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Ophthalmic A-Scan & P-Scan Ultrasound Biometer NEUYZ08
$3,970.00
- Compact and accurate ophthalmic ultrasound biometer with dual A-scan (10MHz) and P-scan (20MHz) probes.
- Measures axial length, anterior chamber depth, lens thickness, and more with ±0.05mm precision.
- Supports multiple IOL formulas, macula lutea trace, and real-time waveform display.
- Ideal for comprehensive eye diagnostics.
NEUYZ08 Ophthalmic A-Scan & P-Scan Ultrasound Biometer
The NEUYZ08 is a high-performance ophthalmic ultrasound system equipped with both A-scan and P-scan probes, offering reliable and precise biometric eye measurements for various clinical applications.
A-Scan Probe Specifications:
• Frequency: 10MHz imported small-size probe with built-in luminotron
• Measurement Range: 15mm – 40mm
• Precision: ±0.05mm
• Measurement Capabilities: Anterior chamber depth, lens thickness, vitreous length, total axial length, and average values
• Macula Lutea Trace Function: Enables accurate tracking for better consistency
• Measurement Methods: Immersion and contact techniques
• Eye Modes: Phakic, Aphakic, Dense Cataract, and multiple IOL conditions
• IOL Calculation Formulas: SRK-II, SRK-T, Binkhorst-II, Holladay, Hoffer-Q, Haigis
• Data Management: Name & ID input, easy case review
• Storage: Up to 10 cases, 5 readings per case
• Output: A-scan waveform display and printable IOL calculation sheet
P-Scan Probe Specifications:
• Frequency: 20MHz with a 45° angled probe for improved ease of use
• Resolution: High resolution at 5μm
• Measurement Range: 150μm – 1500μm
• Display Modes: SINGLE mode and MAP mode for flexible diagnostics
• Ultrasound Waveform Display: Visible during measurement for better interpretation
• Measurement Method: Each group is the average of 20 readings
• IOP Adjustment: Switch between measured intraocular pressure and actual value
• Data Input: Patient name, ID, and operator name for streamlined workflow
Applications:
Ideal for ophthalmology clinics, hospitals, and vision care centers needing fast, reliable, and detailed ocular biometry and anterior segment imaging.
