Cartbase Linear Probe 110Volt Medical Ultrasound Machine BTH-90S
BTH-90S Specification
1 Application
It is mainly applied for ultrasonic diagnosis and scientific research of abdomen, obstetrics and gynecology, reproduction, blood vessels, heart, superficial tissue, breast, neonates, surgery ,nerves, etc.
2 Specification:
2.1 Include:
2.1.1 High resolution B imaging
2.1.2 Color doppler imaging (CDI )
2.1.3 Pulse wave doppler (PWD)
2.1.4 Continuous wave doppler (CWD)
2.1.5 Power doppler imaging (PDI)
2.1.6 Direction Power doppler imaging (DirPDI)
2.1.7 M mode imaging
2.1.8 Tissue harmonic imaging
2.1.9 Harmonic fusion imaging
2.1.10 Spatial composite imaging
2.1.11 Adaptive speckle noise suppression
2.1.12 Extend imaging
2.1.13 Parallelogram imaging
2.1.14 Trapezoid imaging
2.1.15 Smart one key imaging optimization
2.1.16 Freehand 3D imaging
2.1.17 Static 3D imaging
2.1.18 Real-time 3D/4D imaging
2.1.19 Optional tissue doppler imaging
2.1.20 Optional anatomical M imaging
2.2 Measurement and analysis:
2.2.1 Preset parameters: for different examined organs, the optimal image examination parameters are preset to reduce the adjustment during operation; users are permitted to define and save preset parameters
2.2.2 General measurement
2.2.3 Obstetrics measurement
2.2.4 Gynecology measurement
2.2.5 Vessel measurement
2.2.6 Urology measurement
2.2.7 Cardiac measurement
2.2.8 Abdomen measurement
2.2.9 User defined measurement
2.2.10 Doppler blood flow measurement
2.2.11 Small organs and superficial tissue measurement
2.2.12 Auto doppler spectrum tracking and analysis
2.2.13 *Optional auto measurement of intima-media thickness
2.3 Patient data management:
2.3.1 Patient data include: personal information, image, cine, report, etc
2.3.2 Patient data establishment, storage, playback, modification, retrieval and printing
2.3.3 Built-in integrate ultrasound workstation
2.3.4 Image storage format: PNG, JPEG, BMP
2.3.5 Cine storage format: AVI
2.3.6 Optional DICOM 3.0
3 Technical parameters:
3.1 System general configure:
3.1.1 Full digital beamformer
3.1.2 Multibeam parallel processing
3.1.3 Dynamic focusing and apodization
3.1.4 A/D sampling: ≥ 14 BIT
3.1.5 Monitor: ≥19 inch, high resolution LED color monitor that can be moved up, down, left and right
3.1.6 Touchscreen: ≥10 inch,high sensitivity capacitive touchscreen
3.1.7 Control panel: ergonomic design
3.1.8 Transducer interfaces:≥4, fully activated, transducer can be connected to any connectors freely
3.1.9 Interfaces: network, DVI, USB
3.1.10 Built-in DVD recorder
3.1.11 Harddisk: ≥ 1T
3.1.12 Support U disk or mobile HDD storage
3.1.13 Support black white printer and color printer
3.2 Transducer specification:
3.2.1 Support transducer type: convex array, linear array, phased array, endocavity, volume
3.2.2 Supports biopsy guide
3.2.3 Visual and adjustable transducer frequency ≥4, all modes of B ,color and doppler frequency are adjusted independently
3.2.4 Frequency range:
- Convex array transducer frequency: 2.5-5.5 MHz
- Phased array transducer frequency: 1.7-5.0 MHz
- Linear array transducer frequency: 4.0-14.0 MHz
- Endocavity transducer frequency: 3.0-10.0 MHz
- Volume transducer frequency: 2.0-6.0 MHz
3.2.5 Imaging modes:
- Convex array transducer: B/M/CDI/PWD
- Linear array transducer: B/M/CDI/PWD
- Endocavity transducer: B/M/CDI/PWD
- Phased array transducer: B/M/CDI/PWD/CWD
- Volume transducer: B/M/CDI/PWD/3D/4D
3.3 B imaging parameters:
3.3.1 Display mode: B, B/B,4B, M,B/M
3.3.2 Gain adjustion: TGC ≥8; LGC ≥8
3.3.3 Transmit beam focusing: ≥7
3.3.4 Scan lines density: ≥512
3.3.5 Gray scale ≥ 256
3.3.6 *Scanning depth ≥ 30cm
3.3.7 Visual and adjustable dynamic range: 30 ~ 180dB
3.3.8 B images playback ≥10000 frames
3.3.9 B scanning rate:
phased array transducer: when depth is 18 cm, the full-field scanning
frame rate ≥ 65 f/s
convex array transducer: when depth is 18 cm, the full-field scanning
frame rate ≥ 50 f/s
3.4 Color doppler imaging parameters:
3.4.1 Type: CDI, PDI, Dir PDI
3.4.2 Display modes: B/CDI, B/PDI, B/Dir PDI
3.4.3 B and color dual real-time contrast
3.4.4 Zero movement: ≥8 levels adjustable
3.4.5 Steer angle: linear array transducer image steer range: -20°~ +20°
3.5 Spectral doppler imaging parameters:
3.5.1 Type: PWD, CWD, HPRF
3.5.2 Display modes: B/PWD, B/CWD, B/HPRF, B/CDI/PWD, B/CDI/CWD
3.5.3 The maximum blood flow velocity : ≥5 m/s by PWD ; ≥10 m/s by CWD
3.5.4 The lowest blood flow velocity:≤0.5 mm/s (non-noise signal)
3.5.5 Sampling width : 0.5 - 30 mm
Company Profile
As a leading and innovative medical technology and digital solutions provider in China, Basda Medical was established in 2000. Located in Shenzhen, the frontier city of China’s “reform and opening up”, Basda Medical has emerged and developed as a national high-tech company focusing on R&D, production, trading, and services on medical imaging, digital solutions and radiotherapy products.
5 out of 9 series products of Basda Medical are included in the key research areas of China’s government directed program "Made in China 2025". Basda Medicalhas high profile among China’s medical imaging manufacturers due to several facts. We are known as the one of the earliest manufacturers of 3.0T MRI system in China. We successfully developed the world's first 0.5T and 0.7T open superconducting MRI systems. We produced China’s first specialized extremity MRI systems and first SPECT with independent intellectual property right.
With our qualified products and excellent service, we have over 3000 global users from over 40 countries globally including Europe, Africa, Latin America, Middle East and South East Asia. At present, we have several international quality control certifications to meet the quality and safety requirements of users in various countries.
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