BONE DENSITOMETER (SONOST 3000)

$6,380.00

Shipped From Abroad

SONOST 3000 is a portable stand-alone quantitative ultrasound (QUS) bone densitometer with an embedded PC, colorful touch screen and a built-in thermal printer.

Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
SF1033560130103-5
Brands:: OSTEOSYS

Description

Description

The Stand-alone QUS Bone Densitometer

Portable Device with Embedded PC, Touch Screen and Thermal Printer

SONOST 3000 offers a comfortable and easy-to-handle measurement through its high-sensitive touch screen without an external monitor or a keyboard. Moreover, the built-in thermal printer prints out report cards in a simple format to cut down maintenance cost. The semi-permanent waterless probe with high elasticity makes you feel comfortable on your heel bones. After the measurement, you can simply wipe out the ultrasound gel with a wet wipe. The automatic probe positioning is one of the best solutions for QUS system to minimize its positioning errors.

Features
  • SOS and BUA for Measurement of BMD

The ultrasound pulse passing through the bones is significantly attenuated with diffusing signals and absorption by the spongy tissues. And QUS bone mineral density is calculated by the sound of speed (SOS) and Broadband Ultrasound Attenuation (BUA), the data obtained from a density differentiating process of sponge tissues.

  • Windows-based Embedded PC

A windows-based embedded PC enables the stand-alone mobile devices.

  • USB Port and VGA Connector for External Access

SONOST 3000 can be connected to an external printer, monitor, keyboard and a mouse by USB port and VGA connector.

  • Precise Result with Temperature Compensation

SONOST 3000’s algorithm for a temperature compensation function offers more precise result by taking the nearby temperature into consideration at the time of the measurement.

  • Optimized System for Minimizing Position Errors

SONOST 3000 minimizes the possible positioning errors by offering a calf supporter, foot positioner, foot supporter, and automatic moving probe table.

  • Accurate Measurement with Automatic Moving Probes

An automatic moving probe table always situates itself in the center position, so that it enhances the accuracy of a measurement.

Specifications
Measurement method Ultrasound
Measurement site Calcaneus (Heel)
Measured parameter T-score, Z-score, SOS, BUA, BQI index
Reproducibility SOS – ≤ 1% CV
BUA – ≤ 2% CV
QC check Daily QC phantom
Dimension (W)615mm × (D)310mm × (H)312mm (Calf supporter folded)
(W)615mm × (D)310mm × (H)387mm
Weight 12.6kg
Click here to download Manual
Click here to download Catalogue

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SettingsBONE DENSITOMETER (SONOST 3000) removeSonoscape S11 Ultrasound Machine removeSonoscape P15 Ultrasound Machine With Four Probes removeSonoscape P20 Ultrasound Machine removeAnke Supermark 1.5T MRI Machine removeIBIS Neeo R9 Digital Surgical C-Arm remove
NameBONE DENSITOMETER (SONOST 3000) removeSonoscape S11 Ultrasound Machine removeSonoscape P15 Ultrasound Machine With Four Probes removeSonoscape P20 Ultrasound Machine removeAnke Supermark 1.5T MRI Machine removeIBIS Neeo R9 Digital Surgical C-Arm remove
ImageMRI SuperMartIBIS Neeo R9 Digital Surgical C-Arm
SKUSF1033560130103-5SF1033560012-1SF1033560012-8SF1033560012-9SF1033560092-4SF1033560011-1
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DescriptionShipped From Abroad SONOST 3000 is a portable stand-alone quantitative ultrasound (QUS) bone densitometer with an embedded PC, colorful touch screen and a built-in thermal printer.
Delivery & Availability: Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
In Stock A Value Choice beyond Your Expectation. SonoScape’s trolley color Doppler system S11 redefines price and performance with practical design. The S11 will go beyond your expectations but not your budget. Delivery & Availability: Typically 2 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.In Stock A feature-rich system inheriting the Wi-Sono high-end platform, the P15 uses an array of advanced tools to help enhance the image quality. It's a cost-effective, simplified console with an intuitive user interface and multiple intelligent functions. Delivery & Availability: Typically 2 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.Shipped from Abroad Incorporating innovative technologies, P20’s user-friendly design with a simple operation panel, intuitive user interface and a variety of intelligent auxiliary scanning tools, will significantly improve your daily examination experience. Besides general imaging applications, P20 has entitled with diagnostic 4D technology which has an extraordinary performance in obstetrics and gynecology applications. Delivery & Availability: Typically 5-7 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.Shipped from Abroad SuperMark 1.5T is a new generation superconducting MRI system based on years of experience in production and research. It's applicable to whole body scan, such as, nervous system, spine, joint soft tissue, pelvic and abdominal cavity, etc

