Order Code	Product Name
A-05-03-M01	Vet C-arm DR System | Veterinary Mobile Fluoroscopy Imaging Equipment | FKNMED

Vet C-arm DR System

Brief Introduction

The Vet C-arm DR System is a professional mobile fluoroscopy and radiography solution designed for veterinary clinical surgery, orthopedic procedures and animal diagnostic imaging. Integrating high-frequency high-voltage X-ray generation technology and digital imaging processing, it provides stable intraoperative imaging performance for veterinary hospitals, clinics and animal surgical centers.

With intelligent automatic brightness tracking, dual fluoroscopy operation modes and flexible mobile structural design, this Veterinary Equipment supports standardized imaging workflows for companion animals and livestock in veterinary surgical and diagnostic environments.

Application Scope

The Vet C-arm DR System is widely applied in Veterinary Operating Rooms, Pet Operating Rooms, Animal Operating Rooms and Veterinary Exam Diagnostics scenarios. It supports veterinary orthopedic procedures including osteopathy correction, bone diaplasis and internal nailing fixation, as well as surgical imaging applications such as foreign body removal, pacemaker implantation and local partial radiography.

This animal imaging equipment integrates with veterinary medical workflows including Veterinary POCT, Veterinary IVD, Veterinary Radiology Room, Veterinary Treatment & Recovery, Veterinary Dental Care and Veterinary Ophthalmic Care. It is suitable for pet hospitals, livestock breeding institutions, veterinary medical centers and third-party veterinary diagnostic organizations.

Features

Diagnostic Imaging Performance

Equipped with a high-frequency high-voltage X-ray generator, 9-inch three-field image intensifier and 1024×1024 ultra-low illumination digital camera, the system provides high-resolution intraoperative imaging. The automatic kV and mA brightness tracking function helps maintain image brightness consistency during fluoroscopy operations.

Professional image processing functions including noise reduction, edge enhancement and multi-window adjustment support image optimization for veterinary orthopedic surgery and diagnostic imaging workflows.

Operational Reliability

The Vet C-arm DR System adopts a ≥40kHz high-frequency inverter power supply and standardized monoblock X-ray tube structure to support continuous fluoroscopy and radiography operations. The electric beam limiting structure, laser cross positioning function and durable mechanical design improve operational stability in veterinary operating environments.

Designed for standard 220V power supply environments, the system supports long-term deployment in veterinary clinics, animal hospitals and professional surgical centers.

Veterinary Workflow Efficiency

The dual control design with LCD touch screen host and handheld controller simplifies parameter adjustment and operation procedures during veterinary surgery. Image processing functions including mirror flipping, scaling, annotation and one-click report generation help optimize post-imaging workflows.

With standard DICOM interface compatibility, the system supports image data transmission and integration with veterinary hospital information systems.

Workflow Compatibility

The Vet C-arm DR System is designed for integration into veterinary diagnosis, surgical treatment and medical record management workflows. Its movable mechanical structure and multi-angle rotation design support different surgical positions and animal examination scenarios.

Procurement Value

FKNMED Vet C-arm DR System provides a professional veterinary surgical imaging solution with stable supply capability, flexible application scenarios and practical procurement value. It is suitable for veterinary institutions, animal healthcare organizations, importers and distributors requiring reliable mobile imaging equipment.

Specification

Item	Parameter
X-ray Tube Focus	0.3/1.5
Anode Capacity	35kJ(47kHu)
Tube Heat Capacity	650kJ(867kHu)
Power Output	3.5kW
Inverter Frequency	≥40kHz
Continuous Fluoroscopy	40kV～110kV, 0.3mA～4mA (auto brightness tracking)
Pulse Fluoroscopy	40kV～110kV, 0.3mA～8mA
Radiography Mode	40kV～110kV, 25mA～63mA, 1.0mAs～125mAs
Image Intensifier	9-inch three field, center resolution 4.8lp/mm
Camera & Display	1024×1024 ultra-low illumination camera; 23.8/24-inch LCD, 1920×1200 resolution
Working Environment	10℃–40℃, 30%–75% RH, 700–1060hpa
Power Supply	Single-phase 220V±22V, 50Hz±1Hz, internal resistance ≤1Ω
Mechanical Parameters	Forward/backward 200mm; horizontal rotation ±180°; vertical rotation ±15°; C-arm opening 760mm

Why Choose FKNMED

FKNMED Vet C-arm DR System is developed for global veterinary surgical and diagnostic imaging markets. With stable production capability, bulk supply support and standardized technical assistance, FKNMED serves veterinary hospitals, animal diagnostic institutions, importers and distributors worldwide.

Combining mobile imaging flexibility, digital image processing functions and veterinary workflow compatibility, this system supports professional animal surgery and diagnostic applications while helping partners establish efficient veterinary imaging solutions.

Vet C-arm DR System – FAQ

Q1. How to select a veterinary C-arm DR system for orthopedic and surgical procedures?

