Order Code	Product Name
A-06-01-M01	Veterinary Palm Color Doppler Ultrasound | Portable Animal Diagnostic Imaging Device | FKNMED

Veterinary Palm Color Doppler Ultrasound with Convex Probe

Brief Introduction

The Veterinary Palm Color Doppler Ultrasound with Convex Probe is an ultra-portable diagnostic imaging device designed for point-of-care veterinary diagnosis. This palm-sized ultrasound system supports flexible mobile examination for companion animals and livestock, providing color Doppler imaging capability for veterinary clinical and field applications.

Compatible with iOS, Android and Windows systems, the device integrates lightweight design, adjustable imaging parameters and built-in lithium battery power supply. It is suitable for pet clinics, livestock farms, mobile veterinary services and third-party animal diagnostic institutions requiring convenient on-site ultrasound examination.

Application Scope

This portable color Doppler ultrasound system is widely applied in Veterinary Exam Diagnostics, Pet Exam Diagnostics, Animal Exam Diagnostics, Veterinary POCT and routine Veterinary Treatment & Recovery scenarios.

It is suitable for pet hospitals, mobile veterinary clinics, livestock breeding farms and veterinary laboratories for visceral organ examination, obstetric detection, soft tissue lesion screening and auxiliary animal health assessment.

Supporting integration with Veterinary IVD testing, Veterinary Operating Room procedures and daily animal healthcare workflows, this equipment provides flexible diagnostic deployment for on-site emergency examination, farm health screening and routine veterinary applications. It also meets bulk procurement requirements from international veterinary equipment importers and distributors.

Features

Diagnostic Accuracy

Equipped with a 128-element convex probe and adjustable 3.2/5.0MHz frequency, the device supports scanning depths from 90mm to 305mm with a Convex R60 wide field of view.

The system adopts 256-level gray scale imaging and multi-level noise reduction adjustment to optimize image clarity. Multiple imaging modes including B, B/M, Color, PDI and PW support comprehensive tissue and vascular examination, providing consistent imaging information for veterinary clinical screening and assessment.

Operational Reliability

Built with electronic convex array scanning technology, the ultrasound probe provides stable imaging performance during repeated veterinary examinations. The compact integrated structure supports frequent mobile use and daily clinical operation.

Powered by a 4200mAh built-in lithium battery, the device provides up to 3 hours of working duration for flexible on-site diagnosis. Adjustable imaging parameters maintain stable output during different veterinary examination scenarios.

Lab & Clinic Efficiency

The palm-sized lightweight design simplifies traditional ultrasound workflows and supports mobile terminal screen sharing. Real-time imaging, parameter adjustment and image/video storage on smartphones and tablets improve examination and data management efficiency.

Flexible gain and dynamic range adjustment support different animal tissue characteristics, helping veterinary clinics, farms and third-party testing institutions improve daily diagnostic workflow efficiency.

Workflow Compatibility

Supporting iOS, Android and Windows systems, this veterinary ultrasound device is compatible with mainstream mobile terminals for flexible deployment in different clinical environments.

Its multi-mode imaging functions and measurement capabilities integrate into Veterinary Exam Diagnostics and routine animal healthcare workflows without additional equipment adaptation.

Cost Effectiveness

As a portable alternative to traditional large ultrasound equipment, the Veterinary Palm Color Doppler Ultrasound reduces equipment space requirements and improves deployment flexibility.

Stable probe performance, rechargeable battery operation and convenient mobile workflow help veterinary institutions and breeding enterprises control long-term operational costs while supporting bulk procurement needs of B2B veterinary distributors.

Specification

Item	Parameter
Scan Mode	Electronic Array, Electronic Convex Array Scanning
Probe Frequency	3.2/5.0MHz (Convex Probe)
Elements	128 elements
Scanning Depth	90-305mm (adjustable, Convex)
Field of View	Convex R60
Display Terminal	Smart phone / Tablet screen
Compatible System	iOS, Android, Windows
Display Mode	B, B/M, Color, PDI, PW
Image Gray Scale	256 level
Noise Reduction Level	0-1-2-3-4
Gain Range	30db-105db
Dynamic Range	40/50/60/70/80/90/100/110
Storage Method	Image/Video stored on mobile phone / Tablet PC
Measurement Functions	Distance, area, obstetric measurement
Power Supply	4200mAh built-in lithium battery
Working Duration	3 hours
Dimension	156mm×60mm×20mm
Net Weight	250 gram

Why Choose FKNMED

FKNMED Veterinary Palm Color Doppler Ultrasound is a professional portable POCT imaging solution designed for global veterinary B2B markets. We provide stable batch supply and flexible order support for international importers, distributors and veterinary service providers.

With ultra-portable design, multi-system compatibility, flexible imaging modes and convenient mobile deployment, this system helps veterinary clinics, laboratories and breeding enterprises improve on-site diagnostic workflow efficiency. FKNMED provides standardized technical guidance and after-sales support to assist global partners in establishing flexible veterinary diagnostic solutions.

Veterinary Palm Color Doppler Ultrasound with Convex Probe – FAQ

Q1. How to select a veterinary palm color Doppler ultrasound with a convex probe?

