A type of antigen that produces an abnormal immune response. Bioaerosols—originating from dust mites, animals, and cockroaches—have been strongly linked to allergic rhinitis and asthma.
4th Batch - Sold Out
The air you were meant to breathe is coming to your home.
Sold Out.
Unfortunately, the 4th batch ran out in a matter of hours again. We are sorry we can only make a limited number of units available for each batch. It would be easy for us to take a lot of orders, charge a lot of credit cards but ultimately struggle to deliver on our promises. Instead, we are working with our manufacturer to carefully assess how many units we can confidently produce and deliver on time at our high quality standards. We believe taking a conservative approach will ultimately be better for everyone.
This was the last pre-order batch and we are looking forward to opening up sales this Summer.
Your Molekule team
Meet Molekule, the world’s first molecular air purifier.
It's time to come clean about the air you breathe.
It’s time to come clean about the air you breathe.
Indoor air is 5 times more polluted than outdoor air.
90% percent of your life is spent indoors.
What’s in your air?
The Pollutants
Hover for more information
A
Allergens
B
Airborne Chemicals (VOCs)
VOCs are gases emitted from household products like cleaning agents, paints, plastics, and synthetic fibers. Some VOCs are carcinogens, and exposure can cause asthmatic symptoms and decreased cognitive function.
C
Mold
A type of fungus that is ubiquitous and grows when conditions are favorable. Mold can survive in very harsh conditions and can cause allergic reactions and respiratory problems.
D
Viruses
A type of pathogen that replicates inside living cells of other organisms. Viruses are the primary cause of airborne infectious diseases like influenza (including swine and bird flu), SARS, and rhinovirus (common cold).
E
Bacteria
Opportunistic organisms that can form symbiotic or pathogenic relationships with humans. Airborne bacteria can cause respiratory infections like pneumonia, strep throat (streptococcus), and Legionnaire’s disease.
Molekule doesn’t capture pollutants, it eliminates them.
Independent lab studies have shown 3.9 million E.Coli completely eliminated in a single pass through a Molekule system.
Before Molekule
E.Coli bacterium in the air (partial molecular structure shown).
- OOxygen
- CCarbon
- HHydrogen
- NNitrogen
After Molekule
An oxidized E.Coli bacterium broken down into harmless molecules.
- OOxygen
- CCarbon
- HHydrogen
- NNitrogen
The science of clean air.
06
Molekule disassembles and converts pollutants into harmless elements that are meant to be in the air. This is done by creating a catalytic reaction that happens when a nanoparticle-coated filter is activated by light. Pollutants are broken down into their most basic molecular components, making them safe for us to breathe.
After Molekule
An oxidized E.Coli bacterium broken down into harmless molecules (carbon dioxide, water, and nitrogen).
- OOxygen
- CCarbon
- HHydrogen
- NNitrogen
What our beta testers have to say.
4th Batch Sold Out











