cell examination device is a non-contact ophthalmoscope that allows for high-magnification observation of endothelial cells inside the cornea without contact.

It provides critical data for vision correction surgeries, intraocular lens insertions, and cataract surgeries by assessing the number and shape of endothelial cells. The average adult has over 2,000 polygonal endothelial cells, which play a vital role in maintaining corneal transparency.

The device measures corneal endothelial cells from five directions, allowing for precise examination from the center to the periphery.

Being non-contact, it enables patients to undergo testing comfortably.

It can identify signs of various diseases such as corneal trauma, corneal edema, and corneal dystrophy, providing accurate insights into the corneal condition pre-surgery.

Examination of endothelial cells before and after surgery for candidates of intraocular lens insertion helps select suitable candidates and ensure safe surgical outcomes.

Wide-Angle Camera (Optomap)

OPTOMAP

Previous similar devices were limited by pupil size, requiring dilation for examinations that could only capture part of the eye (the macula and optic nerve).

For peripheral examinations, dilation was necessary, and 7 to 15 images had to be stitched together in a panoramic manner, which was inconvenient. However, Optomap allows for wide-area diagnosis in a short time without dilation, enabling the simple detection of retinal and choroidal diseases that could only be confirmed through existing precision tests, facilitating early diagnosis and prevention.

Screens the retina up to 200 degrees (80%) without dilation

Capable of discovering retinal diseases that are difficult to detect with existing devices, allowing for early treatment

Provides a 3D actual image of the patient's retinal condition, increasing trustworthiness

Allows for lifelong management of the patient’s eyes through simple retinal examinations after LASIK surgery.

XTRA

XTRA

The Avedro KXL system (XTRA) received KFDA approval in October 2014 as a safe collagen cross-linking system.

It strengthens the cornea weakened either congenitally or post-surgery, proving effective in alleviating keratoconus symptoms and is considered safe.

Unlike previous CXL devices that focused energy unevenly on the corneal center, the KXL system provides uniform energy distribution from the center to the periphery, strengthening corneal tissue evenly.

Lasik/Lasek Xtra® has been consistently performed abroad for several years, with over 80,000 surgeries completed. Avedro KXL has received the CE mark and is in use throughout the EU, as well as approved in Canada, Japan, and Singapore, actively performing surgeries. In this context, the Shinagawa Lasik Center in Japan presented results of over 50,000 Lasik Xtra surgeries at the American Society of Cataract and Refractive Surgery (ASCRS) in 2013, demonstrating long-term stability in corrected vision post-surgery.

In May 2015, at the Avedro Advisory Board held in Zurich, Switzerland, First Samsung Eye Clinic presented on the efficacy and safety of performing collagen cross-linking after LASEK Xtra surgery.

The post-surgical collagen cross-linking provides a lock-in effect on the operated eye, reducing refractive changes and stabilizing vision in the short term compared to regular surgeries. The safe Avedro KXL system approved by KFDA aims for a higher level of safety in vision correction procedures.

PENTACAM

PENTACAM

Pentacam is an advanced precision device developed by the German company Oculus, specializing in ophthalmic examination and diagnostic equipment. It uses a Rotating Slit Scanning Camera system to photograph and analyze the anterior segment, including the front and back of the cornea and the lens.

It measures the patient’s fine eye movements simultaneously in 3D, allowing for more precise and accurate examinations than existing anterior segment imaging devices.

It uniquely describes 25,000 elevation points accurately and measures the patient’s subtle eye movements in 3D simultaneously, providing more precise and accurate examinations than existing anterior segment imaging devices.

SITEMAP

SITEMAP

To conduct personalized vision correction surgeries, Personal Eyes examines refraction, irregular astigmatism, and eye length with high precision.

Wavefront measurement of the eye

Measurement and imaging of corneal structure

Biometric measurements (eye size, corneal curvature, and thickness)

Data measured through the sitemap is directly transmitted to the surgical device EX500, eliminating manual input and additional processes, thereby preventing human errors.

Z8

FEMTO LDV Z8

The Z8 is designed, manufactured, and produced in Switzerland. It uses cutting-edge Ziemer nJoule technology to enable ALL-Laser surgery.

The Cirrus HD-OCT takes images according to the position of the retina based on built-in reference data, ensuring accurate reproduction of previous examinations and providing reliable test results.

The upgraded Z8 boasts various advantages in safety.

OCT image capture and a high-resolution top view camera

Convenient PI docking

Computer-controlled smart vacuum systems

Additional safety devices (hardstop, interlock, etc.)

Allowing for smooth resections without tissue bridges

Reduced inflammatory responses

No occurrence of pupil dilation due to laser use

깔끔하고 정확한 각막 절개를 통해
백내장 수술 중 매끄러운 난시 교정이 가능하며
절개하는 깊이 및 ARC의 길이를 보다 더 정교하게 설정합니다.

CIRRUS HD-OCT

CIRRUS HD-OCT

The CIRRUS HD-OCT is a nerve and retina tomograph that performs comprehensive eye examinations similar to CT scans for the body, enabling early detection of serious eye diseases such as retinal diseases and glaucoma.

The features of OCT examinations include using near-infrared light, allowing for high-resolution cross-sectional images by analyzing the amount of reflected light and time differences based on the properties of tissues, akin to ultrasound principles.

CIRRUS HD-OCT automatically aligns with the retinal position based on built-in reference data for accurate reproduction of previous test results.

It captures high-resolution cross-sections of uniform retinal areas all at once, allowing for detection of even subtle symptoms occurring outside previously known disease areas.

By providing personalized incisions and accurate opacity removal, it resolves cataracts while minimizing corneal damage.

ZEISS Optical Technology
- Achieving high resolution creates clear data, enhancing the reliability of diagnostic results

Efficient examination processes
- 90-degree positioning of the doctor and patient, with an iris dilator incorporated, improving examination environment convenience

Position memory function
- Shooting at the same point each time improves the reliability of disease progression data

EX500

EX500

The EX500 laser employs an eye-tracking feature that incorporates 6D eye movement tracking, accurately detecting eye movements during surgery to reduce errors.

This laser increases both safety and precision by accurately determining where the laser should be applied.