4 Sockets 4D Hospital Ultrasound Machine 3D Ultrasound Pregnancy Color UltrasoundBTH-300S

BTH-300S Color Doppler Ultrasound doppler spectrum 4 sockets 4D Large touch screen 220V/110V Cartbase

   ♦  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.

   ♦  The core technicalstaffs atBasda Medicalare the one of the earliest technical teams engaging in medical magnetic resonance R&D in China. Our company has obtained several hundred intellectual property rights such as patents, software copyright, proprietary technologies, etc. as the core R&D team collaborate to break through the technical barriers, master the key algorithms, conquer the main components and achieve the system innovation. Insisting on self-innovation while rooted in effective cooperation mechanisms on production, study, research and clinical trial, Basda Medical has established long-term partnership with China’s best knownuniversities such as Peking University, Harbin Institute of Technology, Southern Medical University and etc.

   ♦  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 producedChina’s first specialized extremity MRI systems and first SPECT with independent intellectual property right. With a decades-long track record of delivering high quality, high-tech products and excellent service, At present, it has more than 3000 global users, becoming the backbone of import's high-end medical products substitution, our markets cover all domestic provinces and more than 40 countries and regions globally ranging from Europe, America, Africa, the Middle East, to Asia.
 
   ♦  Basda Medical continues to deliver on "technology safeguards our lives" promise as we strive to become the world’s most admired leading enterprise in the new medical imaging era. We are passionate about technology and driven by innovation, and always dedicate to excellent products and service for customers. We dream, we dare and we strive to create an effortless and healthy life for everyone.

Employee Distribution

• A skillful, dedicated and experienced R&D team. 30%+ R&D team.
• Participated in the China's first generation of independent intellectual property rights of electromagnetic magnetic resonance 6% ~ 10% sales revenue is reinvested in R&D

Certificates

1. Our Team Developed the First Conducting MRI in China Since the Year 1990
2. Obtained 100+ patents, software copyrights and proprietary technologies
3. Developed second ultra-high field 3.0T superconducting magnetic resonance
4. Granted “Second Prize of National Technology Invention” by the president of China in January 2018
5. “Second Prize of National Technology Invention"
6. “National Postdoctoral Innovation Practice Base”
7. "State High-tech Enterprise"
8. "Key Hi-tech Enterprise of State Torch Program"
9. "First Prize of China Machinery Industry Science and Technology Award"
10. "Guangdong High Field MRI System Engineering and Technology Researching and Developing Center "

 
BTH-300S specifications
 

1 System overview:
   1.1 Technical specifications:
     1.1.1 1-25MHz High frequency system
     1.1.2 Full digital broadband beam former
     1.1.3 Digital high resolution B imaging
     1.1.4 Color Doppler imaging
     1.1.5 Power Doppler imaging
     1.1.6 Direction power imaging
     1.1.7 Gray-scale M Imaging
     1.1.8 Color M Imaging
     1.1.9 Pulsed doppler imaging
     1.1.10 Continuous doppler imaging
     1.1.11 Tissue doppler Imaging
     1.1.12 Tissue velocity Imaging
     1.1.13 Tissue velocity Imaging by M mode displaying
     1.1.14 Two and three synchronization image display
     1.1.15 B and color display in real time
     1.1.16 Tissue harmonic imaging, reverse harmonic imaging
     1.1.17 Spatial compound imaging technology
     1.1.18 Speckle noise suppression technology
     1.1.19 Trapezium imaging
     1.1.20 B/CF/PW independent deflection
     1.1.21 Grayscale inversion mode
     1.1.22 One-click Automatic optimization
     1.1.23 Zoom to full screen
     1.1.24 Real-time local zoom
     1.1.25 Focus ≥ 8
     1.1.26 Dynamic range: 30dB~280dB, step by 2dB
     1.1.27 High quality three dimensional / four dimensional imaging
     1.1.28 Ultrasonic tomography
     1.1.29 Render mode: maximum, minimum, X mode, smoothing mode, surface mode
     1.1.30 Arbitrary removal of editing (Magic cut )
     1.1.31 Optional volume ultrasound tomography
     1.1.32 Optional panoramic imaging
     1.1.33 Optional full range M
     1.1.34 Optional ECG
     1.1.35 Optional Elastography
     1.1.36 Optional ultrasound teaching instruction function, including anatomy diagram, scanning techniques, standard ultrasound image, scan method description
 

   1.2 37 parameter adjustment for playback image
     1.2.1 2D and M Mode 15 parameters: gain, dynamic range, TGC, reversal, filtering, automatic tissue optimization, rotate, flip vertical, grayscale maps, pseudo color, frames on average, spatial smoothing, spot removal, edge enhancement, M speed
     1.2.2 CFM mode 8 parameters: color auto optimization, baseline, color conversion, color map, color threshold adjustment, flash color restrain, space smooth, color M speed adjustment
     1.2.3 PW Mode 14 parameters: gain, baseline, angle correction, angle fast adjustment, frequency spectrum reversed, display format, refresh rate, inhibition, gray-scale map, pseudo color, dynamic range,frequency spectrum auto optimization, automatic tracking, sensitivity tracking
 

