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ODU 5 optical instruments ultrasonic scanner

ODU5 technic parameter.pdf

Tel:0086-15800365864
Fax: 0086-21-61178155
E-mail:info@shtopview.com
Address:6F BUILDING NO.1 JIWEN RD NO.588. BAOSHAN DISTRICT,SHANGHAI,CHINA

ODU 5 optical instruments ultrasonic scanner

Ophthalmic A/B scan ODU5

General Parameter:
1. Adopt ARM9 Embedded Control Systems, FPGA signal processing system and elaborate selected ultrasonic hardware system..
2. 10.4 inch high resolution LCD screen.
3. Menu operation Language: Chinese/English.
4. Double probe sockets.
5. A mode probe: 10MHz, imported probe with fixation light.
6. B mode probe: 10MHz, imported transducer.
7. Display mode: B, B/B, 4B, B/A, A.
8. Gains range: 0--120dB.
9. Dynamic range: 30-100dB, visual and adjustable.
10. Gray: 256.
11. Intelligent TGC adjustment: 8 segments.
12. Build-in D disk: 4GB, save mass data, images, reports, etc.
13. Report function: print screen, IOL report, case report with picture, etc.

A scan parameter:

Resolution	0.01mm
Gain adjustable	0-120dB
Measurement range	12-43mm (1640m/s)
Accuracy	±0.02mm
Eye mode	normal / aphakia / dense cataract / PMMA, Acrylic & Silicon for Pseudo Phakic eyes
Measuring Mode	Contact and Immersion, automatic and manual
Measurement methods	A single-point measurement (under A mode); five-point measurement (under A mode)
Calculation	std. deviation, average, automatical measuring 8 groups and average, accompany waveform, results correctable
IOL Formula	SRK-II, SRK-T, BINKHORST, HOLLADAY, HOFFER-Q, HAIGIS

B scan parameter:

Scan mode	High accuracy stepping motor drive sector scan
Scan Angle	53°
Display Depth	0~56mm
Gray	256
Depth seletion	8
Frame correlation	4
Edge enhancement	4
Compression Curve	4
Post-processing	8
image storage	100 frames permanent image storage
General Measurement	multi-electronic-rule to measure distance, circumference, area (trace method, ellipse method), volume (ellipse method), angle, histogram, profile, stenosis and curvature etc

B Scan

10MHz probe, 10 frames/sec

Scanning Angle: 53°

Gain: 0~120dB adjustable, 8 points manually adjustable TGC

Distance, circumference, area, volume and angle measurement

Pesodu-color: 8 kinds

Cineloop: 128 frames, measurement available

Post processing: 4 groups of curves

A Scan

10MHz with Fixation Red Light

Resolution: 0.01mm

Accuracy: t0.1mm

Measuring Range: 15~35mm

Measuring parameters: ACD, Lens, Vitreous body, AL

Measuring method: Contact and Immersion

Modes: Normal, Aphakic, Dense cataract, PMMA, Acrylic and Silicon

IOL formulas: SRK-T, SRK1\ BINKHORST, HOLLADAY, HOFFER-Q, HAIGIS

Save up to 100 group of results

Standard Configuration:

1	Main unit: 1 pc
2	10MHz mechanical sector B probe: 1 pc.
3	10MHz A probe : 1 pc.
4	Network cable: 1pc

Optional Configuration:

1	Large lithium battery 4400mAh
2	Trolley
3	Ethernet switch
4	Battery charger
5	Foot switch

Ultrasound imaging
1. High precision digital continuous beamformer:
Fine ultrasonic beam control effectively removes sidelobe noise, greatly improves spatial resolution and contrast resolution, and finely displays the whole-field structure.
2. Dynamic frequency fusion imaging technology:
Adaptive control of the near-field to far-field transmit and receive frequencies, combining powerful penetration with high-resolution images.
3. High-precision delay point-by-point dynamic reception focusing:
The full-field image is subjected to point-by-point high-precision delayed focusing to present real and delicate tissue information.
4. Ultra-wideband imaging technology:
According to the characteristics of different people, you can choose the best center frequency as you like.
5. Adaptive image optimization processing technology:
Digital parameter optimization is automatically performed based on the currently received tissue signal to present a more perfect ultrasound image.
6. Adaptive angiography:
For the currently received Doppler echo signal, the appropriate filtering scheme is automatically adopted to effectively suppress the clutter, so as to achieve the perfect combination of resolution and sensitivity, and present a better blood flow image.
7. Adaptive Doppler imaging technology:
The signal enhancement of the weak Doppler signal and the enhancement of the spectral signal by complex digital processing techniques make the Doppler sensitivity and display effect improved.
8. THI organization harmonic imaging technology:

The ultrasonic transmission is performed at a lower frequency, and the high-frequency second harmonic signal in the echo signal is received for imaging, which ensures the good penetrating power, enhances the tissue imaging resolution, and eliminates artifacts to the utmost extent.

Detailed pictures: