GOEHNER’S manufacturing facility
About Us

We are the in-house innovator, developer and manufacturer of advanced dry-steam handheld cleaners,

dedicated to bringing safer, healthier, chemical-free cleaning solutions directly to every family worldwide. We run an ISO 9001, ISO 14001 and ISO 45001 certified manufacturing factory with a workforce of over 100 employees — delivering innovative, revolutionary designs that enhance every customer’s product experience.

Independently Audited & Accredited
IAF Member of Multilateral Recognition ArrangementIAS Accredited Management Systems Certification Body MSCB-229
  • ISO 9001:2015Quality Management
  • ISO 14001:2015Environmental Management
  • ISO 45001:2018Occupational Health & Safety

Issued 2025-05-11  ·  Valid through 2028-04-11

The case for building this

Most cleaning is a chemistry problem.
We made it a heat problem.

Spray. Wipe. Open a window. Wash your hands. Wait ten minutes before letting anyone back in the kitchen.

There’s a running tally in your head every time you clean — which bottle for which surface, what’s safe around the kids, whether “natural” means anything. You’ve read the EWG ratings, ditched the pink stuff. And you’re still standing in the cleaning aisle wondering what “biocide” means in something you’re about to spray near a sleeping baby.

Steam doesn’t ask for any of that. 230°F steam breaks down dirt and grime, then evaporates. No residue. No fumes. The mental load drops to zero.

We built this because we wanted our homes to feel like sanctuary again — kids’ rooms, pets, grandmother’s wood floors — without keeping a running tally of what’s safe.

The Steam Cleaner Reinvented

The handheld steam cleaner
we actually wanted to use.

Most portable steam cleaners haven’t been seriously redesigned in fifteen years. Nine things they get wrong. We fixed all of them. Here’s what we changed — and the engineering decisions behind every fix.

01

Dry steam. Not wet steam.

The problem

Almost every portable steam cleaner under $300 outputs wet steam — vapor mixed with tiny liquid water droplets. You see it as a damp film on the floor, condensation that warps hardwood over time, and moisture in grout that breeds biofilm. Spray #1 is the wettest.

Our fix

GOEHNER'S V1 outputs dry steam — significantly lower moisture content at the nozzle than wet-steam units. Patent-pending dual-PWM control: a water-pump PWM circuit limits how fast water enters the heating chamber, so each drop has time to vaporize before it reaches the nozzle. Drier from spray #1, faster surface drying, less risk of soaked wood.

Patent-pending dual-PWM: water-pump PWM (20kHz) + heater PWM with PID feedback (±2–4°F / ±1–2°C at 230°F / 110°C)
02

30 minutes non-stop. No sputtering.

The problem

Cheap steam cleaners give you 5 minutes of real steam, then sputter — on, off, on, off — while pressure rebuilds. Most kitchens take three cycles.

Our fix

1.6 L / 54 fl oz tank + 1,800W heater + PWM regulation = constant high-pressure output for the full 30 minutes. One fill cleans a kitchen, two bathrooms, and a car.

1,800W heater · 1.6 L / 54 fl oz tank · PID-controlled PWM regulation (±2–4°F / ±1–2°C precision, no on/off cycling)
03

No more pulsing when you reach.

The problem

Single-chamber units sputter the moment you angle the nozzle. Every awkward spot — under a sink, behind a toilet, up at a vent hood — becomes a fight. The heater goes dry every time water sloshes away from it.

Our fix

Two-chamber separation keeps the heating element supplied with water at any reasonable cleaning angle. Steam stays steady whether you're reaching low corners or working overhead, so workflow doesn't stall every time you change position.

Separate water reservoir + heating chamber + intake tube design
04

Refill. Restart in 30 seconds.

The problem

When the tank runs dry, most steam cleaners need 8–15 minutes between fills — power off, cool down, refill, reheat from cold. Most people give up halfway through the kitchen.

Our fix

Pressure-release refill cap discharges safely. Refill takes 20 seconds. Restart takes 30 more — the unit retains residual heat. Total break: about a minute, not fifteen.

Pressure-release refill cap · thermal retention engineering
05

No more trigger fatigue.

The problem

Other steam cleaners need a constant death grip on the trigger. After ten minutes your fingers cramp. After thirty, you put it down.

Our fix

Touch-sensor trigger — your finger just rests on it. No squeeze, no tension, no fatigue. Switch hands mid-clean without losing pressure.

Capacitive touch sensor under the handle grip
06

Drop it, and it stops itself.

The problem

Steam cleaners hit the floor with hot water and live heating elements inside. Cheap units keep running — hot water leaks, steam burns become a real risk.

Our fix

Smart drop-detection cuts steam and power instantly. Pick it back up — restart in 5–10 seconds. Switch hands or adjust grip? It knows the difference.

3-axis accelerometer + smart drop algorithm
07

Built for the way you actually clean.

