Tell us your problem
What problem do you need to solve?
Start from the problem, not from the machine. Every page below starts from a real problem and shows exactly how we solve it: the mechanism, the parameters you can verify, the recommended equipment and what it means for cost — without chemicals.
14 documented solutions
Not sure which technology fits you?Guide: how to choose the right cleaning technology →An honest comparison of all 6 technologies — what each removes, what it cannot, and what it costs to run.Food production & HoReCa
Bottling lines · Beverages
Clean bottling lines with dry ice — no water, no long disassembly
Dry ice removes caramelised sugar, labels, adhesive and deposits from belts, fillers and sensors through a dry, non-conductive process — no water near electronics, with minimal downtime.
See the solution →Degreasing · Food industry
Degrease food-industry equipment — no chemicals, no rinsing
At 20 bar, steam leaves the nozzle at approx. 215 °C and dissolves burnt grease from equipment, hoods and belts in seconds — without aggressive detergents and without the rinsing step that stops the line.
See the solution →Food & beverage cleaning · HACCP zones & HoReCa
How to pass your HACCP audit with chemical-free sanitizing — using dry steam
At 16 bar, steam leaves the nozzle at approx. 205 °C and, 10 cm from the surface, still carries more than 100 °C — the temperature at which thermal disinfection happens, with no disinfection chemical at all and no residue on food-contact surfaces. Your HACCP plan stays fully documented.
See the solution →Mould · Food industry
Remove mould from your food plant — thermally, without chemicals
At 16 bar, steam leaves the nozzle at approx. 205 °C and destroys mould, spores and bacteria within seconds — in the damp areas where chemicals only postpone the problem, with no residue on food surfaces.
See the solution →Food production · Time & cost
Cut the time and cost of cleaning in food production — with dry steam
At 20 bar, steam leaves the nozzle at approx. 215 °C: it dissolves grease and sanitizes thermally, with no detergent, no rinsing and no drying time — a single station supplies up to 5 operators at once, so the line returns to production sooner.
See the solution →Automotive, upholstery & furniture
Upholstery sanitizing · Sofas
Baking soda masks the smell. Steam removes it — deep down, detergent-free
Hot steam at 185–190 °C sanitizes the sofa deep down, dissolves stains and neutralizes odors without detergent, while the integrated extractor draws out the moisture — so the fabric stays clean and barely damp, not soaked.
See the solution →Car detailing · Steam car wash
Classic washing keeps the car drying for hours. Dry steam sanitizes it the same day — no harsh chemicals
Dry steam at 16 bar and 110–135 °C lifts dirt from upholstery, plastics, wheels and the engine bay with minimal water, sanitizes thermally without harsh chemicals and evaporates fast — so you process more cars per day without tying up your bay for hours of drying.
See the solution →Car detailing · Upholstery
Stains and odours in a car are not hidden with chemicals — they are lifted out with steam
Steam at 185–190 °C and 12 bar lifts stains and neutralizes odours in car upholstery without chemicals, while the integrated extractor immediately pulls out the moisture — so the material is not left soaked.
See the solution →Industry & maintenance
Fine parts & injectors · Precision cleaning
Clean injectors and complex parts with ultrasound — no scrubbing, no wear
Ultrasonic cavitation at 28 kHz generates microbubbles that lift deposits from the channels and cavities you cannot reach by hand — it cleans the part on the inside too, without mechanical scrubbing. Frequency, temperature and detergent are matched to the material and the deposit.
See the solution →Moulds & plastic injection · Maintenance
Clean the injection mould on the machine, with less disassembly and without water
For the cavity of a mould, the method we put first is dry ice: it cleans directly on the machine, without water and without anything to rinse off. The laser stays an option — but our TIPORA range is continuous-wave fibre, and the heat a continuous laser puts into a fine cavity is a risk we discuss beforehand, not afterwards.
See the solution →Electrical panels · Industry
Clean electrical panels and cabinets — no water, no disassembly
Dry ice (-78,5 °C) removes dust, oil and deposits from electrical components through a dry, non-conductive process — no water, no abrasive and no residue to clean up afterwards.
See the solution →Dry ice · In-house production
Stop buying dry ice — produce it on site, with your own machine
A dry ice machine (pelletizer) produces up to 180 kg/h of pellets right at your site, when you need them — eliminating sublimation losses between delivery, storage and use, plus supplier dependence.
See the solution →Metal & surface preparation
Laser cleaning · Metal
Clean metal with a laser — rust, paint and oxide, without abrasive
The laser removes rust, paint and oxide from metal through a selective process, without abrasive and without chemicals — no residue to collect and with minimal wear on the part.
See the solution →Sandblasting · Surface preparation
Prepare metal surfaces properly through sandblasting — for a paint job that lasts
Sandblasting doesn't just clean: it removes rust and old paint and creates the anchor profile (the roughness) the new paint needs to adhere and not peel.
See the solution →Your problem is not on the list? Tell us — 25 years across six technologies, under one partner.