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Touchless Activation

Your St. Louis Area Automatic Door Professionals

Go Touchless!

TOUCHLESS ACTIVATION

ABOUT

Reduce the spread of germs through touchless door activation.

Ebola. MRSA. Sars. Covid-19 Pneumonia. Influenza. The common cold. Some infections make national headlines, some make you miss work and others just make you miserable. No matter what the ailment, they should all remind you of the importance to practice good hand-hygiene.

KNOW YOUR ENEMY

Germs can survive on hands for up to three hours.

THE DIRTY TRUTH

A sneeze propels up to 100,000 bacteria into the air at 100 mph.

KNOWLEDGE IS POWER

Damp hands spread 1,000 times more germs than dry hands.

USES

Safeguard your facilities from germs.

Healthcare Environments

Upgrade existing push plates to touchless actuators anywhere spreading germs is a key concern. From the waiting room to the ICU, patients, clinicians, and visitors can be exposed to harmful germs and bacteria when good hand-hygiene practices fail. This can be critical for patient safety and care and in worst cases, lead to HAIs

Clean Room Environments

Reduce touch-points throughout a facility in order to reduce your opportunities to spread germs and bacteria by hand. Cleanroom settings require that strict standards be followed to maintain the integrity of the environment's sterilization. By removing traditional door handles and automating doors with touchless activation, you minimize the risk of cross-contamination via touch.

Industrial Environments

Busy industrial facilities can contain a number of touch-points, increasing the likelihood of separating germs and bacteria throughout a facility. By upgrading to touchless activation in place of pull cords and push plates, you reduce the surfaces susceptible to harboring these and other potential contaminants.

Commercial / Retail Environments

Enhancing accessibility and user experiences in commercial and retail environments can increase traffic and improve pedestrians' interactions within these facilities. Reducing the spread of germs and bacteria show a greater concern for pedestrian well-being while automating pedestrian access.