The problem

Most handheld steam cleaners ship with a 6–8 ft power cord and a handle that's not rated for water at all. You can't reach the back of the kitchen without unplugging.

Our fix

13 ft UL-listed power cord + 5 ft steam hose = 18 ft of total reach. Plug in once and cover a full kitchen, two bathrooms, and a car interior without resetting. The handle and trigger assembly are fully sealed to IP67.

13 ft / 4 m UL-listed cord + 5 ft / 1.5 m hose · IP67-rated sealed handle assembly
08

Three layers of safety that actually work.

The problem

Most steam cleaners list “child lock” as a feature and call it done. But what if water runs low? What if the sensor fails? Nothing.

Our fix

Three independent safety systems running in parallel: child lock prevents accidental trigger, low-water alarm alerts before the heater runs dry, smart sensing detects sensor faults too.

Independent child lock circuit + dual water-level sensors
09

30 seconds cold. 5–10 seconds warm.

The problem

Most steam cleaners need 90–180 seconds to reach operating temperature. By the time it's ready, you've already lost momentum.

Our fix

1,800W heating element gets to 230°F in 30 seconds. Used it within the last hour? Restart in 5–10 seconds — residual heat is retained, not wasted.

1,800W high-efficiency heater + thermal retention design
From the Founder
“Customer reviews are engineering input.
Not noise.”
GOEHNER'S
Founder's Letter

“For twenty years I engineered small appliances for multinational brands. Every launch followed the same pattern — engineering specs the product, then cost-cutting trims it down by the time it ships. I started GOEHNER’S to flip that math. Customer reviews are engineering input here, not noise. That’s the whole company.”

Mr. Zhang
Mr. Zhang
Founder · 2026
Engineering

The work behind every claim.

Most brands say “premium” and “engineered” without showing what that means. Here’s the evidence — in one place, with the documents to back it.

Tested for European safety

5 certifications

CE-LVD, UKCA, GS-PAHs, EU RoHS, and UK RoHS — tested by accredited European labs to EN 60335 standards. Five PDFs, signed by the testing body, available to anyone.

Open the PDFs →
Engineered our own steam control

Patent-pending

Dual-PWM control system: water-pump PWM (10–20 Hz) regulates intake flow; heater PWM with PID feedback holds temperature at 230°F / 110°C with ±2–4°F / ±1–2°C precision. Three steam levels via duty-cycle adjustment, not on/off cycling. Plus a pressure-release refill cap and brass-core nozzle handle assembly. All patent-pending.

USPTO docket on request
Reviewed by verified Amazon buyers

12 honest reviews

Every review is from a verified Amazon buyer who actually bought and used the machine — names preserved on import. Honest owner feedback, not friends-and-family hype.

Verified Amazon buyers
1,800W heating element

230°F steam at the nozzle

Measured at the nozzle outlet under load, per IEC 60335-2 methodology. The hot end is genuinely hot — that's how steam cuts through grease, grime, and odors without chemicals.

In CE-LVD test report
Direct from the manufacturer

$129.97 direct price

Steinbrucke Products is the manufacturer, not a reseller. No sourcing agent, no rebrand markup, no distributor margin between you and the production line. Same QC, same tooling, every unit.

Manufacturer direct
Cut what didn't get used

6 essential pieces

1 large brush, 1 round brush, 1 nylon brush, 1 metal scrub brush, and 2 microfiber bonnets. We dropped the squeegee, floor nozzle, and extension tubes that competing kits include but customers rarely use.

In the box, on the box
Honest about what it doesn't do

Limits published

We publish the surfaces it can't clean (unsealed hardwood, unglazed ceramic, wax-treated finishes) and the fact that surface steam may not remove deep-set mold or mildew — rather than claim “cleans everything.”

In product FAQ

If any claim on this site doesn’t check out, email hello@goehnerstech.com — we’ll show you the source, or we’ll change the page. Last reviewed: 2026.

A category most people don’t know exists

What is dry steam?

Most portable steam cleaners under $300 produce wet steam — vapor mixed with liquid water droplets, typically 80–90% gaseous and 10–20% liquid. The wet portion is what soaks your floor, leaves damp grout, and (over time) warps hardwood. It also creates the conditions where biofilm thrives.

Dry steam (sometimes called “dry saturated steam” in commercial cleaning) is steam with significantly less liquid content — the industry threshold is roughly ≤5–10% moisture. It still hits the surface as steam and condenses on contact, but it leaves much less liquid behind than wet steam, so surfaces dry faster and grout doesn’t stay damp for long. Important caveat: all steam is steam, all steam condenses on cool surfaces, and dry steam is not a moisture-free gas. It’s simply higher-quality steam — less wet than the wet kind.

