Veterinary Color Doppler Pet Dog Heart Ultrasound Machine

T9-VET

The Dawei T9-VET veterinary color Doppler pet dog heart ultrasound machine is primarily designed for diagnosing heart conditions in dogs, cats, and rodents. It is a pet ultrasound machine known for its exceptional imaging quality.


Product Detail

Applications

The Dawei T9-VET veterinary color Doppler dog heart ultrasound is suitable for a wide range of diagnostic examinations in pets, including the digestive system, reproductive system, urinary system, cardiovascular system, musculoskeletal system, and ophthalmology.

Performance

Veterinary Color Doppler

Comfortable handheld imaging, ultra-light weight, easy to carry

Display, high brightness, low power consumption

USB, TF card by port, convenient and fast image storage and playback

110° left/right angle adjustment

 

Animal heart ultrasound

Clear pet heart ultrasound images

dog heart ultrasound manufacturers

Dog heart ultrasound machine is versatile enough to meet a variety of diagnostic needs

B+C Dual Real-Time Modes

M-Mode

Color Doppler Blood Flow Mode

Continuous Doppler Mode

Real-Time Dual-Frame Contrast Imaging

Real-Time Triple Synchronization Imaging

Abundant measurement packages

Standard case templates

Real-time image storage

Optional ECG module with USB interface

Advanced imaging technologies:

Digital Beamforming

Multi-Beam Synthesis

Harmonic Imaging Technology

Spatial Compound Imaging

Frequency Compound Imaging

Speckle Noise Suppression Technology

Animal cardiac ultrasound host can be directly connected to WIFI, hotspot

dog heart ultrasound suppliers

Probe

Phased array probes for cardiac diagnosis: can meet the clinical use of about 400 grams of mice, 1 kg of cats ~ fat cats, 2 kg ~ 60 kg of dogs.

High frequency line array probe:Suitable for superficial organs, musculoskeletal, ophthalmological.

Microconvex probe:Suitable for diagnosis of digestive system, reproductive system, urinary system and basic cardiac examination.

Clinical Images

Mitral-valve-short-axis-M-shaped-effect
Linear-array-left-ovarian-effect
Blood-flow-effect-of-microconvex-kidney