Biotech Fluorescein Sodium Ophthalmic Strips are sterile, single-use diagnostic strips designed for ophthalmic examinations and clinical procedures. Each strip is impregnated with 1.0 mg of fluorescein sodium, providing consistent dye application for accurate ocular surface assessment and diagnostic evaluation.

Supplied in boxes of 100 sterile strips, they are commonly used during applanation tonometry and for evaluating contact lens fitting, assisting eye care professionals in routine clinical examinations.

The Crystalvue NFC-700 is a fully automatic non-mydriatic retinal camera designed for efficient fundus imaging in ophthalmic screening and diagnostic workflows. It enables fast, high-quality retinal image acquisition with minimal operator input, supporting consistent and reliable clinical results.

The system features automatic 3D tracking and autofocus, allowing retinal images to be captured with a single tap on the pupil. Its full auto-shoot function reduces examination time, improving workflow efficiency for clinicians while enhancing patient comfort during imaging.

The NFC-700 is equipped with a large 10.1-inch touchscreen interface, providing intuitive control and clear visualization of captured images for accurate review and assessment.

It also supports multi-image mosaic stitching, allowing a wider retinal field of view for improved peripheral assessment. Built-in image processing filters, including red-free, negative, RGB, and grayscale modes, further enhance diagnostic visualization.

The Crystalvue NFC-600 is a portable non-mydriatic automatic retinal camera designed for flexible retinal imaging in mobile clinics, remote screening programs, and telehealth applications. It delivers high-quality fundus images in a compact and transportable format, supporting efficient ophthalmic screening outside traditional clinical settings.

The system is designed for mobility, with a detachable head and body structure that allows easy transport and rapid setup. An optional custom carrying case further enhances portability, making it suitable for outreach programs and mobile eye care services.

The NFC-600 also includes built-in image processing filters, including red-free, negative film, RGB, and grayscale modes, allowing clinicians to enhance retinal visualization for different diagnostic and documentation needs.

The Haag-Streit BQ 900 is an advanced slit lamp system designed for high-precision ophthalmic examination, offering enhanced optical performance, versatility, and ease of operation. It is widely used in specialist clinical environments requiring detailed slit lamp microscopy and advanced imaging capabilities.

The system features a modular design that supports simultaneous video and still image capture using either professional or consumer-grade cameras. This enables flexible clinical documentation and teaching applications.

A range of optional accessories extends the functionality of the BQ 900, including a teaching scope, inclined eyepieces, and a stereo variator designed for improved depth perception in retinal evaluation. The system is also compatible with a Goldmann applanation tonometer, enabling accurate intraocular pressure (IOP) measurement as part of a complete anterior segment examination setup.

The Haag-Streit Eyesi Indirect Ophthalmoscope is an advanced augmented reality simulator designed for structured training in binocular indirect ophthalmoscopy. It provides a safe, controlled environment for developing diagnostic skills in retinal examination, supported by a comprehensive library of clinically relevant ophthalmic pathologies.

The simulator replicates the full functionality of a real indirect ophthalmoscope using a patient model head, interchangeable lenses, and a head-mounted stereo display. Trainees view a real-time, 3D-rendered simulation of the retina and must correctly position the examination lens to perform a complete fundus evaluation.

The Haag-Streit Eyesi Surgical is a high-end virtual reality simulator designed for intraocular surgery training, supporting both cataract and vitreoretinal procedures. It provides a structured, risk-free environment for developing and refining microsurgical skills across a wide range of ophthalmic surgical techniques.

The Eyesi platform can be configured with dedicated interfaces for cataract surgery and vitreoretinal surgery, enabling progressive training from basic instrument handling to advanced procedure simulation and complication management. It is widely used in residency programs to support competency-based surgical education.

The Haag-Streit Eyestar 900 Swept-Source OCT is an advanced swept-source OCT biometer designed to streamline cataract diagnostics, surgical planning, and refractive assessment in modern ophthalmic practices. Combining high-speed imaging with comprehensive anterior and posterior segment analysis, the Eyestar 900 delivers precise measurements for enhanced clinical confidence and workflow efficiency.

Powered by swept-source OCT technology, the system provides detailed cornea-to-retina imaging, accurate axial length measurements, corneal topography, pachymetry mapping, and precision keratometry in a single platform. High-resolution cross-sectional imaging supports comprehensive ocular evaluation while improving patient assessment before cataract and refractive procedures.

