Order Code	Product Name
A-05-02-M02	Veterinary 32KW Tabletop DR | Animal Digital Radiography System | FKNMED

Veterinary 32KW Tabletop DR

Brief Introduction

The Veterinary 32KW Tabletop DR is a professional digital radiography system designed for high-standard veterinary clinics, animal hospitals, livestock breeding institutions and veterinary diagnostic laboratories. Featuring high-power imaging capability, preset clinical modes, flexible floating bed technology and dual-focus imaging design, it provides stable radiographic performance for companion animals and livestock examination workflows.

With 32KW aggregate power, adjustable imaging parameters, 15.6-inch touch screen operation and dual 220V/380V power compatibility, this Veterinary DR system supports high-frequency clinical imaging and laboratory screening applications in global veterinary medical environments.

Application Scope

The Veterinary 32KW Tabletop DR is designed for Veterinary Radiology Rooms, Pet Radiology Rooms, Animal Radiology Rooms and Veterinary Exam Diagnostics applications. It is suitable for premium pet hospitals, specialized veterinary clinics, livestock farms and professional veterinary testing institutions for skeletal screening, thoracic imaging, abdominal imaging, lesion examination and routine animal physical examination.

The system integrates with veterinary examination, veterinary laboratory and animal healthcare workflows, supporting professional procurement requirements from veterinary equipment importers, distributors and B2B trading partners.

Features

Diagnostic Imaging Performance

The system supports 40–125KV adjustable voltage with 1KV step adjustment, dual-range 10–400mA/32–400mA current and 0.1–400mAs adjustable parameters for flexible imaging control. The dual-focus design of 0.6×1.2mm and 1.0×1.2mm supports different animal body sizes and imaging requirements. Laser alignment mode improves positioning consistency during radiographic operations.

Built-in dose optimization software and preset clinical conditions simplify parameter adjustment and help maintain consistent imaging workflows for veterinary examination scenarios.

Operational Reliability

With 32KW aggregate power, 140KHU heat capacity and 2800rpm rotating speed, the Veterinary 32KW Tabletop DR supports continuous and high-frequency imaging operations in veterinary clinics and animal diagnostic facilities. Optional 30Khz/40Khz generator frequency and dual voltage compatibility allow adaptation to different regional power environments.

The equipment supports Toshiba or domestic X-ray tube options and features a four-way floating bed with electromagnetic locking for flexible animal positioning and stable daily operation.

Veterinary Workflow Efficiency

The 15.6-inch touch screen and preset clinical conditions simplify operational procedures and reduce imaging preparation steps. The movable floating bed design supports different animal positioning requirements, improving examination workflow efficiency for veterinary institutions and livestock applications.

Workflow Compatibility

The Veterinary 32KW Tabletop DR is designed for integration into veterinary radiology and animal diagnostic workflows. Its parameter settings, imaging functions and operation modes support standardized veterinary clinical and laboratory applications.

Procurement Value

FKNMED Veterinary 32KW Tabletop DR combines high-power imaging capability, flexible configuration options and stable operational performance for international veterinary equipment markets. It provides a practical solution for veterinary institutions, animal laboratories and distributors requiring reliable digital radiography equipment.

Specification

Item	Parameter
Aggregate Capacity	32KW
Service Voltage	220V / 380V
Power Requirement	Single phase 3 wire 220V/50HZ; Three-phase 4 wire 380V/50HZ (line diameter >4 mm², internal resistance <0.5Ω)
mA Range	10-400mA / 32-400mA
mAs Range	0.1-400mAs / 1-400mAs, step R'10
KV Range	40-125KV, 1KV step
Exposure Time	0.003~6.3s (34 steps), 1ms fine-tune increment/decrement
Focal Spot Size	0.6×1.2mm / 1.0×1.2mm dual focus
Speed & Heat Capacity	2800rpm / 140KHU
Generator Frequency	30Khz / 40Khz (Optional)
Bed Surface Size	70×140cm / 70×120cm (Optional), movable 40cm / 20cm
Core Features	15.6-inch touch screen, preset clinical conditions, optimal dose software control, four-way floating bed with electromagnetic locking, laser alignment mode, multiple tube options (Toshiba/domestic)

Other Specification for Option

Optional configurations include different generator frequency options, bed surface sizes and X-ray tube selections to meet different veterinary hospital, animal laboratory and livestock imaging requirements.

Why Choose FKNMED

FKNMED Veterinary 32KW Tabletop DR is developed for global veterinary medical markets requiring professional digital imaging solutions. With stable supply capability, flexible configuration support and standardized technical assistance, FKNMED helps veterinary hospitals, animal laboratories and distributors establish efficient animal diagnostic imaging systems.

Combining high-power imaging performance, operational convenience and application flexibility, this Veterinary DR system supports long-term veterinary workflow requirements and bulk procurement projects from international partners.

Veterinary 32KW Tabletop DR – FAQ

Q1. How to select a 32KW tabletop DR system for veterinary hospitals?

