Pioneering RF Raw Data Platform · Research-Grade Full Data Processing

• Advanced RF Acquisition and Ultra-Fast Processing , Guaranteed Data Integrity and Precision
• Ultra-Wide Frequency Probe Support , Enhanced Image Clarity and Information Density
• 40x Data Processing Power
• Ultra HD Imaging Algorithm

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V6LAB utilizes high-frequency ultrasound transducers from VERMON, a world-renowned French manufacturer. We recommend optimal probe models based on specific animal species or imaging subjects:  For Mice: X10-23L;For Rats: X6-16L;For Rabbits: G4-9M、X4-12L、F4-12L、G3-10P

X10-23L High-frequency Linear Array Transducer  Subject Species: Mice    Applications:Cardiac,Abdominal, Musculoskeletal Imaging etc. G4-9M Microconvex Array Transducer  Subject Species:Dogs, Monkeys, Rabbits, Cats, etc.    Applications:Cardiac,Abdominal, Reproductive Imaging   F4-12L Linear Array Transducer  Subject Species:Dogs, Monkeys, Rabbits, Cats, etc.   Applications:Abdominal,Musculoskeletal, Small Organ Imaging G4-12P Phased Array Transducer  Subject Species:Dogs,Cats, etc.   Applications:Cardiac,Small Parts Imaging

X6-16L High-frequency Linear Array Transducer  Subject Species: Rats  Applications:Cardiac,Abdominal, Musculoskeletal Imaging etc. X4-12L Linear Array Transducer  Subject Species:Dogs, Monkeys, Rabbits, Cats, etc.   Applications:Abdominal,Musculoskeletal, Small Organ Imaging G3-10P Phased Array Transducer  Subject Species:Dogs, Monkeys, Rabbits,etc. Applications:Cardiac F2-5C Curved Array Transducer  Subject Species: Large Animals Applications:Cardiac,Reproductive Imaging

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B-Mode Ultrasound Imaging

 CF Color Doppler

PDI Power Doppler

M-Mode Ultrasound Imaging

PW Pulsed-Wave Doppler

TDI Tissue Doppler Imaging

Memory Tracking & Comparison

Laboratory Heated ECG Plate

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FLYINSONO LAB Ultrasound Research and Analysis Software is a specialized platform tailored for animal research, designed to seamlessly integrate with small animal ultrasound imaging devices and establish an integrated scientific research platform. It supports ultrasound imaging data transmission, storage, measurement, data management, and case management.  

The software significantly reduces operational time on ultrasound equipment, allowing researchers to avoid prolonged periods stationed beside the device for result analysis. Collected imaging data can be conveniently transferred to personal computers for further processing.   

On personal computers, leveraging the robust offline analysis capabilities of the software, users can perform data processing anytime and anywhere. Additionally, the software supports batch processing and automated analysis (currently optimized for ultrasound data from cats and dogs, with rodent-specific automated analysis for mice and rats undergoing testing). These features streamline workflows, saving time and effort, enabling researchers to dedicate more energy to critical scientific exploration.

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Designed for "Zero-lag Adjustment" and "Human-Machine Synergy" - Ideal for dynamic studies and multi-region scanning 
In small animal ultrasound examinations, handheld probes excel with their flexibility and adaptability, making them the premier research choice:  

• Flexible Maneuvering, Precise Imaging 
  Operators can freely adjust probe angle, position, and pressure to accommodate tiny anatomical structures in rodents. Example: Cardiac scanning requires no fixed trajectory - quickly switch planes to capture dynamic physiological details.  
• Dynamic Response, Reduced Stress 
  Automatically adjusts contact pressure during animal movement to prevent compression, enhancing subject comfort while maintaining image stability.  
• Real-time Optimization, Doubled Efficiency 
  Instant parameter adjustment (gain, frequency, etc.) based on live imaging allows rapid acquisition of high-quality ultrasound data without missing transient phenomena (e.g., blood flow changes).  
• Portable Scanning, Unlimited Scenarios 
  Pairs with compact ultrasound systems for examinations in labs, field sites, or temporary setups - no bulky brackets required.  
• Cost-effective, User-friendly 
  Eliminates need for complex mounting systems and fixtures, with intuitive operation that reduces training and maintenance costs.

Probe Holder system provides unique advantages for specialized applications

• Ultra-stable Imaging, Consistent Data   
  Eliminates operator tremor - perfect for longitudinal studies (e.g., drug efficacy) or quantitative research requiring high repeatability.
• Dual-task Efficiency   
  Enables simultaneous procedures (injections, sampling, data recording) while maintaining optimal scan positioning.  
• Guided Intervention Precision   
  During procedures (e.g., tumor biopsy), maintains stable imaging planes for accurate targeting while freeing both hands.