MULTI-SURFACE MESS
Four problems on one desk
Crumbs, ash, droplets and smoke often appear around the same workspace.
Desktop Wet, Dry & Smoke Capture System
Desktop Wet, Dry & Smoke Capture System
Cena regularna
139,00 zł
Cena regularna
139,00 zł
Cena sprzedaży
Cena jednostkowa
na
Engineering-led airflow system
Separated wet, dry & air paths
Replaceable filtration & serviceable tanks
Nie można załadować gotowości do odbioru
AEROSWEEP / DESKTOP CARE SYSTEM
A new cleaning system for the space where life happens.
Dry debris, small droplets, fine dust, ash and local smoke—organized into one compact, testable product architecture.
01 / DRYCrumbsEveryday debris
02 / WETDropletsSmall spill pickup
03 / FINEDust filmSurface microdust
04 / ASHFine ashLoose ash capture
05 / AIRLocal smokeNear-source intake
01 / Everyday reality
A desk rarely has only one kind of mess.
Food, drinks, electronics and shared-space habits create different cleaning problems at the same time.
HIDDEN GAPS
What wiping cannot reach
Fine material settles beneath keycap edges and remains after surface cleaning.
SHARED AIR
Smoke moves beyond the ashtray
Capture begins beside the source before the plume disperses.
FINE DUST FILM
Dust can cover the whole surface
A broad gray film requires repeated wiping unless it is lifted away.
02 / Visible suction
See the pull before the base touches.
The product is held above the surface so the upward movement of droplets, fine dust and light debris can be seen directly.
03 / Full-base cleaning
One wide working surface. Several types of pickup.
KEYBOARD DEBRIS
Clean between the keys.
Full-base airflow reaches across several keys while the soft brush ring loosens dry debris.
NO NOZZLE REQUIREDSOFT BRUSH RING
MICRO-DROPLET SUCTION
Lift small spills from narrow gaps.
Small accidental droplets move upward from key edges into the separated liquid path.
SMALL SURFACE SPILLSSEALED LIQUID TANK
LIVE PICKUP DEMONSTRATION
Watch the clean path appear.
The full-base intake moves across a mixed tabletop mess, leaving a visibly clean track in one continuous pass.
WIDEFull-base intake
DIRECTNo nozzle required
VISIBLEImmediate result
04 / Shared-space use
Close-range smoke capture with quieter operation.
NEAR-SOURCE POSITION
Capture smoke where it starts
The annular waist intake works beside the cigarette or ashtray.
QUIET-USE DIRECTION
Designed around the workday
Brushless drive, vibration isolation and sealed airflow support quieter operation.
⌒ ⌒
100–120 cm
NEAR-SOURCE CAPTURE ZONE
Effective distance varies with plume direction, room airflow and filter condition. AeroSweep is designed for local smoke capture rather than whole-room air purification.
Position matters more than room size.
The local capture zone extends approximately 100–120 cm from the smoke source when the intake is aligned with the rising plume. Place the intake beside an ashtray or directly along the rising plume before it spreads into the room.
CLOSEKeep near the source
ALIGNEDFace the rising plume
CLEARLeave intake unobstructed
05 / Inside the engineering process
The architecture began by making every flow path visible.
This animated cutaway shows how airflow, filtration, dry collection and liquid isolation were developed into one coordinated system.
AIRFLOW ENGINEERING STUDYUsed to map airflow relationships, material separation and service access before the systems were consolidated into the compact product architecture.
Visualize airflow
Trace intake, filter loading, turbine draw and clean-air discharge as one continuous system.
Separate material paths
Study independent routes for airborne matter, dry debris and small liquid recovery.
Test service access
Evaluate removable cups, drainage, filter replacement and routine cleaning.
Consolidate the package
Translate verified principles into the compact production-intent architecture shown elsewhere on this page.
DISCOVERMap user problems
PROTOTYPEExpose the physics
VALIDATEMeasure each path
INTEGRATERefine final geometry
FROM STUDY TO PRODUCT: the animated study makes each working principle visible; the product architecture below shows how those principles are integrated into the compact body.
06 / Engineering validation
A credible product moves through evidence gates.
AeroSweep is organized around three validation stages that connect airflow performance, product durability and production consistency.
Prove the physics
Airflow topology, turbine operating point, particle entrainment, droplet routing, filter pressure drop and thermal behavior.
Prove the product
Noise spectrum, seal integrity, repeated cleaning cycles, material compatibility, drop resistance and maintenance usability.
Prove repeatability
Assembly consistency, end-of-line airflow checks, leak inspection, motor variation, filter fit and collection-chamber quality.
CFDAirflow distribution review
FLOW VISUALIZATIONSmoke-path observation
NVHFrequency-spectrum analysis
PRESSURE MAPFilter loading behavior
INGRESSLiquid containment testing
THERMALMotor temperature endurance
CYCLINGRepeated pickup and emptying
FIT & SEALGasket and chamber inspection
Airflow, sealing, noise, thermal behavior and collection performance are reviewed through controlled engineering and production-quality checks.
REPEATABLE TEST PROGRAM
Four critical behaviors, reviewed together.
