ISO13485 Membrane Oxygenator for Animal Experiments and Preclinical Extracorporeal Circulation Research

ISO 13485 Certified Manufacturer | Disposable Membrane Oxygenator | Animal Model Research | OEM & Customized Solutions

The ISO13485 Membrane Oxygenator for Animal Experiments is a specialized extracorporeal circulation component designed for preclinical research, animal surgical models and cardiovascular experimental studies.

Designed to support laboratory extracorporeal circulation systems, this membrane oxygenator provides efficient gas exchange performance for animal research applications requiring controlled oxygen delivery and carbon dioxide removal.

With standardized manufacturing, reliable material selection and professional quality control, the oxygenator is suitable for:

• Animal cardiopulmonary bypass research
• Cardiovascular surgery simulation
• Extracorporeal circulation experiments
• Medical device preclinical testing
• Surgical research models

Manufactured under an ISO 13485 quality management system, the product supports research institutions, universities, medical device developers and laboratory partners worldwide.

Animal experiments involving extracorporeal circulation require stable oxygenation performance, reliable connections and consistent product quality.

This membrane oxygenator provides:

• Efficient blood gas exchange
• Stable experimental circulation support
• Standardized disposable design
• Reliable laboratory workflow integration

The membrane oxygenator utilizes advanced hollow fiber membrane technology to support oxygen and carbon dioxide exchange during extracorporeal circulation procedures.

Functional Benefits:

• Oxygen transfer support
• Carbon dioxide removal
• Stable gas exchange performance
• Improved experimental controllability

The design helps researchers establish reliable extracorporeal circulation models for cardiovascular and surgical studies.

The membrane oxygenator can be integrated into animal extracorporeal circulation systems for cardiovascular research.

Applications include:

• Cardiopulmonary bypass studies
• Cardiac surgery simulation
• Hemodynamic research
• Blood circulation experiments

Benefits:

• Stable oxygenation support
• Repeatable experimental procedures
• Improved research efficiency

Medical device companies can utilize this oxygenator for preclinical evaluation of:

• Extracorporeal circulation devices
• Cardiovascular implants
• Blood-contacting medical devices
• Surgical technologies

Benefits:

• Standardized research component
• Consistent experimental conditions
• Supports device development workflow

Suitable for research involving:

• Large animal surgical models
• Circulatory system studies
• Organ perfusion experiments
• Experimental medicine research

Benefits:

• Easy integration into research circuits
• Stable performance
• Laboratory-friendly design

The oxygenator uses durable medical-grade materials designed for experimental extracorporeal applications.

Advantages:

• Good mechanical stability
• Transparent housing for observation
• Reliable circuit connection design

Disposable configuration helps researchers reduce preparation complexity.

Advantages:

• Ready for experimental setup
• Reduced cleaning and maintenance requirements
• Improved workflow efficiency
• Consistent product performance

The oxygenator is designed for compatibility with experimental extracorporeal circuits.

Suitable for integration with:

• Blood pumps
• Tubing systems
• Experimental perfusion systems
• Cardiopulmonary bypass research platforms

Quality and consistency are critical for research applications.

Manufactured under:

Quality control includes:

• Incoming material inspection
• Production process control
• Product testing
• Batch traceability management

This membrane oxygenator is designed for organizations involved in:

Universities & Research Centers

Applications:

• Biomedical research
• Animal surgery studies
• Cardiovascular experiments

Medical Device Companies

Applications:

• Product development
• Preclinical validation
• Prototype testing

Laboratory & Veterinary Research Facilities

Applications:

• Experimental circulation models
• Surgical research
• Animal physiology studies

For different experimental requirements, customization options may include:

• Product specifications
• Connection design
• Packaging requirements
• Private label solutions

Suitable for:

• Research institutions
• Medical device companies
• International distributors

A membrane oxygenator is used in extracorporeal circulation research to provide gas exchange during animal surgical models and cardiovascular experiments.

It can support animal cardiopulmonary bypass studies, cardiovascular research, surgical models and preclinical medical device testing.

Yes. It can be used as a research component for preclinical evaluation and validation of cardiovascular and extracorporeal circulation technologies.

The product is manufactured under an ISO 13485 quality management system to ensure consistent medical device production standards.

Yes. OEM and customization services are available for research institutions, medical device companies and distributors.

Schematic diagram

Standard Configuration

Autotransfusion System Membrane Oxygenator for Animal Experiments