JADE® 2.0
Portable clinical-grade purification
A medical-grade air purifier uses true H13 HEPA capturing 99.97% of particles at 0.3 microns plus enclosed germicidal UV-C, built for clinical infection control. Surgically Clean Air's JADE 2.0 and COBALT systems earned a 91% approval rating in an independent Clinicians Report evaluation, and our systems are trusted by over 55,000 healthcare facilities.
Not every air purifier offers the same level of filtration or purification. While many standard air purifiers are designed primarily to capture common household particles, medical-grade systems combine advanced technologies to address a broader range of indoor air contaminants.
One important distinction is filtration efficiency. Surgically Clean Air systems use H13 HEPA-Rx filters capable of capturing 99.97% of particles at 0.3 microns. Multi-stage systems can also incorporate activated carbon to address odors, gases, and VOCs, and every Surgically Clean Air system includes enclosed germicidal UV-C technology designed to neutralize airborne viruses and bacteria.
Testing and certifications are also important considerations when comparing systems. Look for third-party evaluation and certifications such as UL, ETL, CARB, CSA, and CE, which indicate a system has been assessed against professional safety and performance standards.
Choosing an air purifier involves finding a system appropriate for the air-quality needs of the space:
Surgically Clean Air offers multiple medical-grade air purification systems, making it easier to match the right technology and configuration to your space.
One brand, every form factor — portable, wall-mounted, ceiling-integrated, and industrial. Matched to the space you need to cover.
Portable clinical-grade purification
Wall-mounted, tamper-proof, PM2.5 sensor
Zero-footprint ceiling-grid system
Compact protection for smaller rooms
Where an air purifier is installed can influence how effectively it circulates and processes room air. Units should be positioned so airflow is not unnecessarily restricted by furniture or walls. The ideal configuration depends on how the space is used. Portable air purifiers provide flexibility when purification needs may change, while wall-mounted models can preserve valuable floor space. Ceiling-integrated systems offer a more permanent, unobtrusive solution for environments where keeping equipment out of the way is a priority.
Room layout, doors, occupancy, and overall square footage should also be considered. Large, divided, or unusually configured spaces may benefit from multiple units rather than relying on one purifier to serve the entire area. Selecting both the appropriate system and placement helps create a more effective approach to indoor air purification.
"Medical grade" is not a marketing word here — it is a specific filtration and validation standard built for spaces where air quality is clinical, not cosmetic.
Captures 99.97% of particles at 0.3 microns, including the respirable range that carries bacteria and viral aerosols.
A sealed UV-C chamber neutralizes airborne pathogens as air passes through — a stage most consumer units omit entirely.
Assessed at 91% by the Gordon J. Christensen Clinicians Report, the original dental product testing organization — third-party, not a manufacturer claim.
UL, ETL, CARB, CSA, and CE certified, with no ozone byproduct from the germicidal stage.
Designed to support aerosol management and fallow-time reduction in dental operatories, medical offices, and surgical-adjacent spaces.
Portable, wall-mounted, and ceiling-integrated systems so every clinical space gets the right install.
Indoor air can contain a wide range of particles and pollutants, many of which are too small to see. Medical-grade air purifiers are designed to address multiple types of airborne contaminants using advanced filtration and purification technologies.
H13 HEPA filtration captures 99.97% of particles at 0.3 microns, helping remove dust, pollen, pet dander, mold spores, and other fine particles from circulating air. Activated carbon filtration targets gases and chemical pollutants, including smoke, odors, fumes, and volatile organic compounds (VOCs).
Surgically Clean Air systems incorporate enclosed germicidal UV-C technology designed to neutralize airborne bacteria and viruses that pass through the system. By combining multiple stages of purification, medical-grade air purifiers can address particulate matter, biological contaminants, and gaseous pollutants rather than relying on a single filtration method.
While medical-grade air purification is closely associated with healthcare, cleaner indoor air is important anywhere people spend significant amounts of time. Medical-grade systems can support indoor air quality across a variety of professional and residential environments:
A medical-grade air purifier uses true H13 HEPA filtration capturing 99.97% of particles at 0.3 microns, adds enclosed UV-C germicidal treatment, and is independently validated and certified for professional use. It is built for clinical infection control, not general home comfort.
The terms are used interchangeably to describe air purifiers that meet clinical filtration and validation standards — true H13 HEPA, germicidal UV-C, and third-party certification. Surgically Clean Air systems meet this standard and are trusted by over 55,000 healthcare facilities.
Medical-grade systems use H13 (or higher) HEPA, which captures at least 99.95% of particles at the most penetrating particle size — meeting or exceeding the True HEPA standard of 99.97% at 0.3 microns. That is a true HEPA standard, distinct from the "HEPA-type" or "99% at larger particle sizes" claims common on consumer units.
Yes. Surgically Clean Air systems were evaluated by the dental-focused Clinicians Report and are widely used in dental operatories for aerosol management and fallow-time reduction, alongside medical offices, clinics, and surgical-adjacent spaces.
Medical-grade air purifiers can help reduce airborne biological contaminants. Surgically Clean Air systems combine H13 HEPA-Rx filtration with enclosed germicidal UV-C technology designed to capture particles and neutralize airborne bacteria and viruses that pass through the system.
Yes. Systems that incorporate activated carbon filtration can help reduce odors, fumes, smoke, and volatile organic compounds (VOCs), complementing HEPA filtration that targets airborne particles.
Yes. Medical-grade air purification isn't limited to hospitals or clinical facilities. These systems can be used in bedrooms, living rooms, home offices, and other residential spaces where improved indoor air quality is a priority.
Consider the size and layout of the room as well as the purifier's recommended coverage and airflow capabilities. Larger or divided spaces may require a higher-capacity system or multiple units to provide effective coverage.
Filter life depends on the system, usage, indoor environment, and type of filter. Follow the replacement recommendations provided for your specific Surgically Clean Air system to maintain effective airflow and filtration.
Our air quality specialists can assess your space and recommend the optimal configuration and number of units for your needs.