Category
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Order Code |
Product Name |
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Automatic Small Animal Peritoneal Dialysis Machine | Veterinary Renal Therapy Equipment |
The Automatic Small Animal Peritoneal Dialysis Machine is a professional veterinary renal therapy device designed for small animal clinical care. It provides a standardized automated dialysis workflow for companion animals and supports long-term deployment in pet hospitals, veterinary clinics and animal rehabilitation institutions. With precise fluid control, automated operation procedures and comprehensive safety protection functions, this equipment offers a practical solution for veterinary institutions requiring reliable small animal renal treatment capabilities.
Designed for small animal veterinary applications, the system simplifies dialysis operation through automated preheating, flushing, draining, infusion and fluid retention procedures. Its stable performance, compact workflow design and cost-effective operation model support global veterinary medical institutions, importers and distributors seeking accessible renal therapy equipment.
This veterinary peritoneal dialysis machine is applied in Veterinary Treatment & Recovery, Pet Treatment & Recovery and Animal Treatment & Recovery scenarios. It is suitable for pet hospitals, veterinary clinics, animal critical care centers and third-party veterinary medical institutions performing small animal renal therapy procedures.
The equipment supports standardized dialysis treatment workflows for small companion animals and assists metabolic toxin removal and renal function maintenance. It can be integrated with existing veterinary diagnostic and treatment systems, including Veterinary Exam Diagnostics, Veterinary POCT & IVD, Veterinary Operating Room and Veterinary Radiology Room, providing support for comprehensive animal healthcare workflows.
The device adopts accurate fluid volume control with a maximum single infusion volume error of ≤30mL/time or ±10%, supporting consistent dialysate dosage management during each treatment cycle. The heating system provides a temperature adjustment range of 34℃~40℃ with ±1℃ accuracy, helping maintain stable treatment conditions. Embedded flow check valves and optional negative pressure exhaust structure contribute to reliable dialysate circulation performance.
Designed for continuous veterinary clinical operation, the machine supports up to 48 hours of stable working duration and a maximum of 8 dialysis cycles. Integrated safety functions include over-infusion prevention, pipeline blockage alarm, audible and visual alerts, and automatic infusion stop under abnormal conditions. With working noise below 55dB(A) and IPX1 protection type, the system supports stable daily operation in veterinary medical environments.
The standardized automated dialysis process covers preheating, flushing, draining, infusion and fluid retention, reducing manual operation requirements. The touch screen control system supports convenient parameter adjustment with a 1mL infusion adjustment gradient. A maximum 5-hour dwell time and ≥20L drainage volume capability provide flexible support for different small animal dialysis workflows and improve operational efficiency in veterinary critical care departments.
The equipment integrates automated dialysis procedures, parameter control and safety monitoring functions into existing veterinary clinical workflows. Its simplified operation design adapts to conventional pet hospitals, veterinary clinics and animal healthcare institutions without requiring complicated supporting facilities or additional workflow modification.
As a practical alternative to imported veterinary dialysis equipment, the system combines automated operation, reliable performance and controlled operating costs. Its durable structure, stable working capability and simplified maintenance requirements help veterinary institutions reduce long-term operational expenses while supporting batch procurement needs from distributors and animal medical organizations.
| Item | Parameter |
|---|---|
| Ambient Working Temperature | 10℃~40℃ |
| Relative Humidity | 30%~70% |
| Atmospheric Pressure | 860hPa~1060hPa |
| Power Supply | AC220V, 50Hz, 300VA |
| Protection Type | IPX1 |
| Storage Temperature | 5℃~40℃ (humidity ≤80%) |
| Single Infusion Volume Error | ≤30mL/time or ±10% (maximum absolute value) |
| Heating Temperature Range | 34℃~40℃, accuracy ±1℃ |
| Optional Negative Pressure Range | ≤9.5kPa |
| Alarm Sound Level | ≥60dB(A) |
| Working Noise | ≤55dB(A) |
| Recommended Liquid Height Difference | ≥40cm |
| Maximum Dialysis Cycles | ≥8 times |
| Maximum Dwell Time | ≥5h |
| Infusion Volume Range | 20mL/time – 5000mL/time |
| Infusion Adjustment Gradient | 1mL |
| Maximum Drainage Volume | ≥20L |
| Continuous Working Duration | ≥48h |
| Optional Weighing Device Range | 0kg~10kg, error ±20g or ±2% |
FKNMED Automatic Small Animal Peritoneal Dialysis Machine is a professional B2B veterinary renal therapy solution developed for global small animal healthcare markets. We provide stable supply capability to support international importers, distributors and veterinary institutions with long-term equipment deployment requirements.
With automated workflow design, precise fluid management and comprehensive safety control functions, the system helps veterinary organizations establish efficient and standardized small animal renal treatment workflows. FKNMED provides professional technical guidance and after-sales support to assist global partners in developing reliable animal healthcare service capabilities.
Q1. How to select an automatic peritoneal dialysis machine for veterinary hospitals?
