Air quality
HEPA H13 plus carbon, with airtight, no-bypass flow.
CEAROX CX-PRO-580
One Device. Three Functions. Zero Compromise.
Ceiling-integrated clean air, premium light and silent comfort in one architectural unit — plus 16 practical guides so you can check every claim yourself.
580 mmOptimized disk diameter
HEPA H13Plus integrated carbon module
EC motorAnti-vibration mounting
Architectural air system
A living-room ready platform for clean air, silent flow and premium light.
- Replaces the classic ceiling fixture.
- 360° room-focused airflow coverage.
- Floating disk visual effect with zero floor footprint.
Adaptive airflow visualization
Smart light
Halo LED ring, 120° diffusion, CRI above 90.
Silent operation
High-torque EC motor with anti-vibration mounting.
Remote control
Wireless control for airflow, lighting modes and presets.
Engineering signature
Precision built. Visually quiet.
One monolithic ceiling form for air, light and silence.
Visual direction
Minimal form. Premium materials.
Bronze, black and white finishes for clean ceiling integration.
Images are product visualisations of the CX-PRO-580 design. Finishes and details may differ from series production.
Modular scalability
Single unit or multi-module network.
Residential elegance. Commercial coverage.
Residential deployment
- Replaces the standard ceiling light.
- No floor-space loss.
- One unit per room, sized to room volume.
Commercial deployment
- Two or more modules for larger spaces.
- Zonal operation at lower fan speed and lower noise.
- Planned per room — see our office guide.
Indoor air knowledge
Understand clean-air systems before choosing one.
Indoor air quality depends on particles, gases, ventilation, room layout, occupancy and maintenance. Our guides work through the numbers — room volume, clean air delivery rate, filter classes, noise — so you can verify any product claim, including ours.
What HEPA H13 filtration does
H13 certifies at least 99.95% efficiency at the most penetrating particle size under EN 1822 — the filter's worst case. Real-room results also depend on airflow, sealing and filter condition, because leakage around a filter matters more than the class printed on it.
Read the HEPA H13 guide →How much clean air a room needs
Multiply room volume by your target air changes per hour. A 50 m³ room at 5 clean air changes per hour needs about 250 m³/h of clean air delivery — roughly 150 CFM. Ceiling height matters as much as floor area.
See the sizing guide →Why placement and airflow matter
A purifier can only treat the air that reaches it. Furniture, room shape, doors and short-circuiting between outlet and intake all change the result. A ceiling position starts unobstructed, but sizing still decides the outcome.
Read about airflow →Free tool
Enter your room dimensions in our air purifier size calculator to get the required CADR in m³/h and CFM, the clean air changes a given unit would deliver, and how long it takes to remove 90% of airborne particles.
How the system approach works
Filtration, airflow and lighting in one ceiling position.
The CEAROX CX-PRO-580 combines a HEPA H13 filtration stage, a carbon filter module, an EC motor, integrated LED lighting and wireless control in a ceiling-mounted form. The objective is to remove the floor footprint of a conventional purifier while keeping air treatment in a central architectural position, above furniture and out of reach of children and pets.
No purifier should be judged by a single component label. Filter grade, airflow path, bypass control, room volume, maintenance access and running hours all influence the practical result. That is why our guides explain the engineering concepts separately from product marketing — and why we publish the limits of air purification as clearly as its benefits.
If you are comparing systems, ask us for the current technical documentation and the room-sizing calculation for your space: contact the team.
Questions worth asking before any purchase
- Which pollutants are you trying to reduce?
- What is the room volume, not only the floor area?
- What is the tested CADR, by which method, at which speed?
- How loud is it at the speed you will actually use?
- How easy are filter inspection and replacement?
- Is fresh-air ventilation also required?
- What do filters cost per year?
Practical guidance
Air purification is one part of indoor air quality.
Good indoor air usually comes from a combination of source control, adequate ventilation, filtration and regular maintenance. A particle filter reduces airborne dust, pollen, smoke and other particulates that reach the unit, but it does not create oxygen, remove every gas, solve moisture problems or replace building ventilation. Understanding those limits is what makes it possible to buy the right equipment for the right job.
Particles
Dust, pollen and fine particulate matter (PM2.5) are addressed by mechanical particle filtration, together with source control such as venting cooking outdoors.
Gases and odors
Activated carbon adsorbs many gaseous contaminants and odors. Effectiveness depends on carbon mass and contact time, and plain carbon handles formaldehyde poorly.
CO₂ and fresh air
Recirculating filtration does not remove occupant-generated CO₂. Ventilation is the only control, and CO₂ readings are the simplest indicator of whether a room has enough of it.
Knowledge hub
Practical guides for better air-quality decisions.
Sixteen in-depth guides covering filtration classes, CADR, room sizing, airflow, placement, noise, allergens, maintenance and buying — with formulas, worked examples and cited sources.
Sizing
How to Size an Air Purifier for a Room
The one calculation that matters most, with a quick-reference table and worked examples.
SizingCADR Explained
How clean air delivery rate is measured, how to convert CFM to m³/h and what it leaves out.
FiltrationWhat Is a HEPA H13 Filter?
Capture mechanisms, the EN 1822 class table and why sealing matters more than the label.
OwnershipAir Purifier Noise Explained
Decibels, sound power versus pressure, and why a bigger unit on low is far quieter.
TechnologiesIonizers, UV and Ozone
Which technologies can add pollutants, and the certifications that prove they do not.
All guidesBrowse all 16 guides
Filtration, sizing, airflow, ceiling systems, air quality basics, buying and ownership.
Frequently asked questions
Common questions about ceiling air purification.
Does a HEPA air purifier replace ventilation?
No. Recirculating air purification reduces airborne particles, but ventilation supplies outdoor air and is the only way to control occupant-generated carbon dioxide. See PM2.5, VOCs and CO₂ explained.
What size air purifier do I need?
Multiply room volume in cubic metres by your target clean air changes per hour. A 50 m³ room at 5 air changes per hour needs about 250 m³/h of clean air delivery. Use the calculator for your room.
What is the benefit of a ceiling-mounted purifier?
It uses no floor space and sits in a central, unobstructed position above furniture and out of reach. Performance still depends on clean air delivery, room layout and installation — see ceiling versus floor purifiers.
What does activated carbon add to a HEPA system?
HEPA media captures particles; activated carbon adsorbs certain gases and odors. The two cover different pollutants, and neither replaces ventilation. See activated carbon explained.
How often should filters be replaced?
There is no universal interval. Typical guidance is 6–12 months for a HEPA stage in continuous home use, and more often for carbon depending on cooking, pets or smoking. See the maintenance guide.
Can an air purifier remove CO₂?
No. HEPA and carbon filters do not remove carbon dioxide in any meaningful amount; only ventilation with outdoor air does.
Contact
Request the brochure or a room calculation.
Send a message
Contact details
CEAROX LLC
Email: office@cearox.com
We answer product, specification, documentation and distribution enquiries, and corrections to our guides.
Typical questions we can help with:
- Technical documentation for the CX-PRO-580.
- Room-by-room clean air calculations for a project.
- Installation and electrical requirements.
- Filter specifications and replacement logistics.