So, you’re developing a multiple-axis movement for a biological feedstock handler that coordinates with a sonic impulse device

and a temperature change. Cool.

#SLAS2015 @SLAS.org

• What happens if your device-in-development jerks to a halt?

• Does it release the feedstock? • If released, would it go airborne?

• Can it be inhaled? • Would you want to?

DOES IS HICCOUGH?

BIOTECHNOLOGY DEVELOPMENT

IS NOT ALL GLAMOUR.

If you’re not careful, getting to perfect may involve respiratory exposure to particles and fumes that aren’t good for you or your lungs.

DOWN DRAFT BENCHES: COST-EFFECTIVE TOOLS FOR THE COMMERCIALIZATION MARATHON.

Above, a technician weighs silica on the perforated bench top of a Model 435 Portable Downdraft Bench - Sit, which pulls renegade particles down into filters that trap them below the work surface, away from his mouth and nose.

DEVELOPERS NEED ACCESS FROM ALL ANGLES.

• Operate devices-in-development on the bench while the powerful fan/filter chassis pulls contaminants away from the product and the engineers who circle it.

• Filtration media prevents diffusion through the lab.

Airflow

PORTABLE DOWN DRAFT BENCH: CLEAN AIR, NO DUCTWORK REQUIRED.

Wheels!

ROLL THEM WHERE YOU NEED THEM.

Ductless technology allows rapidly changing organizations to locate particle- and odor-producing processes wherever they can or must.

Stand Sit

We can configure our Down Draft Benches with HEPA, ULPA, and MERV-rated particle filters. To control VOCs and odors, activated carbon filtration, including carbon treated for acid gas, aldehydes, and ammonia, can be included.

More info at www.sentryair.com

WISHING YOU AN EXCITING SLAS2015!

www.sentryair.com

www.sentryair.com