NIDEK AL-Scan Optical Biometer

Sale NIDEK AL-Scan Optical Biometer, in excellent cosmetic and operational patient-ready condition.

This NIDEK AL-Scan undergoes complete functionality testing, optical calibration, and certification to ensure it’s ready for clinical use of modern cataract and refractive surgery planning. Sold as is with 12-month warranty and 14 days money back guarantee

Includes:

• NIDEK AL-Scan Automatic Optical Biometer
• Power cord and operator manual
• Built-in printer
• USB output cable
• Protective cover
• Calibration verification report

NIDEK AL-Scan Optical Biometer 

The NIDEK AL-Scan is a fully automatic optical biometer engineered to deliver quick, precise, and user-friendly biometry measurements. It combines the latest optical interferometry technology with intuitive automation, enabling eye care professionals to perform axial length, corneal curvature, and anterior chamber depth measurements in seconds.

With its one-touch operation, AL-Scan enhances workflow efficiency in busy ophthalmic practices and ensures high repeatability—essential for accurate IOL (Intraocular Lens) power calculation before cataract surgery.

Features:

• 3-D Auto Tracking and Auto Shot with the introduction of the AL-Scan, NIDEK continues its tradition of providing user friendly equipment. The AL-Scan is so intuitive that personnel require little to no training for obtaining measurements.
• The AL-Scan provides sectional lens image, pupil image, and reflected image of double mire rings projected onto the cornea, which enables the operator to observe the anterior segment.
• The sectional lens image assists in the evaluation of the severity of the cataract. The pupil image assists in the assessment for multifocal IOL.
• The reflected image of mires rings assist in detecting an irregular corneal surface.
• 10 seconds to measure 6 values
• Ability to measure eyes with even dense cataract
• Optional built-in ultrasound biometer.
• Anterior segment observation with imaging of lens, pupil, and double mire rings
• IOL calculation with its own measured values