The air we breathe is not as innocent as it looks
You can’t see it. You can’t hear it. But our science
can – and it ends the story before it begins.
1 in 10 patients
is affected by HAIs on average; and 1 in every 10 patients who contracts an HAI dies from that infection.
Older defences are not enough.
Introducing ZeBox
Our proprietary disinfection technology
How ZeBox works
Target
Our science begins with a natural truth - every microbe carries an electric charge called “zeta potential” (from where we got our name - ZeBox!) like its own fingerprint in the air.
Trap
Inside ZeBox, air passes through charged flat electrodes, creating a non-ionizing electric field that captures microbes.
Kill
The 3D-textured electrodes coated with microbicidal agents, destroy >99.999% of them through electric and chemical forces.
Why ZeBox is unique and better
Trap-and-kill, not just trap
Many systems only capture microbes (filters, electrostatic precipitators), leaving live germs that can regrow or be released. ZeBox destroys them.
Works in real time, continuously, even with people present
Because there is no harmful radiation or toxic emissions, ZeBox can operate safely even in occupied spaces - something UV or chemical-based systems cannot confidently claim.
Low energy and low air resistance
Unlike dense HEPA filters (that resist airflow, need strong fans), ZeBox’s airflow is nearly parallel to its kill-surfaces - so it needs little energy while still treating air effectively.
Broad-spectrum and robust
Works on bacteria, viruses, fungi, spores - sensitive or tough - with roughly similar efficiency across the board.
No harmful by-products
Because it uses a non-ionizing field and a chemical kill-surface, it avoids the ozone, radicals, gases common in ionizing, plasma or PCO systems.
Science-backed. Globally cleared.
ZeBox’s breakthrough technology has been validated through peer-reviewed research and extensive testing – marking it as one of the world’s most advanced air-decontamination systems.
Sci. Rep.11,22779 (2021)
How ZeBox traps and destroys airborne microbes
Publication on The Journal of Hospital Infection
J. Hosp. Infection 123,15 (2022)
How ZeBox reduces microbial contamination in clinical settings
Publication on The Journal of Hospital Infection
J. Hosp. Infection 129,17 (2022)
How ZeBox eliminates Mycobacterium tuberculosis and SARS-CoV-2
Publication on medRxiv
medRxiv 2025.02.08.25321938 (2025)
How ZeBox eliminates Multi-Drug Resistant (MDR) microorganisms
Patents granted across the world
2 in India, 1 in the USA and 7 in the EU. Several more under examination.
Validation partners
