Xuzhou Palmary Electronics Co., Ltd.

Boxianglai Bxl-V10 Equine Ultrasound Scanners Farm Vet Ultrasound Machine for Sale Description: The BXL-V10 Veterinary Ultrasound Scanners are mainly used to test the pregnancy of animals, estimate the gestational age, the number of births, and uterine diseases, and can also detect symptoms such as empty pregnancy and stillbirth. Commonly used in major breeding farms, etc. Scope of application Suitable for pregnancy diagnosis of animals such as swine, horse, bovine, sheep, etc. Specifications: 1. Model Name: BXL-V10 4.Display 5.6 HD LCD Screen (640 480 Pixel) 5.Imaging Modes: B / 2B / 4B / BM / M 6. Image Gray Scale: 256 7. Host Storage: 64 frames 8. Cine Loop: 400 frames 9.Scan Depth Adjustment: 70mm-240mm 10.Image Flip Function: up/down left/right 12. Image Processing: Pseudo-color 15.Measurement: Distance Circumference Area Volume 16.Gestational: Age Expected birth date 17.Characters and comments: Date Time Full-screen character editing 19. Continuous Working Time: 3.0 Hours 20. Battery Capacity: 3000mAh 21. The structure of the device Standard Kit (1)Host device (Include build-in Li-On battery) (2)3.5MHz Convex Probe (CXA50R) (3)Power adapter (Including power cable) (4)User manual Optional Accessories (1)6.5MHz Rectal Linear Probe (LNA64) (2)5.0MHz Micro-convex Probe (CXA20R) (3)3.5MHz Convex Probe (CXA50R) (4)7.5MHz Linear Probe (LNA40)

Applications: Cows, horses, pigs, sheep, alpacas, rabbits, dogs, cats, foxes, snakes, Fish and other animals. Description: This equipment is convex linear ultrasound scanning diagnostic system with high resolution. It applies micro-computer control and digital scan converter (DSC), digital beam-forming(DBF), real time dynamic aperture (RDA), real time dynamic receiving apodization, real time dynamic receiving focusing(DRF), digital frequency scan (DFS), 8 segments digital TGC, frame correlation technologies to endue its image with clarity, stability and high resolution.

AppearanceSmart, compact and clamshell design12 inch LED monitorBacklit operation panel, 8TGCFloating keyboardTwo active probe connectorsTwo probe holders Probe Transducer Types 3.5Mhz convex probe (2.0/ 3.0/ 3.5/ 4.0/ 5.5Mhz) 7.5Mhz linear probe (6.0/ 6.5/ 7.5/ 10.0/ 12.0Mhz) 3.5Mhz micro convex probe (2.0/ 2.5/ 3.5/4.5/ 5.0Mhz) 6.5Mhz transvaginal probe (5.0/ 6.0/ 6.5/ 7.5/ 9.0Mhz) 3.5Mhz phased array probe (2.1/ 3.0/ 3.5/ 4.0/ 5.0Mhz) 4D volume probe (2.0/ 3.0/ 3.5/ 4.0/ 5.5Mhz) Applications Abdomen, Obstetrics, Gynecology, Pediatrics,Small parts, Artery, Superficial organ, Orthopedics, Cardiology, Musculoskeletal, Vascular, etcFunctionAuto Image Optimization Tissue Harmonic imagingiClear (Speckle Noise Reduction)iBeam (Spatial Compound Image)iZoom PIHI (Pulse-Inverse Harmonics Imaging)SA (Synthetic Aperture ultrasonic Imaging)Panoramic Image (Option)Trapezoid Image (Option)Continuous Wave Doppler(Option) Display mode B, B|B,4B, B|M,M,B|D,PW,B|PW, CFDuplex/Triplex modeCW (option)4D mode (option) ZoomReal time zooming- 10 Steps: Ã?1.0, Ã?2.0, Ã?3.0, Ã?4.0, Ã?5.0, Ã?6.0, Ã?7.0, Ã?8.0, Ã?9.0, Ã?10.0Selectable zooming position FocusContinuous dynamic focus1~16 selectable transmit focusAcoustic lens focus1, 2, 3, 4 focus Memory Cine�memoryB�modeM�mode SSD (Solid State Disk) 64G Imaging Processing B mode8�step TGC slide pots- Gain: 0~100% - Depth: 1.6~30cmFrequency: 5 stepsDynamic range adjustable: 0~150dBEdge enhancement:0~7Persistence:0~7Chroma:0~6Grayscale:0~16- Power: 0~100% - Noise reduction: 0-6iclear: off, 1, 2, 3, 4 M mode - Gain: 0~100%Sweep speed: 4 steps- Maps: 0~16Chroma:0~6 C mode - Gain: 0~100%Pulse waveWall filter: 4 stepsColor Maps: 0~7Package size: 8~15Color persistence: 0~7Threshold: 0-3Base line: 0-6Line density: Low and highSpatial filter: 0-3 PW mode - Gain: 0~100%Frequency: 5 stepsPseudo color:0~6PRFd:1.0~6KHzBasic line: 7 stepsWall filter: 7 steps- Spectrum mode: Refresh and Synchronize - Sampling volume: 0.5-48mm

Appearance -smart and compact design -15 inch led monitor -flexible free arm -rotatable operation panel -backlit keyboard, 8tgc -four active probe connectors -six probe holders -four casters with brake Probe Transducer types -3.5mhz convex probe (2.0/ 3.0/ 3.5/ 4.0/ 5.5mhz) -7.5mhz linear probe (6.0/ 6.5/ 7.5/ 10.0/ 12.0mhz) -3.5mhz micro convex probe (2.0/ 2.5/ 3.5/4.5/ 5.0mhz) -6.5mhz transvaginal probe (5.0/ 6.0/ 6.5/ 7.5/ 9.0mhz) -3.5mhz phased array probe (2.1/ 3.0/ 3.5/ 4.0/ 5.0mhz) -4d volume probe (2.0/ 3.0/ 3.5/ 4.0/ 5.5mhz) Applications -abdomen, obstetrics, gynecology, pediatricsï¼?small parts, artery, superficial organ, orthopedics, musculoskeletal, vascular, etc Function -image optimization -speckled reduction -tissue harmonic imaging -dynamic apodization -dynamic aperture -directional doppler flow imaging -edit the exam type and save the userâ?�defined items -pulse wave doppler -dicom 3.0(optional) -panoramic image (option) -trapezoid image (option) -continuous wave doppler(option) -tsf -hprf

laptop type ultrasound trolley ultrasound 4D color Doppler cheap black/white ultrasound machine wireless ultrasound probe could use with phone and tablet

Summary of main specifications and system of laptop 4D color Doppler color Doppler ultrasound Laptop type all digital color Doppler ultrasound host Ultrasonic host operating system: Windows7 operating system Spectrum pulse Doppler Direction energy Doppler Real time three synchronization Space composite imaging: the requirement is 3 level, visual adjustable. Organized harmonic imaging technology 4B imaging mode One key intelligent optimization Support multilingual user interface Monitor: 15 inches, high definition LED Physical clipboard: save the image on the left side of the screen, which can be deleted directly. The system has the function of on-the-spot upgrade Presupposition: for different inspection of the viscera, preset the inspection conditions for the best image, reduce the adjustment of the operation, and the commonly used external adjustment and combination regulation. Support real-time 3D imaging function Language: Chinese/English/Russian/Spanish/French/Arabic/Vietnamese/Portuguese/Indonesian The probe interface is 1