Chapter 1
The microscopic home invaders
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Chapter 2
The physics of clinical capture
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Chapter 3
Extreme light and heat weapons
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Chapter 4
Smart mapping and search algorithms
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YOUR GOAL
Master of Robot vacuums against dust mites
Ch 2 · The physics of clinical capture
mamabear1989 Clinical Dust Mite Capture
Vibrate the carpet to pull the dust mites up!
mamabear1989 A completely sealed vacuum system ensures that microscopic particles cannot escape through cracks.
mamabear1989 HEPA filters trap microscopic allergens so they are not blown back into your room.
BETA
mamabear1989 Select the best vacuum nozzle to discover how robots clinically target dust mites.
Fun Fact
Mite claw strength: Dust mites have specialized claws on their legs that allow them to withstand suction forces up to 100 times their own body weight.
Glossary
suction (noun)
The production of a partial vacuum that causes matter to be drawn into a space. At IFA 2026, Ecovacs used fifty-three air watts of suction to extract deep-dwelling carpet mites.
The production of a partial vacuum that causes matter to be drawn into a space. At IFA 2026, Ecovacs used fifty-three air watts of suction to extract deep-dwelling carpet mites.
Quiz
How large are typical dust mite waste particles compared to a HEPA filter's minimum capability?
Quiz
What mechanism do clinical robot vacuums use to prevent dust leaks from their bodies?
Quiz
Which suction range in Pascals (Pa) is common for clinical-grade dust mite removal in modern robots?
Quiz
What unit of pressure is used to describe the suction power of a robot vacuum?
Quiz
What percentage of particles as small as 0.3 microns must a true HEPA filter capture?