Born in Ice. Built to Snow.
Conventional snow guns stop working where the wet-bulb temperature never reaches −2°C. Ours make ice first and mill it afterwards, so ambient heat is not the limiting factor.
We offer the solution — not loose parts, not a bare machine to integrate yourself. For each site we say which configuration fits, what it solves in your conditions, and what it delivers.
They run on wet-bulb temperature — the combined effect of heat and humidity that decides whether water droplets freeze before they hit the ground. The industry threshold is about −2°C.
| Condition | Temperature |
|---|---|
| Snowmaking threshold (wet-bulb) | −2°C |
| Lowland tropical air temperature, year-round | 20–32°C |
| Shortfall to threshold | ≈ 20°C or more |
Sources: Threshold values from snowmaking technical literature and the Austrian Alps boundary-condition study (J. Appl. Meteor. Climatol., 2010). The 20–32°C band is a general characterisation of lowland tropical climates (Köppen Af / Aw), given as a range precisely because it varies by site — it is not a single-station record. Confirm against your own site data before quoting exact figures.
Because the ice already exists before it leaves the machine, ambient temperature never enters into it. No waiting for a cold snap that, in lowland tropical markets, never arrives. The output is crushed ice — dry, flowable and easy to spread or throw, so it behaves the way guests expect snow to behave without the sky having to cooperate.
We did not start as an assembly shop. We manufacture our own flake ice evaporators — the core component of every ice-making system — using the same expertise that runs through our industrial ice machines today.
That is the whole argument. Snowmaking built on ice-making means the hardest part of the system is the part we have always made ourselves.
| Configuration | Capacity |
|---|---|
| Containerised system | 35 t / 70 t per day |
| Building-integrated system | 80 t / 120 t per day |
| Mobile snow cart | 2.5 t / 5 t per day |
Full specifications, power and water requirements, and output data are quoted per project — they depend on your site conditions, water temperature and local climate. Ask us and we will size it against your site.
A low-elevation, high-temperature site. The system has been running there since installation.
Several of the world's most active indoor snow markets sit in hot, humid lowlands, thousands of kilometres from the nearest natural ski slope — built on imported all-weather snow systems. The demand is proven; the question is what the equipment costs to buy and to run. That is the gap our approach targets.
Source: Indoor Snow News, August 2022 (industry tracker of indoor snow centres worldwide). The market picture is the tracker's, not ours; confirm any specific venue directly with its operator.
Snow systems solve one problem — making snow where the climate says you can't. Two scenarios below; which route is viable on your site is what we answer first.
Snow parks don't need Olympic-quality snow — they need snow that looks right, feels right, and doesn't melt. In hot climates, conventional snow guns can't deliver that at all.
Best fit: All-weather snow systems that make ice first, then mill it — ambient heat stops being the limiting factor (solves the "can't make snow here" problem) and turns a seasonal gamble into a daily operation.
Slope quality is non-negotiable, and energy is your biggest operating cost. Snowmaking that runs independently of outside temperature changes the economics entirely.
Best fit: Full snowmaking + ground cooling, engineered as one system — it runs regardless of outside temperature (solves the energy and uptime exposure) and is sized, built and commissioned as one plant, not a pile of parts.
Next step
Ice machines and snowmaking systems solve completely different problems — and in hot climates, not every snowmaking technology works at all. We offer the solution, not a catalogue: tell us where you are and what you're building, and we'll tell you which configuration actually works there, what it solves, and what it delivers — and what doesn't. Five scenarios across two lines — three on ice machines, two on snow systems.
Not sure which one is yours? Send us your location and a sentence about the project. We'll tell you which route is physically possible there — before anyone talks about price.
Check what works in your climateTen product lines built on one refrigeration platform — from 30 kg/day food-service units to 30 t/day block ice plants. Flake, tube, block and seawater machines, specified with your choice of compressor.
We offer the solution — not loose parts, not a bare machine. For each duty we say which ice type fits, why it suits your process, and what it saves you.
Most suppliers make a few machines for a few trades. We build one platform across the full span — from a 30 kg/day countertop unit to a 50 t/day evaporator — and configure it to the ice your process actually needs. That means one supplier to qualify, one spare-parts relationship, and one place to go when your requirement changes.
Ice types are not interchangeable. Because flake ice is thin and dry, a given mass of it covers far more surface than the same mass of tube or block ice, and therefore cools product faster and more evenly.
| Fact | Value |
|---|---|
| Effective contact area of 1,000 kg flake ice | ≈ 1,579 m² |
| Effective contact area of 1,000 kg tube or block ice | 395–1,294 m² |
| Share of flake-ice demand from fisheries and seafood | ≈ 60% |
| Ice consumption of a salmon processing line | 2–5 t per hour |
The largest single market for flake ice is fisheries and seafood processing, at roughly 60% of global demand. The other heavy uses are concrete batch cooling in hot-weather construction, fresh-produce distribution, and edible-ice production.
