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Trolley Color Doppler Ultrasound

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The VU40, equipped with a powerful processing platform and innovative Imaging technology, along with a seamless workflow and dedicated veterinary measurement packages, caters to all the needs of routine veterinary examinations.The most practical system excels in performance and can effectively examine specific areas like Abdomen, Obstetrics, Urology, Cardiology, and Superficial regions across animals of all sizes.

Professional Vet-specific Presets

Veterinary Applications

Probe Model	Probe	Imaging
8P2MA ● 3.5-15.0MHz ● Single crystal phased array probe ● For Cardiology of felines
3P2PA ● 1.0-6.5MHz ● Phased array probe ● For Cardiology of big-sized canines
5P1PA ● 2.5-13.0MHz ● Phased array probe ● For Cardiology of small and medium-sized canines
6C1PD ● 3.5-12.0MHz ● Micro convex array probe ● For Abdomen, Cardiology, Reproduction
3C5PD ● 1.0-7.5MHz ● Convex array probe ● For Abdomen and Reproduction
10L2PD ● 4.2-16.0MHz ● High-frequency linear array probe ● For Abdomen and Small Parts
7L4PD ● 4.2-15.0MHz ● Linear array probe ● For Abdomen and Small Parts

Dedicated Design for Veterinary


21.5" medical monitor - Angle adjustable - Foldable	Optimized control panel -Motorized-height adjustable -Angle adjustable

Splash-resistant panel protection film -Reliable cleaning and disinfection	4 Universal transducer connectors

Technologies

Frequency Composite Imaging

Combine the high penetration of the fundamental frequency and the high resolution of the harmonic frequency to improve the detail resolution and contrast resolution of the near field and the far field to provide the best image quality.

Pulse Inverse Harmonic Imaging PIHI

By removing the fundamental wave signal while maximizing the retention of the second harmonic wave signal, the signal intensity is increased by more than 30% compared to traditional signal processing, reducing noise and artifacts, and improving the contrast resolution of tissue images.

ZClear Adaptive Spatial Filtering

This technology tracks the specific signals of different tissue edges in real time to enhance the edges, while monitoring each pixel to optimize tissue signal, effectively removing noise, and integrating edge information and internal tissue pixel information perfectly.It retains valid signals and restores two dimensional images with real, delicate, and excellent contrast.

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