Selecting a veterinary palm color Doppler ultrasound system requires evaluation of animal species, examination requirements, clinical workflow, and operating environment. Veterinary clinics should consider applications such as abdominal imaging, reproductive assessment, vascular evaluation, and emergency diagnostics. The convex probe configuration is suitable for examinations requiring broader imaging coverage, especially in abdominal applications. Procurement teams should evaluate image quality, portability, probe performance, data management capability, maintenance requirements, and suitability for daily veterinary operations before purchase.

Q2. Which animal species and clinical applications suit a convex ultrasound probe?

A convex ultrasound probe is commonly used for veterinary examinations involving dogs, cats, livestock, and other animals requiring abdominal or deeper tissue imaging. Typical applications include abdominal assessment, reproductive monitoring, organ evaluation, and general health examinations. The suitable application depends on animal size, anatomical structure, and clinical requirements. Veterinary professionals should select probe configurations according to their patient population and diagnostic workflow to ensure efficient examination procedures across different animal categories.

Q3. How does color Doppler improve veterinary ultrasound assessment?

Color Doppler enhances veterinary ultrasound examinations by providing information related to blood flow patterns within tissues and vessels. It can support clinical evaluation of vascular structures and organ perfusion when combined with conventional ultrasound imaging. In veterinary practice, Doppler capability helps clinicians obtain additional diagnostic information during abdominal, reproductive, and cardiovascular assessments. By integrating imaging findings with clinical examination results, veterinary teams can improve diagnostic decision-making and establish a more complete evaluation workflow.

Q4. Can palm ultrasound support abdominal imaging in dogs, cats, and livestock?

Yes, a palm color Doppler ultrasound system with a convex probe can support abdominal imaging applications in various veterinary environments. It is commonly used for evaluating abdominal organs and supporting routine diagnostic procedures in small animal clinics, livestock practices, and mobile veterinary services. The portable design allows veterinarians to perform examinations in different locations while maintaining a practical workflow. Buyers should evaluate probe suitability, imaging requirements, and expected animal workload when selecting equipment for their facility.

Q5. How should veterinarians choose ultrasound equipment for emergency and farm veterinary applications?

For emergency and farm veterinary applications, veterinarians should consider portability, operational efficiency, battery capability, durability, and ease of use. A suitable palm ultrasound system allows rapid examinations during clinical emergencies or field visits where transporting animals may not be practical. Farm veterinarians should also evaluate environmental conditions, cleaning requirements, and workflow compatibility. Equipment selection should focus on supporting timely animal examination, diagnostic evaluation, and continuous veterinary service in different operating environments.

Q6. What factors affect image quality during veterinary palm Doppler ultrasound examinations?

Ultrasound image quality can be influenced by animal size, hair coverage, acoustic contact, patient movement, operator technique, and scanning preparation. Proper animal positioning, suitable coupling methods, and standardized examination procedures help improve image consistency. For larger animals or deeper anatomical structures, veterinarians should consider whether the selected probe and system performance match their clinical requirements. Training and protocol standardization are also important for maintaining reliable imaging results between different operators.

Q7. Can convex-probe palm ultrasound support livestock reproductive management?

Portable convex-probe ultrasound systems can support livestock reproductive management applications where mobile diagnostic capability is required. Veterinary professionals may use ultrasound examinations as part of reproductive assessment workflows for livestock species such as cattle, sheep, and goats. The portable format allows examinations closer to the animal location, improving operational efficiency in farm environments. When selecting equipment for livestock applications, buyers should consider portability, probe suitability, battery operation, and the expected examination workload.

Q8. How should veterinary clinics standardize ultrasound examination protocols?

Veterinary clinics can standardize ultrasound workflows by establishing consistent procedures for animal preparation, scanning methods, image acquisition, labeling, and reporting. Standardized protocols help reduce variation between operators and improve communication among veterinary teams. For multi-user facilities, consistent training and documentation practices support reliable clinical evaluation. A structured ultrasound workflow connects animal examination, diagnostic imaging, clinical assessment, and follow-up monitoring more effectively.

Q9. What maintenance is required for a veterinary palm color Doppler ultrasound system?

Routine maintenance focuses on protecting the convex probe, display, battery, connectors, and other system components. Veterinary facilities should follow proper cleaning and disinfection procedures after examinations to maintain safe operation between animal patients. Regular performance checks help identify potential issues that may affect imaging workflow. Procurement teams should also evaluate long-term maintenance requirements, service support, and operational procedures to ensure stable use in clinics, hospitals, and mobile veterinary environments.

Q10. Which specifications should procurement managers compare before purchasing a palm color Doppler ultrasound system?

Procurement managers should compare specifications based on clinical applications, target animal population, workflow requirements, and future service expansion. Important considerations include imaging capability, convex probe performance, portability, data storage functions, battery operation, maintenance requirements, and system reliability. Veterinary hospitals and distributors should evaluate whether the equipment meets the needs of routine examinations, emergency applications, and field veterinary services. Proper specification comparison helps ensure the selected system supports long-term veterinary diagnostic operations.

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