Oogheelkunde AB Echografie Diagnostische Apparaten (AB)

Ons bedrijf heeft alle onafhankelijke intellectuele eigendomsrechten voor dit product en heeft een aantal patentcertificaten verkregen. Het product heeft het nationale toonaangevende en internationale geavanceerde niveau bereikt in de meetnauwkeurigheid, meetfout en B-scan-beeldkwaliteit van de A-echografie, met name de klinische toepassing, die intelligenter en menselijker is. De producten worden gebruikt in ziekenhuizen over het hele land en worden unaniem geprezen.


Productomschrijving

De apparatuur heeft de volgende kenmerken:

Ten eerste is het diagnostische instrument licht en compact, met een ultrabreed spanningsbereik van 90V-264V en 50/60Hz, dat zich kan aanpassen aan verschillende complexe situaties.

Ten tweede is de A-ultrasone meetwaarde nauwkeurig en is de meetnauwkeurigheid 0,02 mm; gebruikt in ziekenhuizen zoals het Western Theatre Hospital in Chengdu, het Sichuan Armed Police Corps Hospital en het Yibin First People's Hospital, ontving het personeel van de aftersalesservice de leraren die door deze ziekenhuizen werden gebruikt toen ze een terugbelverzoek betaalden. Volgens de gegeven feedback werden de meetresultaten van de AB-echografie en de A-echografie tegelijkertijd vergeleken met de werkelijke meetresultaten van de IOL-master en lenstar900, en de fout was binnen 0,02 mm. Bij het ontmoeten van speciale patiënten, zoals patiënten met dichte cataracten, is de supernauwkeurigheid van de machine A van ons bedrijf ook aanzienlijk hoger dan die van andere vergelijkbare machines. De machine van ons bedrijf maakt gebruik van geavanceerde verwerkingstechnologie en algoritmen bij de verwerking en identificatie van A-echografie-echo's. De echogevoeligheid is hoog, de breedte is smal en het kan op intelligente wijze de voorste kamer, lens en netvlies identificeren.

Als de voorste oogkamer en de lensecho niet nauwkeurig kunnen worden geïdentificeerd bij het meten van compact cataract, bijvoorbeeld als de voorste oogkamer wordt gemeten met 2 mm minder lens en 2 mm meer lens, zult u voelen dat de totale axiale lengte in feite niet is veranderd (2 /1532*1661-2=0,17), Vanwege het verschil in geluidssnelheid kan de uiteindelijke impact op de lengte van de oogas 0,1-0,2 mm bedragen.

Second, the intelligent recommendation function of IOL calculation formula: the instrument automatically recommends SRKT (selected when the long eye axis, eye axis length ﹥25mm), HOFFER-Q (short eye axis, when the eye axis length ≤ 20mm according to the measurement result of the eye axis length Choose), HOLLADAY (normal eye axis, 20mm <when ​​the eye axis length is less than 25mm), the appropriate one of the three formulas and SRK-Ⅱ will calculate the degree of intraocular lens at the same time for doctors to choose. Doctors can also choose one of the five formulas of SRKT, BINKHORST, HOFFER-Q, HOLLADAY, HAIGIS, and SRK-Ⅱ formula to calculate the intraocular lens power at the same time according to their own experience. This feature is our company's first recommendation.

Third, when the measurement error of A-scan is too large, the array will automatically retest. When encountering a more special patient, such as: vitreous turbidity and severe bleeding, the turbidity point and the bleeding point are on the visual axis, and the echo amplitude and position meet the automatic freezing conditions. At this time, the A-scan will use this point as The retinal echo causes a large deviation in the array. If the testing doctor is negligent or is unfamiliar with the use of the instrument and does not manually delete the set of data, the patient may experience excessive deviation in the degree after surgery. In order to avoid this situation, after 9 sets of data measured by our company's A-ultrasound, it is immediately compared with the average value. When there is a large error in one or several sets of measurement data, the system will automatically mark the array with large error and alarm. Measure the marked data. This function is currently only available in our company.

Fourth, the B-ultrasound image is clear, fully digitalized, and the signal is rich and delicate.

Fifth, B-ultrasonic frequency conversion launch, real-time comparison. The transmitting frequency of the B-ultrasound probe can be adjusted in real time from 8MHz to 11MHz. This technology has obtained a national invention patent.

Sixth, B-ultrasound probe drive adopts all-digital subdivision drive circuit, 256 steps, one-step transmission, the drive is more stable, the position accuracy is higher, and the sound and vibration are smaller. This technology has applied for a national invention patent.

Seventh, the detection depth can be adjusted in real time during B-scanning, and the image can be zoomed in and out in real time, so that the doctor can better observe the small lesions.

Eighth, 256 movies are played back frame by frame, and the playback images can be frozen at any time, and screenshots can be selected frame by frame. It is convenient to select and save the typical case map.

Ninth, with the computer and SDK180 operating software, it can realize the operation of saving, recalling and printing cases.

Product Advantages

Intelligent recommendation of IOL calculation formula

Real-time adjustable detection depth

Real-time comparison of frequency conversion transmission

Add dedicated calibration mode

Built-in PC case management system

12-inch high-definition LCD display

Technical Parameter

Ultrasound B:

Nominal frequency of B-mode ultrasound probe:

10MHz

Detection depth:

≥50mm. The depth range from 20mm to 65mm is adjustable in 10 levels, and the detection depth of each level is increased or decreased by 5mm

Axial (longitudinal) resolution:

≤0.2mm

Lateral (transverse) resolution:

≤0.4mm

Blind area:

≤3mm

The axial (longitudinal) geometric position accuracy is:

≤5%

The lateral (transverse) geometric position accuracy is:

≤10%

The cross cursor can be used for distance measurement. When the detection depth is changed from 20mm to 65mm in ten steps, the step distance of the cursor changes from ±0.04mm to ±0.14mm, and the step distance is not more than ±0.14mm.

B, B+B, B+A three modes are available

The total gain is continuously adjustable from 45dB to 105dB

Transmit pulse frequency 8MHz, 9MHz, 10MHz, 11MHz four gears adjustable

TGC time gain compensation is adjustable in 8 segments

256-frame B-mode ultrasound image continuous movie playback, frame by frame selection

Ultra A:

Nominal frequency of A-type ultrasound probe:

10MHz

Measuring range of eye axis length:

15 mm≤AL≤38mm

Measurement error of eye axis length:

≤±0.05mm

Effective display digits of eye axis length:

Eye axis length measurement shows two digits after the decimal point

Automatic measurement, continuous measurement, manual measurement three measurement methods, error ≤±0.05mm

SRK-Ⅱ, SRKT, BINKHORST-Ⅱ, HOFFER-Q, HOLLADAY, HAIGIS six kinds of artificial lens calculation experience formula

Five biological measurement modes: normal eye (NORM), intraocular lens (P-PH), dense cataract eye (CATA), aphakia (APHA), silicone oil eye (SIOE)

With dedicated calibration mode (CORT)

Array delete, array retest, automatic average function

Manual correction function for A-mode ultrasonic echo calibration

Adjustable height freezing reference of A-type ultrasonic sampling line

A-mode ultrasonic measurement error is too large, automatic re-measurement

Others: rated working voltage 100V-240V±10%, 50/60HZ voltage range can be used, adapt to various environments


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