AER washes and dries your clothes while they hang on the hanger — then you carry each hanger straight to the closet. No sorting, no hauling a soaking load between machines, no damp pile, no folding, no iron. Dirty hanger in, clean hanger out.
The machines got quieter and more efficient. What never changed is the labour: you still sort it, move a soaking load between two machines, rescue the things that can't tumble-dry, wait out the damp pile — and fold every single piece. Seventy years of engineering, and a human still touches the laundry a dozen times.
The wash finishes and you haul a heavy, soaking load into a second machine. Then wait all over again.
Delicates and knits come out to be hung wet and dried who-knows-when. The dryer only ever solved part of the load.
Every piece, folded and put away — the step nobody enjoys and no appliance has ever removed.
Four patented appliances set out to wash and dry clothes on the hanger and kill the fold. None shipped — because none could get the water out of a hanging garment, so every one of them drip-dried for hours. AER's breakthrough is a conforming press that squeezes the water out while the garment stays on its hanger — the one step every predecessor skipped. Crack that, and hanger-to-closet finally works.
Load your clothes on hangers and slide them in. Everything then happens with the garments hanging — washed, wrung and dried in place — so nothing is transferred, folded or ironed. You load it; later you carry each hanger to your closet. That's the whole job.
Warm water and surfactant spray through the weave while the garment hangs. Everyday soil lifts — no drum, no tumbling.
A conforming, vacuum-assisted press gently squeezes the water out — on the hanger. The step every rival skipped.
Low-temperature drying, held in shape on the hanger. Fast — and wrinkle-free, because no heat sets a crease.
Open the door and slide each hanger onto your closet rail. No folding, no putting away. Done.
Each mechanism below was checked against the peer-reviewed literature and patent record. We also ran the dead ends to ground — knowing what fails is how you know the surviving path is real.
Mechanical pressing drives fabric to ~10% moisture — against the ~57% a spin cycle leaves. Pressing is the most energy-efficient water extraction there is.
No patent presses a garment while it hangs on its hanger. Four wash-on-hanger patents all skipped the water-out step — the exact space AER occupies.
Spray + surfactant + time removes everyday soil without tumbling — the same trade a dishwasher makes. Abrasion is only needed for the hard minority.
Held in shape on the hanger and dried at low temperature, garments come out ready to wear — the heat that sets creases is never applied.
Centrifugal extraction needs fabric packed against a drum wall — a hanging garment can't form it. Ruled out on physics.
Don't scale, and don't clean without a mechanical partner. Retired.
Multi-hour and fabric-damaging in testing. Dead end.
The honest ceiling: AER washes and dries ~80–90% of everyday clothing. The hardest ground-in stains still want a conventional wash — and an optional camera tells you exactly which garments to set aside, instead of pretending. It replaces the laundry routine, not your stain expertise.
Steam closets refresh but never clean. Combo washers clean but stay slow, wet and wrinkled. The fast-and-actually-clean square is open.
| Product | Removes body oil / sweat | Time | Dry & wrinkle-free out | Water | Dump-and-go |
|---|---|---|---|---|---|
| LG Styler / Samsung AirDresser | No — steam refresh only | ~20–40 min | Yes | Low | Must hang each item |
| Combo washer-dryer | Yes | ~2–3 hr | Wrinkled, damp | High | Semi |
| Hand refresh / re-wear | No | — | No | — | Effort |
| AER | Yes — washes everyday soil | ~1 hr, hands-free | Yes — same hanger | Moderate | Yes — no fold |
Price ladder — real, current LG Styler $1,099–2,499 · Samsung AirDresser $1,199–1,899 · GE UltraFast combo $2,599–2,999. AER at $1,290 sits just under the steam closets — the anchor people already pay.
Timing The foundational hang-and-spray chamber patent expires ~2027–28. The core form factor is opening exactly as the enabling chemistry and heat-pump/vacuum components hit consumer cost. A rare window.
AER is a premium appliance with a consumable heart: each refresh draws a metered dose from a branded cartridge. Razor-and-blade economics on a device people use daily — the recurring-revenue profile hardware investors look for and rarely find in white goods.
Steam closets already prove households pay $1,100–2,500 for garment care. AER targets a lower hardware price and adds a recurring consumable they don't have.
AER is an integration play, not a science project. Rough vacuum — not the hard high-vacuum regime — means commodity components and a pressure vessel that only resists one atmosphere. Estimated bill of materials at production volume:
30–100 mbar, chamber-evacuation class. Needs OEM quote — the line to nail down.
Molded shell (~$2/part) + pressure rating + repeated-cycle vacuum gasket.
Low-temp vacuum dry + vapour recovery. Heat-pump is the premium SKU.
Meters cartridge dose; sprays and extracts.
Pressure/temp/moisture loop, cartridge auth.
~24% of retail — inside the healthy 25–40% appliance band.
Two bench tests: vacuum-mist penetration + rinse-out residual. ~$1k, decisive go/no-go.
Single-garment chamber proving the full 4-stage cycle end-to-end.
Multi-garment, cartridge system, quiet pump, industrial design.
Certification, first 1,000 units, design-partner households.
We're raising a seed round to clear the two bench-test gates and build the functional alpha — turning a validated stack of physics into the first appliance that makes "worn once" and "fresh again" the same twenty minutes.