When selecting an automatic peritoneal dialysis machine, veterinary hospitals should evaluate clinical application requirements, patient population, treatment workflow, and operational capability. Key considerations include system automation, monitoring functions, treatment management features, maintenance requirements, and staff training needs. Small animal referral centers and veterinary intensive care units should assess their expected renal support cases and workflow requirements before purchase. Procurement teams should also consider equipment reliability, installation conditions, technical support, and long-term operation requirements to ensure stable integration into veterinary renal care services.
Q2. Which dogs and cats are suitable for automated peritoneal dialysis?
Automated peritoneal dialysis may be considered for selected canine and feline patients requiring advanced renal support under veterinary supervision. Clinical evaluation is typically based on factors such as kidney function, overall health condition, fluid balance requirements, and treatment objectives. Veterinary teams usually combine physical examination, laboratory testing, and continuous monitoring to determine whether peritoneal dialysis is appropriate. Hospitals providing this therapy should establish standardized patient assessment procedures and ensure trained personnel are available throughout the treatment process.
Q3. How does peritoneal dialysis support renal management in small animal patients?
Peritoneal dialysis supports renal management by using the peritoneal membrane as part of an extracorporeal fluid and waste exchange process. In veterinary applications, it may assist with fluid balance management and removal of certain metabolic waste products when kidney function is insufficient. Successful treatment requires careful patient evaluation, appropriate treatment planning, and continuous monitoring of clinical response. A structured workflow involving diagnosis, dialysis preparation, treatment monitoring, and follow-up assessment helps veterinary hospitals provide consistent renal support services.
Q4. How should veterinarians determine treatment settings for different animal body weights?
Treatment settings for automated peritoneal dialysis should be determined according to individual patient factors, including body weight, clinical condition, treatment goals, and veterinary assessment. Patient size can influence treatment planning, including fluid management requirements and cycle design considerations. Veterinary teams should establish appropriate protocols based on professional evaluation and equipment capabilities. Consistent documentation of treatment parameters and patient response helps clinicians optimize ongoing renal support management and maintain a controlled treatment workflow.
Q5. What safety monitoring functions are important for automatic veterinary peritoneal dialysis systems?
Safety monitoring functions are essential when selecting an automatic peritoneal dialysis system for veterinary use. Clinics should evaluate features related to treatment monitoring, operational alerts, fluid management control, and system performance tracking. During dialysis procedures, veterinary teams need to observe both patient condition and equipment operation to identify potential issues promptly. Reliable monitoring capabilities, operator training, and established emergency procedures support safer operation in veterinary intensive care and specialized renal treatment environments.
Q6. What workflow should veterinary hospitals establish for automated peritoneal dialysis treatment?
A complete automated peritoneal dialysis workflow typically includes patient evaluation, diagnostic testing, treatment preparation, dialysis cycle management, and post-treatment monitoring. Veterinary teams first assess the patient’s clinical condition and determine an appropriate treatment plan. During operation, staff monitor fluid balance, equipment performance, and patient response while maintaining accurate records. After treatment, follow-up evaluation supports continued renal management. Standardized workflows help veterinary hospitals improve consistency and efficiency when providing advanced dialysis care.
Q7. Can automated peritoneal dialysis support emergency renal care in veterinary intensive care units?
Automated peritoneal dialysis may be incorporated into emergency renal support workflows for selected small animal patients requiring intensive monitoring. Emergency applications require coordinated management involving clinical assessment, laboratory evaluation, treatment preparation, and continuous observation during dialysis cycles. Veterinary intensive care teams should ensure appropriate protocols, trained operators, and equipment management procedures are established before handling complex cases. Proper workflow planning helps facilities provide timely and controlled renal support when advanced care is required.
Q8. What maintenance is required for an automatic small animal peritoneal dialysis machine?
Regular maintenance is necessary to support reliable operation of automatic small animal peritoneal dialysis equipment. Veterinary facilities should follow recommended procedures for cleaning, disinfection, inspection of pumps, valves, sensors, and fluid-related components. Routine verification of system functions and alarm performance can help identify potential issues before they affect treatment procedures. Maintaining service records, performing scheduled checks, and training operators on proper equipment handling contribute to long-term performance and reduced operational downtime.
Q9. What staff training is required for automated peritoneal dialysis operation?
Automated peritoneal dialysis requires trained veterinary personnel who understand patient preparation, equipment operation, treatment monitoring, and infection-control procedures. Training should cover system operation, treatment workflow, alarm response, documentation requirements, and routine equipment management. Veterinary technicians and clinical teams should follow established protocols to maintain consistent treatment procedures. Proper staff preparation helps reduce operational risks, improve workflow efficiency, and support continuous renal care services in veterinary hospitals.
Q10. Which specifications should procurement managers compare before purchasing an automatic small animal peritoneal dialysis machine?
Procurement managers should compare specifications related to treatment capability, automation level, monitoring functions, workflow compatibility, maintenance requirements, and facility needs. Important considerations include whether the system supports veterinary renal care applications, allows efficient daily operation, and meets the hospital’s expected patient requirements. Buyers should also evaluate installation conditions, staff training needs, technical support, and long-term management costs. A comprehensive assessment helps veterinary hospitals, distributors, and importers select equipment suitable for professional small animal healthcare environments.
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