Delivery & Availability:

Typically 90 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
Shipped from Abroad Our Neeo “C” arms are easy to place, use and are specifically designed to be used in orthopedics, traumatology, abdominal surgery, urology, cardiology and operating rooms. Delivery & Availability: Typically 21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
ContentDescription https://youtu.be/bEYyQ-uEd0c?si=B6zv0KwgpYM8nTbx
The Stand-alone QUS Bone Densitometer

Portable Device with Embedded PC, Touch Screen and Thermal Printer

SONOST 3000 offers a comfortable and easy-to-handle measurement through its high-sensitive touch screen without an external monitor or a keyboard. Moreover, the built-in thermal printer prints out report cards in a simple format to cut down maintenance cost. The semi-permanent waterless probe with high elasticity makes you feel comfortable on your heel bones. After the measurement, you can simply wipe out the ultrasound gel with a wet wipe. The automatic probe positioning is one of the best solutions for QUS system to minimize its positioning errors.
Features
  • SOS and BUA for Measurement of BMD
The ultrasound pulse passing through the bones is significantly attenuated with diffusing signals and absorption by the spongy tissues. And QUS bone mineral density is calculated by the sound of speed (SOS) and Broadband Ultrasound Attenuation (BUA), the data obtained from a density differentiating process of sponge tissues.
  • Windows-based Embedded PC
A windows-based embedded PC enables the stand-alone mobile devices.
  • USB Port and VGA Connector for External Access
SONOST 3000 can be connected to an external printer, monitor, keyboard and a mouse by USB port and VGA connector.
  • Precise Result with Temperature Compensation
SONOST 3000’s algorithm for a temperature compensation function offers more precise result by taking the nearby temperature into consideration at the time of the measurement.
  • Optimized System for Minimizing Position Errors
SONOST 3000 minimizes the possible positioning errors by offering a calf supporter, foot positioner, foot supporter, and automatic moving probe table.
  • Accurate Measurement with Automatic Moving Probes
An automatic moving probe table always situates itself in the center position, so that it enhances the accuracy of a measurement.
Specifications
Measurement method Ultrasound
Measurement site Calcaneus (Heel)
Measured parameter T-score, Z-score, SOS, BUA, BQI index
Reproducibility SOS – ≤ 1% CV BUA – ≤ 2% CV
QC check Daily QC phantom
Dimension (W)615mm × (D)310mm × (H)312mm (Calf supporter folded) (W)615mm × (D)310mm × (H)387mm
Weight 12.6kg
Click here to download Manual
Click here to download Catalogue
DETAILS SonoScape’s trolley colour Doppler system S11 redefines price and performance with practical design. The S11 will go beyond your expectations but not your budget. As an easy-to-use ultrasound system, the S11 is integrated with a new software platform, especially optimized for a smooth workflow and convenient operation. The system speeds up the exam process and makes file management easier. SPECIFICATION - 15-inch high definition LCD monitor with articulating arm - Compact and agile trolley design - 3 active transducer sockets available for a wide range of applications - Duplex, Color Doppler, DPI, PW Doppler, tissue harmonic imaging, μ-scan speckle reduction imaging, compound imaging, trapezoidal imaging - Customized settings based on your own working style - Full patient database and image management solutions  
Click Here To Download Catalogue 