The integrated Cataract Suite offers excellent cataract penetration and advanced diagnostic capabilities including anterior and posterior corneal topography, dual-zone keratometry, pachymetry analysis, lens tilt assessment, and Zernike wavefront-based vision simulation. These tools help clinicians optimize surgical outcomes and improve patient communication during IOL consultations.

With the built-in EyeSuite IOL platform, the Eyestar 900 simplifies intraocular lens planning using advanced calculation formulas such as Barrett, Hill-RBF, and Olsen. The software also supports toric IOL planning with posterior corneal measurements, intuitive surgical sketches, and post-refractive calculation methods for patients with or without clinical history data.

Designed for busy eye clinics and surgical centers, the fully automated Eyestar 900 enables fast bilateral measurements in approximately 40 seconds. Its compact footprint and delegation-friendly workflow improve efficiency while maintaining exceptional diagnostic accuracy.

The HEINE ML4 LED HeadLight is a lightweight surgical headlight designed to provide bright, shadow-free illumination and long-lasting comfort during clinical examinations and surgical procedures.

Widely used across multiple medical and surgical specialties, the ML4 LED HeadLight combines HEINE LEDHQ illumination with ergonomic headband design for reliable visualization during extended procedures. Its coaxial illumination system delivers uniform lighting and improved visibility in difficult-to-access examination areas.

With adjustable spot size, stepless brightness control, and flexible battery options, the ML4 supports efficient workflow and comfortable daily clinical use.

The Huvitz HPE-810 Patternless Edger is a high-performance optical edging system designed to deliver exceptional stability, precision, and processing efficiency for modern optical laboratories.

Engineered for advanced lens processing applications, the HPE-810 supports accurate edging for fashionable frames, unique lens shapes, and demanding eyewear designs. Combining powerful processing performance with intelligent edging technologies, the system helps improve workflow efficiency while maintaining high-quality finishing results.

Designed for optical professionals seeking speed, flexibility, and precision, the HPE-810 provides reliable performance for a wide range of lens processing requirements.

The Huvitz HRK-1 Auto Ref/Keratometer is an advanced auto refraction and keratometry system designed to deliver fast, stable, and accurate ocular measurements for modern eye care practices.

Featuring Huvitz’s Smart Assembly Moving Control (SAMC) technology and a high-performance light source, the HRK-1 automatically adjusts measurement positioning according to the patient’s refractive condition for improved signal stability and measurement accuracy. The system supports efficient workflow through intuitive alignment functions, color imaging capabilities, and contact lens fitting assistance.

Designed for optometry and ophthalmology practices, the HRK-1 combines reliable measurement performance with user-friendly operation and enhanced clinical workflow.

The Meridian Medical MR Q YAG Laser is a fully integrated Nd:YAG laser system designed to deliver precise, reliable, and efficient ophthalmic laser treatments.

Combining advanced laser technology with high-quality European precision optics, the MR Q provides excellent treatment accuracy and dependable clinical performance. Its super Gaussian mode laser profile supports smooth and controlled energy delivery, while integrated internal power meters continuously monitor output energy to enhance treatment safety and consistency.

Built with a durable high-grade aluminum mono-block housing and a fully functional LED slit lamp system, the MR Q offers both solid construction and comfortable clinical workflow for a wide range of ophthalmic laser procedures.

The Neitz IO-Vega Binocular Indirect Ophthalmoscope is designed to deliver exceptional fundus visualization through advanced optical engineering, lightweight construction, and intuitive operation. Combining high-quality optics with a compact, ergonomic design, the IO-Vega enables clinicians to perform retinal examinations with enhanced clarity, precision, and comfort.

Engineered around a philosophy of optical excellence, the IO-Vega utilizes optimized lens geometry and specialized multi-layer anti-reflective coatings to minimize reflections, ghosting, and flare while maximizing light transmission. The result is a clear, high-contrast retinal view that supports accurate diagnosis of even subtle abnormalities. A wide illumination range from below 10 lux to 1,700 lux, combined with PWM-controlled lighting, provides smooth, flicker-free brightness adjustment while minimizing patient discomfort.