TEST 01Keyboard-gap pickup
TEST 02Droplet recovery
TEST 03Smoke trajectory
TEST 04Noise and sealing
07 / Unified architecture
Every function has a defined place.
The same internal layout is maintained across every technical view.
UNDERSIDE
Wide plenum and center port
The optional nozzle connects at the exact center beneath the full-base system.
SEPARATED FLOW
Three paths. One compact body.
Air + smoke
Dry debris
Liquid
ACOUSTIC CONTROL
Rear turbine, isolated vibration
The turbine and lower labyrinth duct occupy fixed, non-overlapping zones.
INTEGRATED FILTER
One cartridge. Three nested layers.
Mesh, pleated media and activated carbon form one removable assembly.
08 / Technology stack
Six coordinated systems. One compact architecture.
Six coordinated subsystems manage airflow, material separation, liquid isolation, acoustics and filtration inside one compact body.
OmniFlow Base Plenum
A shallow full-base negative-pressure chamber distributes pickup across the circular underside instead of concentrating airflow at one narrow nozzle.
MicroLift Capture Zone
Local air velocity is directed across key edges to entrain fine dust, light particles and small surface droplets into the intake path.
TriPath Separation Core
Air and smoke, dry debris and liquid follow physically separated internal routes to reduce cross-contamination during collection.
HydroLock Isolation
A sealed small-volume liquid chamber and one-way geometry are designed to contain recovered droplets away from the motor and dry cup.
QuietLoop Labyrinth Duct
A curved lower air path, elastomer motor mounts and sealed duct joints target tonal noise, vibration transfer and turbulence peaks.
CarbonMatrix Cartridge
Washable mesh, pleated fine-particle media and an activated-carbon core are nested into one removable pressure-managed cartridge.
Negative-pressure field and particle entrainment
The underside plenum is developed as a distributed pressure field. Brush-ring clearance, inlet area and duct restriction are balanced so that fine material moves toward the collection path without relying only on direct nozzle contact.
Pressure-drop management through the filter stack
Filter surface area, pleat depth, carbon-core density and turbine operating point must be mapped together. This protects usable airflow as the cartridge begins to load with captured material.
Wet-path containment and motor protection
Recovered droplets are routed into a dedicated sealed chamber. Gaskets, chamber orientation, splash barriers and one-way geometry form the basis of ingress-containment validation.
NVH: noise, vibration and harshness control
Acoustic control addresses motor tonal peaks, structure-borne vibration, aerodynamic hiss and resonant cavity noise as one complete NVH system.
09 / Complete package
Everything needed from first setup to routine care.
The retail system is organized around a ready-to-use main unit, a compact accessory kit and clear maintenance support.
SYSTEM
PACKED
TOGETHER
PACKED
TOGETHER
Pre-installed
✓3-layer filter cartridge
✓Amber dry-debris cup
✓Blue sealed liquid tank
Included in the box
01Center-mount precision nozzle
02Braided USB-C power cable
03Market-specific wall adapter
04Maintenance brush
05Reusable accessory pouch
Ready for delivery
✓Quick-start guide
✓Care and filter guide
✓Molded-fiber protective insert
✓Premium retail box
Power configuration: the USB-C cable is standard; the wall adapter and plug format are selected for the destination market. The wall adapter and plug format are selected for the destination market.
10 / Use and maintenance
Designed for real spaces and straightforward care.
FOUR WAYS TO USE IT
Choose the path that matches the mess.
Guide the full base across crumbs, ash and surface dust. The brush ring loosens material as the wide plenum draws it into the dry cup.
FULL BASE · DRY CUPPass over small surface droplets or keyboard-edge moisture, then stop and empty the isolated liquid tank after use.
WET PATH · LIQUID TANKSet the unit beside the source with the waist intake facing the rising plume. Keep it stationary while smoke is being generated.
AIR MODE · FILTER STACKAttach the center-mounted nozzle only when a narrow corner or recessed gap needs concentrated pickup.
OPTIONAL NOZZLE
CARE SYSTEM
Separate, rinse, dry, replace.
Each collected material follows its own maintenance routine.
AFTER DRY PICKUPEmpty the dry cup
Tap out debris and wipe the cup when visibly loaded.
AFTER LIQUID PICKUPEmpty immediately
Rinse the liquid tank and air-dry it fully before reinstalling.
WEEKLY / AS NEEDEDWash the pre-filter
Rinse the mesh pre-filter only; reinstall after complete air drying.
RECOMMENDED: 1–3 MONTHSReplace carbon core
Replacement timing depends on smoke exposure and noticeable odor breakthrough.
RECOMMENDED: 3–6 MONTHSReplace fine media
Keep pleated fine-particle media dry and replace it at the recommended interval.
BODY & BRUSH RINGWipe, never immerse
Remove wrapped fibers from the brush ring and keep the motor body away from running water.
Actual service intervals vary with usage frequency, smoke exposure and filter condition.Never operate without the dry cup, liquid tank and filter cartridge correctly seated.
AEROSWEEP / COMPLETE PRODUCT SYSTEM
Compact in scale.
Complete in thinking.
One exterior design. One internal architecture. Five everyday cleaning needs.