Ophthalmic A/B Scan – High-Resolution Ultrasound Diagnostic System
Retiwave-1000
Our advanced ophthalmic A/B scan offers unparalleled precision in ultrasound imaging, ensuring accurate assessments of the eye’s posterior segment. Utilizing high-frequency sound waves, this ocular ultrasonography tool provides detailed views of retinal detachments, vitreous hemorrhage, and dense cataracts or vitreous hemorrhages, making it indispensable for modern ophthalmic practices.
Detailed Posterior Segment Imaging
The A/B scan system excels in visualizing the posterior segment of the eye, including the optic disc, vitreous retina, and posterior vitreous detachment. This high-frequency technology is particularly effective for identifying choroidal nevi and choroidal melanoma, allowing for early detection and treatment planning.
Versatile Ultrasound Imaging
Designed for comprehensive ocular ultrasonography, the A/B scan system can detect intraocular foreign bodies and assess the condition of intraocular lenses. Its ability to penetrate through dense media ensures accurate diagnosis even in challenging cases such as vitreous hemorrhages.
Clinical Applications
- Retinal Detachments: Provides clear imaging of retinal layers, aiding in the diagnosis and management of retinal detachments.
- Optic Nerve: Detailed scans of the optic nerve help in diagnosing and monitoring conditions like glaucoma.
- Choroidal Melanoma: Early detection of choroidal melanoma is possible with high-resolution imaging.
- Posterior Vitreous Detachment: Accurately identifies and monitors posterior vitreous detachments.
Enhanced Diagnostic Capabilities
Our A/B scan ultrasonography is essential for diagnosing a wide range of ocular conditions, from dense cataracts to intraocular foreign bodies. It supports clinicians in making informed decisions with its detailed and real-time imaging capabilities.
By incorporating these advanced features, our ophthalmic A/B scan ensures comprehensive eye and orbit examinations, enhancing patient care and treatment outcomes.
The ophthalmic A/B scan is an essential diagnostic tool for eye care professionals who require precise and reliable ultrasound imaging for both anterior and posterior segment evaluation. As a fully integrated ophthalmic ultrasound A-scan and B-scan system, it provides clinicians with accurate biometry, detailed ocular imaging, and comprehensive diagnostic capabilities in a single platform.
🔍 Advanced Ophthalmic A/B Scan Technology
The ophthalmic A/B scan system combines high-frequency ultrasound with advanced signal processing to deliver exceptional clarity and measurement precision. The A-scan biometry mode offers accurate axial length measurement, essential for cataract surgery planning and IOL calculation. Meanwhile, the ophthalmic ultrasound B-scan mode delivers high-resolution imaging of the vitreous, retina, choroid, and posterior segment—ideal for cases where media opacities limit slit-lamp visibility.
🩺 High-Resolution Ocular Ultrasound Imaging
Designed as a next-generation ocular ultrasound diagnostic system, this device delivers crystal-clear images for conditions such as:
Retinal detachment ultrasound evaluation
Vitreous opacity imaging
Ocular mass ultrasound detection
Posterior segment ultrasound for trauma cases
The high-resolution output makes it an excellent ophthalmic diagnostic ultrasound solution for daily clinical use.
📏 Accurate Biometry and Cataract Surgery Planning
The ophthalmic A-scan function provides highly accurate measurements even in challenging conditions, such as dense cataracts. This enables precise cataract biometry, ensuring reliable IOL calculations. The advanced ocular biometry A-scan algorithm corrects for various ocular pathologies, contributing to superior surgical outcomes.
🌐 Dual-Mode Ophthalmic Ultrasound Scanner
As a complete ophthalmic ultrasound scanner, this system allows seamless switching between:
Ophthalmic ultrasound A-scan (biometric mode)
B-scan ultrasound imaging system (structural mode)
Clinicians can evaluate axial length, anterior chamber depth, and lens thickness while also examining the retina and vitreous in real time.
🛠 Intelligent Imaging Enhancements
The integrated platform includes:
Real-time gain control
Multi-frequency probe options
High-resolution ultrasound transducers
Dynamic focusing and noise-reduction algorithms
This ensures the ophthalmic A/B scan produces consistent results across various clinical conditions.
👁 Comprehensive Ophthalmic Assessment
This advanced ophthalmic imaging system provides full diagnostic coverage for:
Dense cataracts
Vitreous hemorrhage
Choroidal detachments
Tumors & ocular masses
Posterior uveitis
Ocular trauma & foreign bodies
It is also suited for clinics performing ultrasound pachymetry, enabling corneal thickness assessment as part of a full diagnostic workflow.
💻 Integrated Data Management
Our device includes a robust data platform that supports:
EMR integration
DICOM export
Side-by-side imaging comparison
Automated biometry reports
This allows the ophthalmic A/B scan to function as a complete diagnostic workstation.
🏥 Ideal for Modern Ophthalmic Clinics
Whether used in hospitals, surgical centers, or private clinics, the ophthalmic A/B scan delivers:
Faster patient workflow
Reliable imaging in opaque media
Accurate biometric calculations
Superior posterior segment visualization
Its powerful dual-mode capability makes it an indispensable ocular ultrasound technology for comprehensive ophthalmic care.
Ophthalmic A/B Scan code named as Retiwave-1000 a is digital ultrasonic system for ophthalmology. With advanced intelligent digital software the parameters of freezed and stored images could be adjusted voluntarily.Scan A measures data for every part of the eyeball as anterior chamber depth, lens thickness,axial length and so on which are needed in ophthalmic surgeries, and calculates IOL by axial length. Scan B displays profile images of the eyeball clearly and directly. Scanning anatomical formsand nidi inside the eyeball, doctors can diagnose accurately for examination of cataract, vitreousbody disease, ocular trauma, detachment of retina or choroid, macula disease, and intraoculartumor, etc..
| Specifications | |
| A-Scan biometry | |
| Probe frequency: | 10MHz |
| Measuring mode: | contact |
| Measuring range: | over 5mm~40mm |
| Measuring error : | ≤±0.05mm |
| Measuring type: | length of optic axis, automatic calculation, result analysis |
| Image freezing: | auto, auto+preservable, manual |
| Intraocular lens Implantation (IOL) formula: | SRK-T, SRK Ⅱ, HOLLADAY, BINKHORST-Ⅱ, HOFFER-Q, HAIGIS |
| Gain: | 20~110dB |
| Time gain adjustment : | 0~30dB |
| B-scan Patterns | |
| Probe frequency: | 10MHz |
| Probing depth: | ≥50mm |
| Axial Resolution: | ≤0.2mm |
| Lateral resolution: | ≤0.3mm |
| Gain adjustment: | 20~110dB |
| Time gain adjustment: | 0~30dB |
| Operation mode: | eyecup, gel, aqueous capsule |
| Post-processing measuring tools: | area, length, mark and annotation |
| Review: | 100 images available |
| Others | |
| Size： | 340mm(L) x 320mm(W) x 115mm(H) |
| Weight: | 10kg |
| Power supply: | 100~240V 50/60V |