DETAILS Super Wide-bandwidth Platform Inheriting Wi-sono's ultra-wide system platform and with the advanced probe technology, high-resolution and deep penetration images are provided for precision medicine. Spatial Compound Imaging Spatial Compound Imaging utilizes several lines of sight for optimal contrast resolution, speckle reduction and border detection, with which P15 is ideal for superficial and abdominal imaging with better clarity and improved continuity of structures. μ-Scan+ The new generation μ-Scan imaging technology gives you better image quality by reducing noise, improving signal strength and improving visualization. Dynamic Color Dynamic color improves upon already existing color Doppler technologies for a clearer capture of color flow and detailed visualization of even tiny veins with lower velocities. Real-time Panoramic With real-time panoramic, you can acquire an extended field of view for large organs or long vessels for easy measurement and diagnostic efficiency. Accomplished in real-time for the convenience of the sonographers, any mistake can also be easily back tracked and corrected without interrupting the scan. 3D/4D Outstanding volume performance with speed and convenience makes P15 outshine others on volume imaging. Tissue Doppler Imaging Tissue Doppler Imaging allows clinical doctors to quantitatively evaluate local myocardial movements and functions, facilitating them with the ability to analyze and compare the motions of the different parts of the patient's heart. Auto IMT Quick measurement of intra-media vessel thickness ensures good reproducibility and high diagnostic efficiency.  
Click Here To Download Catalogue
DETAILS Upgraded Images with More Clarity SonoScape never stops making progress in improving the image quality of its ultrasound products to enhance the confidence of diagnosis for doctors. With extraordinary images provided by P20, the anatomy structures are clearer than ever. C-Xlasto Imaging With C-xlasto Imaging, P20 enables comprehensive quantitative elastic analysis. Meanwhile, C-xlasto on P20 is supported by linear, convex and transvaginal probes, to ensure good reproducibility and highly consistent quantitative elastic results. S-Live S-Live allows for detailed visualization of subtle anatomical features, thereby enabling intuitive diagnosis with real-time 3D images and enriching patient communication. Pelvic Floor 4D Transperineal 4D pelvic floor ultrasound can provide useful clinical values in assessing the vaginal delivery impact on the female anterior compartment, judging whether the pelvic organs are prolapsed or not and the extent, determining if the pelvic muscles were torn accurately. Anatomic M Mode Anatomic M Mode helps you observe the myocardial motion at different phases by freely placing sample lines. It accurately measures the myocardial thickness and the heart size of even difficult patients and supports the myocardial function and LV wall-motion assessment. Tissue Doppler Imaging P20 is endowed with Tissue Doppler Imaging which provides velocities and other clinical information on myocardial functions, facilitating clinical doctors with the ability to analyze and compare the motions of different parts of the patient's heart.  
Click Here To Download Catalogue
SuperMark 1.5T is a new generation superconducting MRI system based on years of experience in production and research. It's applicable to whole body scan, such as, nervous system, spine, joint soft tissue, pelvic and abdominal cavity, etc. SuperMark 1.5T provides not only conventional pulse sequences and clinical diagnosis functions, but also provides advanced functional applications, for instance, 3D angiography and water imaging. It adopts brand new ANKE APEX operating system which ensures easy operation and fast diagnosis. Technical Advantages:
  • Reliable short cavity superconducting magnet system with zero liquid helium consumption
  • New generation fully digitalized and extensible multichannel spectrometer
  • Powerful high efficiency and high fidelity gradient system; Multi-channel PA RF receiving coil with intelligent identification
  • English operating system and high extensible computer system
  • High resolution conventional clinical images; Practical advanced functional imaging
Superconducting MRI System:
  • Highly open and humanization design -> Streamlined design