Selecting a veterinary C-arm DR system requires evaluation of clinical application, animal size range, surgical workflow, and imaging requirements. Veterinary hospitals should consider mobility, positioning flexibility, image quality, operating room compatibility, and ease of integration into existing surgical procedures. The system should support routine orthopedic examinations, intraoperative imaging, and documentation needs. Procurement teams should also evaluate maintenance requirements, operator training, and long-term service capability to ensure stable operation in veterinary surgical environments.

Q2. Which animal surgeries benefit from intraoperative C-arm digital radiography?

Veterinary C-arm digital radiography is commonly applied in procedures requiring real-time imaging guidance, including orthopedic surgery, fracture management, joint procedures, spinal interventions, and implant positioning. It helps veterinary teams visualize anatomical structures during surgery and supports more efficient decision-making throughout the procedure. The application range depends on animal size, surgical requirements, and clinical protocols. Veterinary hospitals can evaluate C-arm systems based on their surgical case volume, specialist capabilities, and imaging workflow requirements.

Q3. How does C-arm imaging improve real-time guidance during veterinary surgery?

C-arm DR systems provide intraoperative imaging that allows veterinary surgeons to review anatomical positioning during surgical procedures. This supports workflow coordination between surgeons, technicians, and anesthesia teams by providing immediate imaging feedback when required. In orthopedic applications, real-time visualization can assist with fracture alignment, implant positioning, and surgical assessment. Integrating C-arm imaging into the operating workflow helps reduce delays associated with moving animals between surgical and imaging areas.

Q4. Can veterinary C-arm DR support fracture fixation in dogs and cats?

Yes, veterinary C-arm DR systems are designed to support imaging requirements during orthopedic procedures involving small animals such as dogs and cats. During fracture fixation, intraoperative imaging can assist veterinary teams in evaluating bone alignment, implant placement, and surgical progress. The suitability of a C-arm system depends on the animal size, procedure type, and hospital workflow. Veterinary facilities should select equipment according to their orthopedic case requirements and operating room environment.

Q5. What imaging specifications should veterinary hospitals evaluate before purchasing a C-arm DR system?

Procurement teams should compare key specifications including imaging performance, mobility, positioning flexibility, detector configuration, workflow compatibility, and system reliability. The appropriate configuration depends on the hospital’s surgical applications, including orthopedic procedures, joint operations, or other interventions requiring intraoperative imaging. Buyers should also consider software functions, image management capabilities, maintenance requirements, and staff training needs to ensure the system can support continuous veterinary surgical operations.

Q6. How should veterinary teams coordinate anesthesia, surgery, and C-arm imaging workflows?

Effective C-arm operation requires coordination between veterinary surgeons, anesthesia teams, and radiography operators. Before surgery, teams should plan patient positioning, C-arm movement paths, imaging requirements, and radiation safety procedures. During the procedure, communication between operators helps maintain efficient image acquisition while minimizing workflow interruption. Establishing standardized operating procedures can improve consistency, support patient safety management, and help veterinary hospitals maintain reliable intraoperative imaging practices.

Q7. Can veterinary C-arm DR support spinal, pelvic, and joint procedures?

Veterinary C-arm DR systems can support imaging requirements for various orthopedic applications, including spinal, pelvic, and joint procedures where intraoperative visualization is valuable. The actual application depends on animal anatomy, surgical complexity, and clinical workflow. Veterinary hospitals should evaluate the system’s positioning capability, imaging coverage, and operational flexibility to ensure compatibility with their intended procedures. Proper workflow planning helps maximize the value of C-arm imaging in specialized veterinary surgery.

Q8. What radiation protection measures are essential for veterinary C-arm operation?

Radiation protection is an important consideration when implementing C-arm imaging in veterinary operating rooms. Veterinary facilities should establish appropriate safety procedures, including operator training, radiation monitoring, protective equipment use, and compliance with local regulatory requirements. Proper positioning of staff and equipment can help optimize workflow while maintaining a controlled surgical environment. Procurement teams should evaluate available safety features and ensure that operating protocols are established before routine clinical use.

Q9. How should veterinary hospitals maintain and reduce downtime of C-arm DR systems?

Regular maintenance is essential for stable operation of veterinary C-arm DR systems. Hospitals should follow recommended inspection procedures for mechanical movement, imaging components, generators, detectors, and system accessories. Cleaning and disinfection should be performed according to clinical requirements to support surgical workflow. Preventive maintenance, operator training, and timely technical support can help reduce unexpected interruptions and maintain continuous imaging capability in veterinary surgical departments.

Q10. How can veterinary hospitals integrate C-arm DR images into clinical documentation workflows?

C-arm DR images can support veterinary clinical documentation by providing imaging records associated with surgical procedures and postoperative evaluation. A standardized workflow for image labeling, storage, retrieval, and reporting helps improve case management and communication among veterinary teams. Integration with existing hospital information systems or image management platforms should be evaluated according to facility requirements. Proper documentation practices also support long-term patient records and clinical workflow optimization.

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