Manufactured using precision CNC machining and high-quality materials including optical glass, aluminum, magnesium, stainless steel, and advanced engineering plastics, the IO-Vega is built for long-term reliability and consistent performance. Every unit undergoes meticulous optical alignment and quality inspection to ensure stable illumination, precise visual axis alignment, and dependable clinical performance.

Norlase ECHO Green Pattern Laser Photocoagulator is an ultra-compact pattern laser system designed to attach directly to compatible slit lamps, making retinal and glaucoma laser treatment more accessible, portable, and flexible.

Powered by advanced Micro-Electro-Mechanical System (MEMS) technology, ECHO delivers the capabilities of pattern scanning laser treatment in a highly compact form factor. Its integrated fiberless design eliminates bulky laser consoles, external fiber cables, and dedicated laser tables, enabling clinicians to perform treatments in virtually any examination room.

The system combines Norlase’s compact laser engine with industry-first MEMS pattern technology, offering a wide range of selectable laser patterns for efficient and precise treatment delivery. Wireless controls and voice-command functionality further streamline workflow and enhance ease of use during procedures.

High-clarity safety filters with proprietary coating technology provide enhanced retinal visualization throughout laser treatment sessions.

Norlase LION Green Laser Indirect Ophthalmoscope is the first laser indirect ophthalmoscope to integrate a built-in laser source, self-contained fiber optics, and a completely untethered design into a lightweight wearable platform.

Designed to improve workflow and portability, LION combines treatment flexibility with advanced ergonomics, allowing physicians to perform retinal laser procedures anytime and anywhere without relying on a bulky external console or fiber optic cable.

Its ultra-compact laser technology is integrated directly into the headset and powered through a battery housed in the footswitch, creating a highly portable all-in-one treatment solution. Wireless controls and industry-first voice command functionality further streamline operation and allow clinicians to adjust parameters while remaining focused on the patient.

Superior optics provide enhanced retinal visualization for efficient diagnosis and treatment, while the untethered architecture minimizes movement restrictions and reduces dependency on external hardware.

Norlase LEAF Ultra-Compact Green Laser Photocoagulator is a space-saving laser system designed for the treatment of retinal and glaucoma diseases.

Its ultra-compact integrated design allows the entire laser unit to mount directly onto an existing slit lamp, eliminating the need for bulky consoles, carts, or dedicated counter space. This enables clinicians to perform laser procedures in almost any examination room with minimal setup time and reduced space requirements.

LEAF’s fiberless architecture removes external fiber optic cables commonly associated with conventional laser systems, helping reduce maintenance requirements and minimizing costly service interruptions. Wireless tablet controls and advanced voice-command functionality further enhance workflow efficiency and ease of operation during treatment.

The system also incorporates high-clarity safety filters with proprietary coating technology to provide enhanced visualization throughout laser procedures.

The Norlase LYNX is a portable laser indirect ophthalmoscope (LIO) featuring integrated pattern scanning technology directly within a lightweight, untethered headset. Unlike conventional systems that rely on external consoles and fiber connections, LYNX incorporates both the laser source and scanning mechanism into the headset itself, enabling flexible retinal laser treatment wherever it is needed.

Designed to improve efficiency, mobility, and user comfort, the LYNX combines advanced pattern laser technology with a compact, battery-powered platform. Its portable design allows clinicians to deliver precise retinal treatments while maintaining a streamlined workflow in clinics, hospitals, and outreach settings.

The Optomed Aurora IQ Handheld Fundus Camera combines portability, ease of use, and high-quality retinal imaging in a compact non-mydriatic handheld device. Designed for efficient retinal screening and documentation, the Aurora IQ delivers clinically validated retinal and anterior segment imaging without compromising image quality.

The system features Optomed’s patented High-Contrast Optical Design, which enhances the visibility of subtle retinal vascular changes by improving contrast between retinal structures. This advanced optical concept supports clearer visualization and improved image detail for retinal assessment and screening applications.

For streamlined workflow and rapid screening, the Aurora IQ includes optional AI-assisted analysis that delivers screening results directly on the device display. The handheld design enables flexible imaging across clinics, screening programs, hospitals, and remote care environments while maintaining efficient operation and patient comfort.

Automatic imaging functions further simplify operation by minimizing manual adjustments and allowing clinicians to begin imaging immediately.

