Ophthalmic Equipment

Tomey OA-1000 Optical Biometer

Buy a Tomey OA-1000 Optical Biometer (A-Scan) in excellent working condition. fully tested, calibrated, and maintained to meet high ophthalmic standards

$3,000
Tomey OA-1000 Optical Biometer sale descriptions

Sale Tomey OA-1000 A-Scan Optical Biometer in very good working condition, ready for clinical use for ocular measurements and IOL power calculation.

This Tomey OA-1000 A-Scan has been fully tested, calibrated, and maintained to meet high ophthalmic standards, ideal for cataract surgery planning, IOL power calculation, and ocular biometry. Whether you operate a private eye clinic, hospital, or optical practice, the Tomey OA-1000 delivers dependable performance and cost-effective biometry for routine patient assessments.

Included Accessories:

  • A-Scan probe
  • Power supply cable
  • User manual (digital or printed)
  • Printer or USB data cable
  • Warranty: 30-day functionality guarantee

** The device shows minor cosmetic wear consistent with normal professional use but is otherwise in excellent operational shape.

Tomey OA-1000

The Tomey OA-1000 is an advanced A-Scan ultrasound biometer designed for fast, precise, and reproducible ocular measurements. Manufactured by Tomey Corporation (Japan) — a trusted global brand in ophthalmic instrumentation — this device provides dependable results for axial length, anterior chamber depth, lens thickness, and vitreous length measurements.

The Tomey OA-1000 A-Scan Optical Biometer is commonly used for:

  • Cataract surgery biometry and IOL power calculation
  • Pre- and post-operative refractive evaluation
  • Ocular growth monitoring in myopia and pediatric ophthalmology
  • Routine biometric screening in optical centers or hospitals

This unit allows accurate measurements even in dense cataracts or low visibility conditions where optical biometers like IOLMaster may fail — making it a practical and affordable choice for many eye-care professionals.

Feature Description
Type A-Scan (ultrasound biometry)
Principle Uses high-frequency ultrasound (usually ~10 MHz) to measure distances inside the eye
Measurements Axial length, anterior chamber depth, lens thickness, vitreous length
Display Digital screen showing waveform (spikes corresponding to cornea, lens, retina)
IOL Calculation Built-in IOL power calculation formulas (e.g., SRK II, SRK/T, Holladay)
Probe Contact or immersion probe for higher precision
Mode Automatic and manual acquisition options
Data Output Can store or print data; some models connect to PC or printer
Accuracy Typical axial length precision around ±0.02 mm