ODM-2100 Ultrasonic A/B Scanner for Ophthalmology
Clinical ApplicationThis product is intended for ophthalmological ultrasonic diagnosis and AL biometric measurement.ComponentsThe instrument consists of: main unit, 10MHz mechanical sector B probe, 10MHz A mode biometricprobe,built-invideomonitorandfoldablekeypad.
Specifications:B ScanUltrasonicfrequency:10MHz.
Scanningmethod:mechanicalsectorscan.
Gaincontrol:0~98dB.
TGC:-30dB~0dBdynamic,manuallyadjusted(5scopes).
Displaymode:B,B+B,B+A,A.
Scanningscope:depth34mm~60mm,scanningangle:53º.
Resolution:axial(0.2mm,lateral(0.4mm.
Accuracyofgeometricalposition:axial(5%,lateral(10%.
Pixelcapacity:64×640×512×8bits.
Numberofimagesaved:8.
Dynamicreview:5.6sec/56images,singleormultiple.
Grayscale:256.
Pre-imageprocessing:frameeven.
Post-imageprocessing:4groupsofcurves(liner,logarithmic,exponentialandS). Electroniccaliper:electroniccursorformultipledistancemeasurement,
accuracynotlessthan0.25mm.
Areameasurement:accuracynotlessthan0.0625mm2.
Fullscreentextlabeling.
DelayedDepthControl:0mm~15mm.
Built-inCalendar&Clock:Mm-Dd-Yy,Hour-Min.
Patientinformationinput:name,sex,age.
Continuous scanning will be stopped automatically to protect the probe if it is over 10 minutes. 30 minutes of power on but unused will lead to screen safeguard, which prolongs life of monitor.Pressanykeytorecover.
A ScanUltrasonicfrequency:10MHz.
Biometryaccuracy:≤(0.06mm.
Resolution:0.01mm.
Measuringscope(AL):15~39mm.
Totalgain:98dB,useradjustablegainscope:0~55dB.
Measuring parameter: anterior chamber depth, lens thickness, vitreous length and axial length.
Measuringmode:5(normal,aphakic,special,densecataract,manualmeasuring).
Measuringmethod:immersionandcontact.
IOL calculation: SRK-T, SRK-II, BINK-II, HOLLADAY, HOFFER-Q, HAIGIS. Any two calculationscanbecomparedanddisplayedonthesamescreen.
Calculationof8groups'averagewithstandarddeviation(S.D.).
50groupsofresultssavedpermanently.
4groupsofIOLconstantscanbesaved
Certificate:CFDA,CE,FDAAccessories: B Probe of 20MHz;Eye cup;Immersion Shell;Trolley;Video Printer;