The Reichert Tono-Pen AVIA Applanation Tonometer is a handheld tonometry device designed to provide fast, accurate, and reliable intraocular pressure measurements in a wide range of clinical environments. Featuring Quick-Tap® Measurement Mode, the Tono-Pen AVIA delivers increased confidence with fewer measurements while maintaining ease of use and portability.

The device is calibration-free and always ready to use, combining an ergonomic handheld design with a long-life battery capable of supporting thousands of measurements. A built-in statistical confidence indicator helps support measurement reliability during glaucoma screening and routine eye examinations.

Designed and assembled in the USA, the Tono-Pen AVIA is trusted worldwide for portable and efficient applanation tonometry.

The Reichert Tono-Vera Tonometer is an advanced handheld rebound tonometer designed to provide precise, objective, and repeatable intraocular pressure measurements with enhanced ease of use. Featuring the patented ActiView™ Positioning System, Tono-Vera utilizes a full-color guided alignment interface to help users accurately position the device at the apex of the cornea for reliable IOP readings.

Using gentle rebound tonometry technology, the Tono-Vera eliminates the need for topical anesthetic and automatically captures measurements once proper alignment is achieved. The system provides results in as few as three measurements, with intuitive color-coded indicators to display measurement reliability and confidence.

The Remidio Handheld Fundus Camera FOP NM-10 is a portable non-mydriatic retinal imaging solution designed for quick, comfortable, and efficient fundus photography. Built for ease of use in both clinics and outreach settings, the Fundus on Phone (FOP) system captures high-quality retinal images without requiring pupil dilation in many patients.

Its handheld design enables flexible image acquisition, while the ability to capture up to eight retinal fields supports wide retinal coverage exceeding standard ETDRS seven-field montage imaging. The device can also be mounted on a chinrest or existing slit lamp setup for enhanced stability and workflow integration.

The Remidio PSL D20 Handheld Portable Slit Lamp is a compact anterior segment imaging device designed to deliver comprehensive eye examination capabilities in a portable format. The PSL D20 enables diffused, fluorescence, and slit illumination imaging to support detailed anterior segment assessment in clinics, screening programs, and mobile eye care settings.

Designed for fast and efficient examinations, the PSL D20 captures anterior imaging in less than a minute while offering adjustable slit width and slit angle controls similar to a traditional slit lamp for enhanced visualization and depth perception.

The Remidio Instaref R20 is a lightweight handheld autorefractometer designed to provide fast, accurate, and portable refractive error measurements with minimal training required. Utilizing advanced Shack-Hartmann wavefront aberrometry technology, the Instaref R20 delivers precise objective refraction results comparable to conventional desktop autorefractors.

Its compact 450 g handheld design, intuitive interface, and audible tilt warning system support highly repeatable measurements and simplified operation in both clinical and mobile screening environments. The Instaref R20 rapidly captures multiple readings per eye and computes final results within seconds to support efficient patient workflow.

The Soniquence SmoothWave i200 Generator is a high-frequency radiofrequency surgical system designed to provide exceptional precision, versatility, and safety during delicate medical, dental, and veterinary procedures. Combining 4.0 MHz monopolar and 1.7 MHz bipolar radiofrequency technology in a single platform, the SmoothWave i200 delivers smooth tissue cutting with simultaneous coagulation while minimizing unintended thermal damage to surrounding tissue.

Its proprietary waveform technology supports precise surgical performance with reduced heat spread, contributing to improved healing quality, reduced scarring, and lower risk of surgical complications.

The Soniquence SmoothWave i100 Generator is a radiofrequency surgical platform designed to deliver precise cutting, coagulation, and tissue management for medical, dental, and veterinary procedures. Combining 4.0 MHz monopolar and 1.7 MHz bipolar radiofrequency technology in a compact system, the SmoothWave i100 utilizes proprietary waveforms to achieve smooth cutting with simultaneous coagulation while minimizing thermal damage to surrounding tissues.

Designed for delicate surgical applications, the SmoothWave i100 supports improved healing outcomes, reduced scarring, and enhanced procedural efficiency compared to conventional cautery and laser techniques.

The Sonomed VuMAX HD Ophthalmic Ultrasound is a premium ophthalmic ultrasound imaging platform designed to deliver exceptional UBM and B-scan image quality for advanced anterior and posterior segment evaluation. Featuring an intuitive user interface, ultra-high-resolution display, and proprietary Enhanced Focus Rendering technology, the VuMAX HD supports precise diagnostics, image review, measurements, and biometric analysis in a streamlined workflow.