Commercial dry-vapor systems used in hospitals and food plants typically start around $1,500. GOEHNER’S V1 brings dry-vapor output to a $129.97 portable handheld using patent-pending dual-PWM control: a water-pump PWM circuit limits intake flow at 20–40% duty cycle, so each drop has time to fully vaporize in the 1,800W heating chamber before exiting the nozzle. A second heater PWM circuit, regulated by a PID feedback loop, holds the chamber at 230°F / 110°C with ±2–4°F / ±1–2°C precision.

Why this matters for you

Hardwood, laminate, and sealed wood floors won’t warp or swell. No water film means no slip hazard. Surfaces dry in seconds instead of minutes. No biofilm-promoting damp residue. That’s why “dry steam from spray #1” is the engineering decision we built the entire product around.

How it actually cleans

Soften and scrub.
In the same motion.

01
Aim — about 1 inch off

Bring the brush head close to the surface.

230°F dry steam breaks the dirt-to-surface bond the instant it lands. Held too far away, steam just warms the room. Don't expect grease to fly off — it gets softened, not blasted.

02
Steam + scrub — 10 to 20 seconds

Trigger and brush at the same time.

Steam softens the bond on contact while the bristles lift the dirt in the same motion. Pick the right brush: detail brush for grout, round brush for tile, large bristle brush for wide surfaces. Light pressure is enough.

03
Wipe — 5 seconds

Wipe with a clean cloth.

A gentle wipe with a microfiber towel is all it takes. For sheets, sofas, and other fabrics, the kit includes soft bonnet covers that slip over the brush head — designed for cleaning fabrics and upholstery. Result: a clean, dry surface in under a minute per messy spot.

Designed for kitchens, bathrooms, and cars.

A design choice, not a compromise

Why we didn’t make a
boiler-style cleaner.

If you’ve watched commercial steam-cleaning videos on TikTok, you’ve seen restaurants and auto shops use boiler-pressure steam cleaners — heavy, $1,500+ machines that blast dirt off with 100+ PSI. They’re powerful. They also weigh 30 lbs, take 15 minutes to heat up, and shouldn’t be pointed at your hardwood floors.

We built GOEHNER’S V1 differently — on purpose.

Boiler steamers work by pre-heating an entire tank of water to 320°F under pressure, then releasing it in high-velocity bursts. Excellent for blasting grease off a restaurant fryer line. Not so excellent for cleaning your sealed hardwood floors, your leather sofa, or the inside of your car windshield. The high pressure that makes them powerful is the same pressure that strips wax, drives water into grout cracks, and tears delicate fabrics.

GOEHNER’S V1 uses flash heating: water enters the heating chamber on demand, vaporizes in under one second, and exits as dry steam at 230°F and 50 PSI. The lower pressure means it’s safe on every surface a real home contains — sealed hardwood, laminate, sealed grout, leather, microfiber, glass, ceramic, sealed stone, vinyl, and most upholstery.

For everyday home cleaning, this method is actually more effective on stubborn dirt. Why? Because high pressure pushes dirt faster than steam can soften it. Lower pressure + higher temperature + included brushes means the steam has time to break down the dirt-to-surface bond, and the brushes lift it loose.

We could have built a $1,500 commercial-grade boiler unit. Instead we built a $129.97 portable that does what real homes actually need.

Sustainability, structurally

Just water.
That’s the whole list.

We don’t carry the Climate Pledge Friendly badge. We just don’t need to.

Every spray cleaner you’ve ever used contains surfactants, biocides, and fragrances — the chemistry has to go somewhere. On your skin. In your air. Down your drain. On your dog’s paws.

GOEHNER’S V1 cleans with steam at 230°F. The same physics that’s been sterilizing kitchens for thousands of years. Nothing to inhale. Nothing to flush. Nothing to recycle.

It’s not a sustainability claim. It’s just how steam cleaning works.

How It’s Built

Engineering and accountability,
under one team.

When the people who design the product also handle the warranty returns, problems get fixed at the source — not buried in a marketing dashboard.

Designers spec the product. Cost-cutters trim 15% by the time it ships. The customer never meets either team.
Engineering specs the heater rating, seal grade, and cord copper — and ships them as specced. No silent downgrade.
Customer reviews route to a marketing dashboard, then a quarterly summary slide.
Customer reviews route to the engineering queue. If 200+ customers report the same issue, it ships in next batch.
Product fixes wait for a “V2 launch” 18 months out. Same SKU, same problems.
Material spec tightens in next week's production run. Same SKU. Quietly better unit.
Warranty service routes through a third-party reseller you've never heard of.
Warranty service is direct — same team that built the unit also handles the email reply.
5+ hand-offs between customer feedback and engineering fix.
1 team owns design, certification, QC, and customer support.

That’s not a marketing line. That’s the only reason this company exists.

Join Us

Help us build
the next generation.

Buy a GOEHNER’S, use it, leave an honest review. Aggregate review patterns flow into our engineering queue — if enough customers report the same thing, it ships in the next production run.

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