For most people, snow is something that only belongs to winter. Yet in recent years, you might have seen surprising scenes in the news: in a southern city plaza, snow falls in the middle of summer; in a theme park, visitors wearing T-shirts can build snowmen and throw snowballs.
So here’s the question: how is it possible to make it snow at 30°C? What technology makes this happen?
The answer lies in the snowmaking machine.
Snowmaking machines are not entirely new, but with the rise of winter sports, snow tourism, and ice-themed cultural projects, they are becoming more and more common. Among many brands, Focusun has become a trusted name, offering a range of snow machines adapted to different needs.
In this article, we’ll explore:
-
The basic principle of snowmaking;
-
The differences between three typical machines (high-temperature snowmakers, fan-type snow cannons, and indoor mobile snow machines);
-
Why many projects choose Focusun’s solutions.
1. The Logic of Snowmaking: Turning Water into Snow
Natural snowfall requires cold air and moisture. When water vapor cools and freezes rapidly, it forms snowflakes. A snowmaking machine essentially recreates this process artificially.
The main steps are:
-
Atomization: spraying water into tiny droplets through precision nozzles;
-
Cooling: lowering the temperature of droplets using cold air or refrigeration;
-
Crystallization: droplets freeze mid-air and fall to the ground as snow.
It sounds simple, but the challenges vary depending on the environment:
-
In northern ski resorts, natural sub-zero temperatures help;
-
In southern cities with 30°C summers, artificial refrigeration is essential;
-
In shopping malls or indoor events, machines must be compact and mobile.
This is why different types of machines exist.
2. High-Temperature Snow Machines: Breaking Climate Barriers
Traditionally, people thought snowmaking was only possible below freezing. High-temperature snow machines have changed that.
Focusun’s high-temperature snowmakers use a dual-cycle refrigeration system, working much like an oversized freezer. Even at 5–15°C, they can produce soft, powder-like snow, very close to natural flakes.
Application scenarios:
Southern amusement parks: bring snow to warm cities like Guangzhou or Shenzhen;
Cultural tourism projects: create immersive snow scenes for festivals or real estate events;
Film production: shoot winter scenes without waiting for the right season.
High-temperature snow machines effectively make “snow for everyone, everywhere” possible.
3. Fan-Type Snow Cannons: The Backbone of Ski Resorts
If you’ve been to a ski resort, you’ve probably seen these machines. Shaped like large cannons, they blow atomized water droplets into the cold air, where they freeze into snow.
Focusun’s fan-type snow cannons are known for:
Large output: ideal for covering long ski slopes;
High efficiency: transform entire ski areas overnight;
Automation: some models include smart controls to adjust nozzles and airflow based on weather.
Application scenarios:
Medium to large ski resorts: maintain snow quality over wide areas;
Tourist attractions: quickly create snowy landscapes to attract visitors.
Without snow cannons, many resorts couldn’t operate reliably throughout the season.
4. Indoor Mobile Snow Machines: Flexible Atmosphere Creators
Compared to large machines, indoor mobile snowmakers are compact and designed for flexibility and atmosphere.
Focusun’s portable models often include wheels, making them easy to move. Within minutes, they can fill small areas with falling snow.
Application scenarios:
Shopping malls: holiday promotions and Christmas snowfalls;
Weddings & stage events: romantic or theatrical snow effects;
Exhibitions: eye-catching displays in limited spaces.
These machines are less about large snow volume and more about creating an experience.
5. Why Focusun?
So, why do many projects ultimately choose Focusun over other brands?
Technical reliability: years of R&D ensure stable snow production in diverse environments;
Complete product line: from high-temperature units to snow cannons and portable indoor machines;
Operational support: training, after-sales service, and maintenance reduce customer risks.
For businesses investing in ice-snow projects, dependable equipment minimizes long-term costs.
6. Future Trends in Snowmaking
As the global “ice and snow economy” grows, snowmaking machines will continue to evolve:
Smart automation: sensors and AI optimizing water-air ratios in real time;
Energy efficiency: lower power and water consumption;
Diversification: extending beyond ski resorts into film, tourism, retail, and entertainment.
Snowmaking is becoming not just a support tool but a core driver of an emerging industry.
7. Conclusion
When we see snow falling in summer, it feels like magic. But behind that magic lies sophisticated engineering. Focusun’s snowmaking machines are bridging the gap between imagination and reality, enabling snow in places where it never used to be possible.
From ski slopes to shopping malls, from southern amusement parks to movie sets, these machines are quietly reshaping how we experience snow.
So, next time you see snow in the unlikeliest of places, ask yourself: could Focusun be behind the scene?