The system combines advanced imaging capabilities with time-saving features such as searchable patient databases, real-time video replay, frame-by-frame review, scan annotations, and integrated biometric calculations for comprehensive ophthalmic imaging and analysis.

The Sonomed VuPad Ophthalmic Ultrasound is a portable ophthalmic ultrasound platform designed to deliver exceptional imaging quality and diagnostic versatility in a compact, touchscreen-based system. Supporting A-scan, B-scan, UBM, and pachymetry configurations in any combination, the VuPad enables advanced ophthalmic imaging across a wide range of clinical applications.

Featuring an intuitive multi-touch interface, smartphone-inspired controls, and proprietary Enhanced Focus Rendering technology, the VuPad combines portability with high-performance imaging for efficient and accurate ophthalmic diagnostics.

The Syseye RetiCam 3100 Plus is an ultra wide-field non-mydriatic fundus camera designed to deliver fast, high-quality retinal imaging with minimal operator intervention. Its one-key operation workflow automatically performs binocular image capture, pupil detection, focusing, alignment, exposure adjustment, and working distance optimization to streamline examinations and improve clinical efficiency.

Featuring a 176° ultra wide-field single-image capture angle and high-definition true-color imaging, the system provides comprehensive retinal visualization for accurate diagnosis and documentation. Advanced soft exposure technology helps reduce pupil constriction and improve patient comfort, while the AI intelligent positioning system enables rapid fundus localization and faster image acquisition.

The integrated image analysis software includes image enhancement tools, lesion assessment capabilities, and cup-to-disc ratio analysis, supporting efficient screening and disease monitoring workflows.

The TowardPi YalkAid OCT (YG-100K) is a high-speed full-range swept-source OCT system designed for comprehensive anterior and posterior segment imaging using a single device. Utilizing next-generation 100kHz swept-source OCT technology, YalkAid delivers detailed visualization of ocular structures with exceptional scan depth and high-resolution imaging performance.

Its advanced full-range swept-source technology enables imaging depths of up to 6 mm for the vitreous, retina, and choroid, and up to 14 mm for anterior segment structures. Combined with a 3.8-micron optical resolution and 1060 nm wavelength, the YalkAid supports enhanced imaging performance in patients with cataracts and vitreous opacities while minimizing fixation distractions during examination.

The system also supports wide-area 16 mm line scans and 12 mm 3D/OCTA scans, offering broader imaging coverage compared to conventional SD-OCT and standard SS-OCT systems. Equipped with comprehensive quantification and analysis tools, YalkAid supports both clinical diagnostics and ophthalmic research applications.

The TowardPi BMizar OCT (BM-400K) is an ultra-high-speed full-range swept-source OCT and OCTA system designed for advanced anterior and posterior segment imaging. Built around a powerful 400 kHz swept-source OCT engine, the BMizar delivers exceptional imaging speed, wide-field coverage, and high-definition visualization for comprehensive ophthalmic diagnostics and research.

Expanding upon the capabilities of the YalkAid platform, the BMizar combines advanced optical design with high-resolution OCT angiography to provide detailed imaging of the retina, choroid, and anterior segment structures. Its ultra-wide imaging capability enables up to 24 mm OCTA scanning within approximately 15 seconds, supporting efficient evaluation of complex retinal and vascular conditions.

The system is particularly suited for the diagnosis and management of diseases such as diabetic retinopathy (DR), retinal vein occlusion (RVO), and retinal artery occlusion (RAO). BMizar also features a wide dioptric adaptive range, enabling OCT and OCTA imaging for small animal research applications without requiring additional lenses.

The Tracey Technologies iTrace is an advanced 5-in-1 ophthalmic diagnostic system designed to provide a comprehensive evaluation of a patient’s visual function through a single scan. Combining wavefront aberrometry, autorefraction, keratometry, pupillometry, and corneal topography within one platform, the iTrace enables clinicians to analyze multiple optical parameters efficiently while improving surgical planning and patient outcomes.

Powered by patented ray-tracing technology, the iTrace uniquely separates the visual contribution of the cornea from the internal optics of the eye. This advanced capability provides physicians with a deeper understanding of the factors affecting a patient’s vision, supporting more accurate diagnosis, treatment selection, and refractive or cataract surgery planning.