Our standard models, including the SL-KZ-120 and SL-KZ-240, utilize a highly efficient air-cooled hydraulic system. The system includes a large radiator and a powerful fan to dissipate heat generated during the compression cycle, ensuring the hydraulic oil remains at its optimal operating temperature. This design simplifies installation and maintenance, as it doesn’t require any external…
Yes, it is designed for exactly that. Every component in our industrial dry ice machine, from the hydraulic system to the robust electricals, has been selected for durability and continuous operation. The hydraulic system is engineered to manage heat effectively during prolonged use, and the Siemens PLC provides the stable control needed for non-stop cycling….
The core compression mold is arguably the hardest-working component in any dry ice press machine. We construct our molds from a specialized, high-strength tool steel that has been heat-treated for exceptional hardness and resistance to the extreme cold and high pressures of dry ice formation. This robust material choice is designed to prevent wear, cracking,…
We integrate Schneider Electric components as the guardian of your investment. The Schneider contactors and circuit breakers in our heavy-duty dry ice machine serve as the robust electrical heart, designed to withstand the millions of start-stop cycles inherent in production. Their most critical function is proactive protection; they constantly monitor the electrical current flowing to…
The Siemens PLC is the intelligent “brain” of our automatic dry ice machine. Its primary role is to execute every step of the production cycle with absolute precision and unwavering stability. It controls the timing of the CO₂ injection, the duration and pressure of the hydraulic compression, and the ejection of the finished block. By…
To ensure peak performance and protect the longevity of your solid dry ice machine, we recommend specific standards for your liquid CO₂ supply. The ideal pressure inside your storage tank should be consistently maintained between 16 and 22 bar (230-320 PSI). As for purity, an industrial or food-grade LCO₂ with a purity level of 99.9%…
Our system offers remarkable precision. The weight of each block is directly controlled by the amount of CO₂ “snow” created, which is determined by the injection time. You can adjust this “spray time” in increments as small as 0.1 seconds directly on the Siemens touch screen. While the final weight can have minor variations due…
Our advertised conversion rate of over 43.5% is achieved under optimal, yet realistic, industrial conditions. The most critical factor for a high conversion rate dry ice machine is the quality of the incoming liquid carbon dioxide (LCO₂). For best results, the LCO₂ should be sourced from a well-insulated tank with an internal pressure of 16-22…
“Fully automatic” means we have simplified the complex process of dry ice production into a one-touch operation. Once the machine is properly connected to power and a CO₂ source, the operator simply needs to press the ‘Start’ button on the Siemens touch screen. From that point on, the automatic dry ice machine takes over completely….
While cold chain is a massive market, the applications for dry ice extend far beyond it. A primary user is the industrial cleaning sector, where businesses use a dry ice manufacturing machine to produce the media for dry ice blasting. This non-abrasive cleaning method is critical for industries like automotive, aerospace, and plastics manufacturing to…
If you are looking for a reliable supplier of dry ice machines, we are the best choice for you.
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