Selecting a 32KW tabletop DR system requires consideration of clinical applications, animal size range, imaging workload, workflow requirements, and facility configuration. Veterinary hospitals should evaluate whether the system supports routine examinations, orthopedic imaging, emergency cases, and high-volume diagnostic operations. Procurement teams should compare generator performance, detector configuration, tabletop capacity, image processing capability, maintenance requirements, and software compatibility. A suitable system should support efficient radiography workflows from patient positioning and image acquisition to clinical evaluation, helping veterinary facilities maintain stable diagnostic imaging operations.

Q2. Which animal species can be examined using a 32KW veterinary tabletop DR system?

A 32KW tabletop DR system is designed for professional veterinary imaging applications requiring stable digital radiography performance across different animal sizes. Depending on the configuration and clinical requirements, it can support examinations of companion animals such as dogs and cats, as well as larger veterinary patients requiring appropriate positioning capacity. Veterinary hospitals should assess their patient population, examination frequency, anatomical regions, and workflow requirements when selecting equipment. Proper system configuration helps ensure effective integration into animal hospitals, referral centers, and veterinary diagnostic facilities.

Q3. How does high generator power improve veterinary radiographic workflow?

Higher generator capability can support veterinary facilities performing a wide range of radiographic examinations by providing operational flexibility for different clinical scenarios. In high-volume hospitals, stable imaging performance helps improve workflow efficiency for routine, emergency, and orthopedic examinations. Veterinary teams can optimize patient handling, image acquisition, and diagnostic review processes through standardized protocols. When selecting a 32KW DR system, buyers should evaluate how generator capability matches their expected workload, animal size range, and long-term imaging requirements.

Q4. Can a 32KW tabletop DR system support orthopedic and large animal imaging applications?

A 32KW tabletop DR system can support veterinary orthopedic imaging workflows where digital radiography is required for evaluation of bones, joints, and musculoskeletal structures. Veterinary facilities should consider tabletop dimensions, patient positioning capacity, detector configuration, and clinical application requirements when evaluating suitability for larger animals. Standardized positioning procedures and technician training are important for achieving consistent image quality. These factors help hospitals manage orthopedic assessments and other diagnostic imaging procedures efficiently within their veterinary workflow.

Q5. What factors should veterinary hospitals consider when selecting detector and tabletop configuration?

Detector and tabletop configuration should be selected according to animal species, examination types, patient handling requirements, and expected imaging volume. Veterinary buyers should evaluate detector size, positioning flexibility, table capacity, image acquisition workflow, and cleaning requirements. For hospitals serving different animal categories, the system should provide sufficient operational flexibility for common examinations such as thoracic, abdominal, and orthopedic imaging. Procurement teams should also consider long-term durability, maintenance planning, and compatibility with existing clinical workflows.

Q6. How can veterinary technicians improve image consistency with a 32KW DR system?

Consistent radiographic results depend on standardized imaging protocols, proper patient positioning, appropriate exposure management, and regular operator training. Veterinary hospitals should establish procedures based on animal size, examination area, and diagnostic purpose. Technicians should be trained in patient preparation, positioning techniques, detector handling, and image evaluation to reduce repeat examinations. Regular equipment performance checks and workflow reviews also help maintain stable image quality across different operators and clinical departments.

Q7. Can a 32KW tabletop DR system support high-volume veterinary hospitals?

A 32KW tabletop DR system can be suitable for veterinary hospitals requiring frequent digital radiography examinations and structured imaging workflows. High-volume facilities should evaluate system reliability, examination efficiency, image processing speed, patient positioning workflow, and maintenance requirements before purchase. By integrating standardized radiography procedures, hospitals can improve coordination between imaging departments and clinical teams. The system selection should match the facility’s daily imaging demand, future expansion plans, and operational environment.

Q8. How can veterinary hospitals integrate DR images into clinical information workflows?

Digital radiography systems support modern veterinary workflows by enabling image storage, review, retrieval, and communication between veterinary professionals. Hospitals should evaluate compatibility with PACS, electronic veterinary medical records, and existing reporting procedures before implementation. Efficient image management allows radiographic findings to be connected with patient history, clinical evaluation, and treatment planning. Procurement teams should consider software integration and data management requirements as important factors when selecting a veterinary DR solution.

Q9. What maintenance is required for a veterinary 32KW tabletop DR system?

Regular maintenance is necessary to maintain stable imaging performance and reduce unexpected downtime. Veterinary facilities should establish procedures for cleaning the tabletop, detector, and positioning accessories, while also monitoring the condition of the X-ray tube, generator, cables, and system components. Routine performance verification helps identify potential issues before they affect clinical operations. Hospitals should maintain service records, operator training programs, and preventive maintenance schedules to support continuous diagnostic imaging capability.

Q10. Which specifications should procurement teams compare before purchasing a 32KW tabletop DR system?

Procurement teams should evaluate specifications related to clinical application, imaging performance, workflow compatibility, and long-term operation. Key considerations include generator capability, detector options, tabletop design, patient capacity, image processing functions, software integration, maintenance requirements, and supplier technical support. Buyers should also assess expected imaging volume, future clinical expansion, and facility requirements. A comprehensive evaluation helps veterinary hospitals, distributors, and importers select a DR system that meets professional veterinary imaging needs.

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