Shoimage SHO-BAX01 High-Freguency Digital LargeAnimal X-Ray Machine
The Shoimage SHO-BAX01 High-Frequency Digital Large Animal X-Ray Machine is designed to meet the rigorous demands of veterinary professionals, offering exceptional imaging clarity for various medical uses. Winselluma, an authorized distributor, provides this cutting-edge technology to ensure the highest quality care for large animals. This machine features advanced digital capabilities, reducing examination times and improving diagnostic accuracy. Trust Winselluma for top-tier veterinary equipment that enhances your practice's efficiency and reliability.
Product Info
SHO-BAX01 High-Frequency Digital Large Animal X-Ray Machine
The SHO-BAX01 is a high-end digital radiography system specifically designed for large animal imaging. Its smart design and flexible movement allow for easy operation and multiple imaging positions, ensuring high working efficiency and reliable performance in veterinary or research environments.
Key Features
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High-Performance X-ray Technology
Sophisticated design with high rotating speed, excellent heat dissipation, and high heat capacity ensures long-term clinical use and extended tube life. -
High-Frequency Generator
Large-power generator with high X-ray inverse frequency delivers stable output and high-quality X-rays. -
Intelligent High-Voltage Control
Equipped with advanced APR (anatomical programmed radiography) functions and automatic protection features. -
Advanced Digital Detector
New-generation a-Si CsI flat panel detector offers high conversion efficiency, enabling low-dose digital image acquisition. -
Comprehensive Digital Imaging
High-standard image processing system supports multiple post-processing options, meeting diverse clinical and research needs. -
Automatic Tracking Function
X-ray tube and flat panel detector can automatically track the target, simplifying large animal imaging workflows.
This unit is ideal for veterinary hospitals, research centers, and animal care facilities requiring precision, safety, and flexibility in large-animal X-ray imaging.
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