Understanding Extracorporeal Blood Oxygenation and Ozonation (EBOO) in Laboratory Research
A comprehensive overview of EBOO systems — what EBOO stands for, how extracorporeal ozone devices work, and their applications in controlled laboratory…
What Does EBOO Stand For?
EBOO stands for Extracorporeal Blood Oxygenation and Ozonation. It refers to a category of laboratory research equipment designed for the controlled circulation of fluid mediums through specialized closed-loop systems incorporating ozone generation, UV exposure, and precision filtration.
If you have been searching for information on extracorporeal ozone research equipment, evaluating systems sometimes informally referred to online as "ozone therapy machines" for laboratory research, or comparing EBOO machine suppliers, understanding the fundamentals of this technology is essential before making a purchasing decision. (EBOO Filters sells this equipment strictly for research use; no therapeutic application is implied.)
The Science Behind EBOO Research Systems
EBOO research systems operate on fundamental principles of gas exchange and fluid dynamics. The EBOO O3 Research Device 2026 — available from EBOO Filters — exemplifies the current state of the art with its fully closed-loop EBO2 RHP (Recirculatory Hemoperfusion) design.
In a controlled laboratory setting, researchers can study:
- Gas diffusion rates across PES (Polyethersulfone) H200 High Flux membranes
- Ozone concentration effects across a 1–35 gamma adjustable range (EBOO Mode: 3–5 gamma, EBO2 Mode: 20–30 gamma)
- Flow dynamics at 2.5–5 L/hr with digital flow control
- UV light exposure effects through an integrated 9-lamp UV chamber
- Filtration efficiency using research-grade PES membrane technology
These parameters are configurable via the device's touchscreen interface, enabling researchers to design reproducible experimental protocols across a wide range of conditions.
Laboratory Applications for EBOO Equipment
Research institutions utilize EBOO systems for various controlled experiments. The versatility of multi-mode platforms like the EBOO O3 Research Device makes them suitable for diverse research programs.
Gas Exchange and Ozone Studies
Precise measurement of ozone saturation levels under varying concentrations and flow rates provides foundational data. The device's adjustable 1–35 gamma range supports both low-concentration EBOO protocols and higher-concentration EBO2 research protocols within a single platform.
Filtration and Membrane Research
Evaluating how PES H200 High Flux dialyzer membranes perform under different flow conditions and fluid compositions. Researchers studying filtration efficiency can use the compatible Filters & Lines from EBOO Filters to ensure consistent, traceable experimental conditions.
UV Exposure Studies
The integrated 9-lamp UV chamber enables research into UV effects on fluid mediums at controlled exposure levels — a capability not found on basic EBOO systems.
System Integration Research
Studying how ozone generation, UV exposure, and filtration interact within a closed-loop circuit provides insights into combined-modality experimental designs.
Equipment Considerations for Setting Up EBOO Research
When establishing an EBOO research station, laboratories should consider several key factors. For a detailed guide, see our article on Setting Up Your Research Laboratory for Extracorporeal Studies.
Core Equipment
The EBOO O3 Research Device 2026 is an ISO 13485 Medical Device Certified platform available from EBOO Filters. Contact us for current pricing. Key specifications include:
- Fully closed-loop EBO2 RHP design
- 1–35 gamma adjustable ozone concentration
- 2.5–5 L/hr blood flow rate
- PES Filter, H200 High Flux dialyzer
- 5-lamp UVBI Light Chamber
- Touchscreen interface
- Comprehensive safety systems (overflow protection, voice prompts, SPO2, air/bubble sensor)
- 110–120V US standard power
Consumables
Single-use consumables are standard for controlled research. EBOO Filters offers three options:
- Filters & Lines Complete Kits (10 Pack) — $795.00
- Full Tubing/Line Set — $55.00
- Filter Only — $25.00
All consumables are purpose-built for the EBOO O3 Research Device 2026 and include PES H200 filtration, medical-grade tubing, and all necessary connectors.
Environmental Requirements
- Stable temperature: 68–72°F (20–22°C)
- Adequate ventilation with ozone destruction systems
- Dedicated 110–120V electrical circuits
- Appropriate biohazard waste disposal
EBOO vs. EBO2: Understanding the Modes
A common question from institutional buyers is the difference between EBOO and EBO2 operating modes. For a complete comparison including EBO3 systems, see our detailed EBOO vs. EBO2 vs. EBO3 Comparison Guide.
In brief:
- EBOO Mode operates at 3–5 gamma — lower ozone concentration for sustained-exposure research
- EBO2 Mode operates at 20–30 gamma — higher concentrations for intensive ozone studies
- The EBOO O3 Research Device 2026 supports both modes in a single platform
Frequently Asked Questions
What does EBOO stand for?
EBOO stands for Extracorporeal Blood Oxygenation and Ozonation — a class of laboratory equipment for controlled ozone and filtration research.
Where can I buy an EBOO machine?
The EBOO O3 Research Device 2026 is available directly from EBOO Filters at eboofilters.com. Contact us for current pricing.
What consumables do EBOO systems require?
EBOO systems use single-use tubing lines and PES filters. EBOO Filters offers complete kits and individual components designed for the EBOO O3 Research Device 2026.
Is an EBOO machine the same as an ozone therapy machine?
EBOO systems are sometimes informally referred to online as ozone therapy machines, but the equipment sold by EBOO Filters is positioned exclusively for research and laboratory use. It is not a therapy device and is not sold or labeled for clinical or therapeutic applications.
All products described are for laboratory and research use only. Not cleared or approved by the U.S. FDA for clinical, diagnostic, or therapeutic applications.