Optical Biometer
- Automatic operation with one finger touch to get all measurements
- Compact Design with built-in computer
- Micron level ensures accurate eye axial length measurement
- Biological progress analysis available
- Built-in thermal printer
What is a Biometer?
The ophthalmic optical biometer is a basic medical device that uses optical technology to measure ocular biological parameters. Its core functions include the precise measurement of parameters such as axial length, corneal curvature, anterior chamber depth, and corneal diameter, providing basic data support for calculating intraocular lens power in cataract surgery.
Non-Contact Biometer
Non-contact measurement technology provides patients with a safe and comfortable experience.
To use our biometer, there is no need to dilate the pupil or compress the cornea, which can cause discomfort to the patient. The possibility of cross-infection and corneal damage is avoided in advance.
Technical Data
| Measuring Range | Axial length | 14~38mm |
| Corneal curvature | 5~11mm | |
| Anterior chamber depth | 0.7-8mm | |
| Lens thickness | 1~10mm(Lens) | |
| 0.13~2.5mm(Intraocular lens) | ||
| Center cornea thickness | 0.2~1.2mm | |
| Cornea white to white | 7~16mm | |
| Pupil diameter | 2~13mm | |
| Curvature range | 180 degree | |
| Accuracy | Axial Length | 0.01mm |
| Corneal curvature | 0.01mm | |
| Anterior chamber depth | 0.01mm | |
| Lens thickness | 0.01mm | |
| Center cornea thickness | 0.01mm | |
| White to white | 0.1mm | |
| Pupil diameter | 0.01mm | |
| Axis of sight eccentricity | 0.01mm | |
| Axis angle | 1 degree | |
| Repeatability | Axial length | 0.02mm |
| Corneal curvature | (1𝞼)+/-30𝝻m | |
| Anterior chamber depth | 0.02mm | |
| Lens thickness | 0.02mm | |
| Center cornea thickness | 0.02mm | |
| White to white | (1𝞼)+/-0.3𝝻m | |
| Curvature difference | ±9 degree |
One-button Operation
One-button operation, automatic alignment, automatic focus, quick acquisition of multiple sets of data
Only one biometer can simplify your workflows. Patients do not need to move to different instruments to measure the required values, which greatly shortens the measurement time. After the value is measured, the IOL calculation can be performed immediately, resulting in a 25% reduction in time required compared to ultrasonic technology.
6 IOL Calculation Formulas
6 IOL calculation formulas to get personalized and accurate calculation results
BinkHorsr-II, Holladay, Hoffer-Q, Haigis, SRK-T, SRK II, 6 IOL calculation formulas built in our optical biometer, of which the Haigis-L formula does not require the calculation of corneal curvature results, avoiding errors in lens degree calculation after corneal refractive surgery
Biometer with High Accuracy and Good Repeatability
Measurements obtained by laser coherence photobiometry demonstrate that the accuracy of our biometer is 5 times that of traditional ultrasound measurements. Good repeatability, convenient for tracking and following up the changes in axial length in myopia prevention and control.
Maxter Biometers Installed in Clinics and Hospitals
Biometer Application
The biometer is an essential device during cataract surgery.
Our optical biometer is very popular in the prevention and control of myopia in adolescents.
Our biometer can also be used for the K value measurement after myopia laser surgery.
Biometer Packed for Shipping
We package and ship our biometers in sturdy corrugated cardboard boxes to protect them from drops and bumps during transportation.
No, it does not need to dilate the patient’s eyes.
The lead time is within 3 working days after receipt of your payment. For bulk orders, please contact us to determine the exact lead time!
For now, I am afraid we can not charge the credit card! You can get in touch with us for more information about payment terms.