   1.3 Measurement and analysis
     1.3.1 General measurements
     1.3.2 Vessel measurement package
     1.3.3 Heart measurement package
     1.3.4 Gynecological measurement package
     1.3.5 Urological measurement package
     1.3.6 Kidney measurement package
     1.3.7 Measurement and analysis of doppler blood flow
     1.3.8 Obstetric measurements and fetal growth curve table
     1.3.9 Intelligent three-dimensional volume measurement
     1.3.10 User-defined measurement
     1.3.11 Real-time tracking and measurement of doppler spectrum
     1.3.12 Automatic measurement of intima-media thickness(Auto IMT)
     1.3.13 Optional automatic neck-transparent layer thickness measurement (Auto NT)
   

   1.4 Integrated image storage (film) playback to reproduce and record management components:
     1.4.1 Ultrasound image static and dynamic storage, playback to reproduce the original data
     1.4.2 Images can be stored as PC Compatible formats
     1.4.3 Medical records management components include: patient data, reports, images, stored, modified, retrieved, and printing

   1.5 Support external workstation connection
 

2 Technical parameters and requirements:
   2.1 System General features:
     2.1.1 Display: ≥ 21 inch high resolution global color LED Display, can move updown left right
     2.1.2 Touch screen: ≥ 13 inch high sensitivity capacitive touch panel
     2.1.3 Probe connector: ≥ 4 activated no-pin type probe connector
     2.1.4 Dedicated storage tank for endocavity probe
     2.1.5 Heater coupling agent
     2.1.6 The operations console can be up and down, left and right

   2.2 Input / Output interfaces:
     2.2.1 Network interface
     2.2.2 Video output: DVI , S-video
     2.2.3 USB Interface: ≥ 4

   2.3 Image management and recording devices:
     2.3.1 Hard drive capacity: ≥ 1T
     2.3.2 Integration DVD
     2.3.3 Support DICOM 3.0
     2.3.4 Support one key fast store to U Disk, mobile hard disk
     2.3.5 Support black/white and color video printer, and quick print function

   2.4 Probe specifications:
     2.4.1 Probe types: convex, linear, phased array, endocavity, volume
     2.4.2 Linear array probe elements ≥ 192
     2.4.3 Probe frequency on display, adjust on touch-screen
     2.4.4 Probe frequency ≥ 4
 

   2.5 B image parameters:
     2.5.1 Probe frequency range ( 2.0-16.0MHz )
       Convex array probe 2.0-5.5MHz, harmonic frequency 4.0-6.5MHz
       Phased array probe 2.0-3.5MHz, harmonic frequency 2.8-5.0MHz
       Linear array probe 6.0-12.0MHz, harmonic frequency 8.0-16MHz
       Endocavity probe 5.0-10.0MHz, harmonic frequency 6.5-11MHz
       Volume probe 3.0-5.5MHz, harmonic frequency 4.0-6.0MHz
     2.5.2 Scanning rate
       Phased array probe: depth 18cm, full-field scan frame rate ≥ 100 frame / s
       Convex array probe: depth 18cm, full-field scan frame rate ≥ 55 frame / s
     2.5.3 Scanning line: lines density per frame ≥ 512 ultrasound line
     2.5.4 Transmit beam focus: continuous focus
     2.5.5 Receive: parallel process multiple signal
     2.5.6 Grey scale ≥ 256
     2.5.7 Digital beam forming: digital dynamic focusing, digital variable aperture and dynamic speed, A/D ≥ 14 BIT
     2.5.8 Cine: gray-scale image playback ≥ 10000 picture, playback time ≥ 1000 s
     2.5.9 Preconditions: preinstall best parameter for different organs
     2.5.10 Gain adjustment: TGC ≥ 8
     2.5.11 Side gain compensation: ≥8
     2.5.12 Scan depth ≥ 36cm

   2.6 Spectral doppler imaging technique parameter:
     2.6.1 Support: PWD/CWD/HPRF
     2.6.2 Maximum speed: PWD Blood flow velocity 9 m/s
       CWD blood flow velocity 20 m/s
     2.6.3 Minimum speed ≤ 1 mm/s (Non-noise signal)
     2.6.4 Display mode: B, B/PWD, B/CW, B/HPRF, B/M, B/B, B/CFI/D
     2.6.5 Cine: ≥ 10000 frame
     2.6.6 Zero move: ≥ 12 class
     2.6.7 Sample width and location range: width 0.5–10mm
     2.6.8 Display control: reverse display ( left / right /up / down )

   2.7 Color doppler
     2.7.1 Display mode: power, velocity, three synchronization
     2.7.2 Display frame rate:
       Phased array probe: depth 18cm, full-field scan frame rate ≥ 24 Frame / s
       Convex array probe: depth 18cm, full-field scan frame rate ≥ 15 Frame / s
     2.7.3 Rotation angle: range of linear array: -20 ° ~ +20 °
     2.7.4 Display control: zero move ≥ 12 levels adjustable, B compare with color in real time
     2.7.5 Color enhancement: color doppler power image (CDE) , direction power doppler image(DPDI)
     2.7.6 Color speed: minimum blood flow velocity ≤ 1cm /s (non-noise signal)

   2.8 Ultrasonic power output adjustment for B/M, CWD, PWD, Color doppler