  • Rich sequences and technology satisfy clinical needs -> Efficient service
Low Investment:
  • High cost performance superconducting MRI system
  • Zero liquid helium consumption, low running and maintenance cost
  • Core technology by independent R & D supports full upgrade
  • Low electric consumption
  • Compact magnet design, minimum installation space: 35 square meters
High Return:
  • High resolution thin slice images improve diagnosis
  • Short cavity magnet design makes patients comfortable
  • Fast scan speed improves work efficiency
  Technical Specifications:
No. Technique Description Parameter
1 Magnet System
 1.1  Magnet Type Permanent Magnet Automatic constant temperature system
1.2 Field Strength 0.51T
1.3 Magnet Shape Dual-pillar shape
1.4 Homogeneity(40cm,DSV,VRMS) ≤1.6ppm
1.5 Shim Method Active/Passive
1.6 Magnet Vertical Gap (Cover) 40cm
1.7 Magnetic Pole Dia. (Exclude Cover) 145cm
1.8 Accessibility(Horizontal Opening Angle, 280°
1.9 5 Gauss fringe field X-axis:horizontal ≤2.5m Y-axis:Vertical ≤2.5m Z-axis:horizontal ≤2.5m
2 Patient Couch and Communication
2.1 Patient Couch Driven mode Motor-driven
2.2 Max. Patient Weight ≥200kg(440lbs)
2.3 Patient Positioning Tools Laser Light Localizer for positioning of center slice Motor-driven transfer to center of imaging volume
2.4 Position accuracy ±1mm
2.5 Emergency Call Key Yes
2.6 Intercom System Yes
3 Gradient System
3.1 Gradient Field Strength(Single Axis) ≥30mT/m
3.2 Gradient Slew Rate (Single Axis) ≥100mT/m/ms
3.3 Rise Time ≤0.3ms
3.4 Gradient Cooling System ( Gradient coils and Power electronics) Air Cooling
4 RF System
4.1 RF System Type Digital Transmit and Receive signal
4.2 Number of RF Channels 4
4.3 Transmitter Amplifier Peak Power 6kW
4.4 RF Bandwidth of Receiver ≥1.25MHz
4.5 Head Coil Yes
4.6 Neck Coil Yes
4.7 Body/Spine Coil (17 inch) Yes
4.8 Body/Spine Coil (21 inch) Yes
4.9 Knee Coil Yes
4.10 Shoulder Coil Yes
4.11 Flexible Coil Optional
4.12 Breast Coil Optional
5 Computer System
5.1 Host Computer DELL Computer (for MR)
5.2 System Software Windows XP
5.3 Operation Software APEX
5.4 CPU Clock rate 3.0GHz
5.5 Main Memory 4GB
5.6 Color LCD Monitor 19”
5.7 Keyboard and Mouse Standard
5.8 Image Reconstruction Speed(256 x 256 Matrix) 200 frame/Sec.
5.9 Hard Disk 500GB
5.10 Image Storage Capacity(256 x 256 Matrix) 500,000
5.11 Media Driver DVD RW
5.12 DICOM 3.0 Yes
5.13 Ethernet Yes
5.14 Operation Console Yes
5.15 Operation Chair Yes
6 Scanning Parameter
6.1 Max. FOV 410mm
6.2 Min. FOV 5mm
6.3 Min. TE(SE) 5ms
6.4 Min. TR(SE) 11ms
6.5 Min. TE(GR) 1ms
6.6 Min. TR(GR) 3ms
6.7 Min. 2D Thickness 1.0mm
6.8 Min. 3D Thickness 0.1mm
6.9 Max. Image Matrix 512x512
7 Scanning Sequence & Imaging Technique
7.1 Spin Echo 2D/3D (SE 2D/3D) Yes
7.2 DE/QE Yes
7.3 Fast Spin Echo 2D/3D(FSE 2D/3D) Yes
7.4 Single Shot FSE 2D/3D Yes
7.5 Inversion Recovery(IR) Yes
7.6 Fast Inversion Recovery(FIR) Yes
7.7 Gradient Echo 2D/3D(GR 2D/3D) Yes
7.8 Fast GR 2D/3D Yes
7.9 SPGR Yes
7.10 FLAIR Yes
7.11 Fat Imaging Yes
7.12 Fat Suppression imaging Yes
7.13 Water-Fat Separation imaging Yes
7.14 TOF MRA(2D/3D) Yes
7.15 MRCP(2D/3D) Yes
7.16 MRU (2D/3D) Yes
7.17 MRM Yes
7.18 Fast Hydrograph Imaging Yes
7.19 Diffusion Weighted Imaging(DWI) Yes
7.20 Max. b Value 1000s/mm2
7.21 Breath Hold Technology Yes
7.22 Magnetization Transfer Contrast(MTC) Yes
7.23 Multi-slice and Angle-free Presaturation Yes
7.24 Saturation Tracking Yes
7.25 Maximum Intensity Projection(MIP) Yes
7.26 Multi-Angle Projection(MAP) Yes
7.27 3D Reconstruction Yes
7.28 Multi-planar Reconstruction(MPR) Yes
7.29 Multi-Artifacts Eliminating technology Yes
7.30 Checking with Part Metal Implant Yes
7.31 Online Image Filtration Yes
7.32 Online Post Procession Yes
7.33 3D Scout Yes
7.34 Scanning Protocol Preset Yes
7.35 Scanning Protocol Queue Waiting Yes
7.36 Advanced Image Post Processing Yes
7.37 Image Fusion Technology of Vascular Yes
7.38 Image Fusion Technology of Spine Yes
 