For vessels and plants that make ice directly from seawater, the evaporator has to be 316L stainless — standard 304 will not survive the chloride load. If your site needs seawater ice, say so at the outset; it changes the machine.
Sources: contact-area, market-share and consumption figures are industry technical references used for planning — confirm them against your own process data before sizing a plant. The 316L requirement for seawater ice reflects standard marine ice-making practice.
| Line | Capacity |
|---|---|
| Flake ice — fresh water | 1–15 t/day |
| Flake ice — seawater | 1–5 t/day |
| Tube ice | 1–10 t/day |
| Snow ice | 60–900 kg/day |
| Crescent ice | 145–560 kg/day |
| Cube and granular ice | 30–900 kg/day · 1–10 t/day |
| Block ice plants | 1–30 t/day |
| Cold room units | matched compressor sets |
| Mobile snow cart | 2.5 t / 5 t |
| Flake ice evaporators | 1–50 t/day |
English ice-type names follow our 2026 catalogue, which uses overlapping labels for two of these lines. Tell us the ice type you actually need and we will confirm the machine. Seawater material specification and evaporator supply terms are confirmed per enquiry.
Availability varies by model. Where your market has brand preferences, a service network, or spare-parts availability you need to respect, we specify accordingly.
Scope of supply: the machine itself. Ice storage, conveying and cold-room plant are not part of a standard machine order — where a project needs them, we say so up front and quote them separately. You will not find out at commissioning that something was left out.
Commercial terms: FOB as standard; CIF and door-to-door available on larger orders. Prices and full specifications are quoted per project — output depends on site conditions, water temperature and ambient.
Ice machines solve one problem — holding temperature where the heat fights you. Three scenarios below; the right configuration depends on your daily volume and site.
Mass concrete in 45 °C+ heat sets too fast — it cracks and loses strength. Flake ice dosed directly into the mix is the most effective way to hold placement temperature.
Best fit: Containerised flake ice plants with automated storage & delivery — they hold placement temperature through peak heat (solves the cracking and strength loss) and take the manual ice-handling bottleneck off your pour crew.
The catch starts losing value the moment it leaves the water. On-site flake ice — including seawater flake ice for vessels — cools faster and gentler than any alternative.
Best fit: Flake ice / seawater flake ice systems, sized to your daily landing volume — they lock in freshness at the dock (solves on-board and on-shore spoilage) and keep your cold chain free of any shore ice supply.
Process cooling, hydrocooling, and pre-cooling all need reliable, food-grade ice at predictable cost.
Best fit: Flake ice or tube ice systems, integrated with your existing chilling — they give you a steady, food-grade supply on your own site (solves the cost and reliability gap of bought-in ice) and drop into the line you already run.
Next step
Ice machines and snowmaking systems solve completely different problems — and in hot climates, not every snowmaking technology works at all. We offer the solution, not a catalogue: tell us where you are and what you're building, and we'll tell you which configuration actually works there, what it solves, and what it delivers — and what doesn't. Five scenarios across two lines — three on ice machines, two on snow systems.
Not sure which one is yours? Send us your location and a sentence about the project. We'll tell you which route is physically possible there — before anyone talks about price.
Check what works in your climateTwo hot climates create two different problems, and they do not lead to the same machine. Tell us which one you are building in and we will skip the generic brochure and go straight to sizing.
Extreme daytime heat, low humidity, large sites. Here the binding constraint is cooling load, not the wet bulb.
Year-round heat with high humidity, where the wet bulb never falls to the snowmaking threshold and ice has to be made, not waited for.
What we need from you: ambient range, humidity, water temperature, and the duty — tonnes per day or square metres. With those four numbers we can size the machine and price it.
Every factory video looks the same after the first ten seconds. A live call does not — you choose what the camera points at, and you see it on a day we did not pick for you.
Book a video call and we walk the workshop with a phone — the welding bay, the evaporator line, whatever is on the floor that day. You say where the camera stops.
Before dispatch, your unit is run at load and streamed to you: ice discharging into the bin, suction and discharge pressures on the gauges, the hour meter turning. This unit, not a library clip.
We fix the acceptance test in writing before production starts — ambient, running hours, the output you have to see. If it does not pass on our floor, it does not ship.
None of this needs a marketing video. It needs a time that suits your timezone.
Book a live walkthroughRefrigeration contractors, cold-chain equipment distributors, food-service equipment dealers and ice-machine rental operators know their market better than we do. We build the equipment and size it to the project; you specify it, install it and service it locally. If that describes your business, the pages above are the product conversation — this one is about how we work together.
Commercial arrangements are discussed case by case. We would rather show you the factory and the machines than lead with a template agreement.
Leave your details and site conditions. We come back with what is actually feasible — not a catalogue dump.