Click Here To Download Catalogue
Our Neeo “C” arms are easy to place, use and are specifically designed to be used in orthopedics, traumatology, abdominal surgery, urology, cardiology and operating rooms. Using Neeo with the RTP (Real Time Processing) option it is possible to perform vascular, urological and cardiological diagnostics. One of the main functions, digital image subtraction, allows to see, as an example, the passage of contrast liquids in a tissue or in a venous or arterial duct; thanks to the possibility of looping, the acquired video can be reproduced several times to monitor more accurately the passage of the fluid within the area in question. Angiographic measurement is another useful function in the vascular field (QA Quantitative Angiography) that allows the measurement of stenoses. Finally, fluoroscopy allows the correct positioning of stents or expanders. Neeo is used in various interventional and diagnostic procedures in traumatology and orthopedics wards and operating rooms as well. Thanks to low-dose fluoroscopy, it is possible to use the device for positioning bone or subcutaneous grafts, inserting K-wire (Kirschner wire) for stabilization of bone fragments or for the correct positioning of prostheses. The low dose emitted ensures safe use for both the patient and the surgeon or doctor on the operating field. On the control panel there is a large touch screen display that allows to adjust the basic functions of the equipment. From this display it is possible to select and adjust the fluoroscopic data for the examination, activate or deactivate the laser pointer, select between pulsed, one shot or standard fluoroscopy, rotate the image and perform all operations on collimator. The four side buttons on the display offer the possibility to move the bow vertically thanks to an extremely silent motor. Neeo has two 19 “medical grade monitors that can be positioned according to the needs of the medical practitioner. Work monitors and feedback monitors are separated to be managed independently. The possible movements are: rotation, revolution, tilting and possibility of height adjustment. Features:
  • Continuous fluoroscopy
  • Pulsed fluorography
  • One Shot fluoroscopy
  • Low dose fluoroscopy
  • Radiography with cassette (up to 5KW)
  • 110,000 images of memory (Standard)
  • 19 ″ Medical Flat Monitor (X2)
  • Touch control panel
  • Image Processing – 1K X 1K, 16 bit
  • DAP-Dose Area Meter
  • DSA Road Mapping
  • Laser Marker
Technical Specification:
  • Power: 5KW
  • kV Range (kV): 40 - 120
  • mAs Range (mAs): 1 - 250
  • SID (mm): 1000
  • Free Space (mm): 730
DICOM Feature:
  • RTP-SW DSA
  • RTP-SW QA
  • RTP-SW Worklist
  • RTP-SW Print
  • RTP-SW CD DVD Saving
  • RTP-SW MPPS
  • RTP-SW Query/Retrieve
  • RTP-SW HCF
  • RTP-SW BASE
  • RTP-SW STCOMMIT
Configuration: C-Arm Structure, Trolley for Monitor, Collimator, Monoblock, Toshiba 12” Image Intensifier, 19″ Philips Medical Flat Monitor (X2), Camera CD1030CA 1KX1K, Sony Printer UP-X898MD, Cassette Holder
Click Here To Download Catalogue
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