Traditional industrial cleaning methods have many problems. Chemical solvents are toxic and expensive. Sandblasting damages surfaces and leaves waste. Pressure washing uses too much water and creates mess. Each method has hidden costs in disposal, equipment damage, or worker safety.
A dry ice blaster solves these problems fast. This dry ice cleaning machine uses dry ice pellets to blast away dirt, oil, paint, and rust. No chemicals. No water. With lower operating costs and faster cleaning times, our dry ice blasting machine helps you clean better while saving money.
Technical Parameters of Dry Ice Blaster
| Model | YG-ICE-3.0 | YG-ICE-6.0 | YG-ICE-15 | YG-ICE-40 |
| Dry ice capacity | 3kg | 6kg | 15kg | 40kg |
| Dry ice consumption | 20-50kg/h | 20-50kg/h | 30-100kg/h | 30-100kg/h |
| Supply pressure | 3-10bar | 3-10bar | 3-10bar | 3-10bar |
| Air consumption | 1-2m³/min | 1-3m³/min | 1-4m³/min | 1-5m³/min |
| Weight | 40kg | 50kg | 65kg | 80kg |
| Dimensions (mm) | 460x340x750 | 460x350x850 | 550x445x985 | 650x550x1000 |
| Total power | <500W | <800W | <800W | <800W |
This portable dry ice blaster is designed for easy movement and quick setup at different job sites.
For underwater and tank cleaning applications, see our silt removal robot for tank cleaning.
Dry Ice Blaster vs Traditional Cleaning
Traditional cleaning methods cost more than you think. Let us look at the numbers.
| Comparison | Dry Ice Blaster | Chemical Cleaning | Sandblasting | Pressure Washing |
| Chemical waste | None | Yes, needs disposal | None | None |
| Secondary waste | None | Liquid waste | Sand/grit residue | Wastewater |
| Surface damage | No | Possible (corrosion) | Yes | No |
| Water usage | None | None | None | High |
| Drying time | None | Hours | None | Hours |
| Downtime | Minimal | Long | Long | Medium |
Let us do the math with hypothetical numbers.
Assume you clean 10 machine molds per week. Chemical cleaning takes 2 hours per mold plus 2 hours drying = 4 hours each. Total 40 hours per week. Cost includes chemicals (200/week)andlabor(200/week)andlabor(40/hour × 40 = 1,600).Weeklycost=1,600).Weeklycost=1,800.
Dry ice blasting takes 30 minutes per mold. No drying time. No chemicals. Labor = 40/hour×5hours=40/hour×5hours=200 per week. No chemical cost.
Weekly saving = 1,600.Monthlysaving=1,600.Monthlysaving=6,400. Yearly saving = over $75,000.
The numbers are just examples. Your actual savings depend on your cleaning volume and local labor rates. But the math is clear: a dry ice cleaning machine pays for itself quickly. Most customers recover their investment in 6-12 months.
Working Principle of Dry Ice Cleaning Machine
The dry ice cleaning machine works through a simple four-step process.
Step 1: Dry ice pellets enter the system. Dry ice pellets (3mm size) are loaded into the hopper. The machine feeds them into the air stream.
Step 2: High-pressure air accelerates the pellets. An air compressor pushes air at 3-10bar pressure. The dry ice pellets travel at high speed through the hose to the nozzle.
Step 3: Pellets impact the surface. When the dry ice hits the dirt or contaminant, two things happen. The cold temperature (-78.5°C) makes the contaminant brittle and crack. The impact force breaks it loose from the surface.
Step 4: Dry ice disappears. The dry ice pellets turn back into CO2 gas instantly. No dust. No secondary waste. Only the removed contaminant remains for easy cleanup.
Key Features of Dry Ice Blasting Machine
No secondary waste – Dry ice sublimates into gas. Nothing left to clean up. You only dispose of the removed contaminant.
Non-abrasive cleaning – Will not damage metal, plastic, rubber, or delicate surfaces. Safe for molds, engines, circuit boards, and painted surfaces.
Eco-friendly – No chemicals, no solvents, no wastewater. CO2 used is recycled from industrial waste gas.
Clean in place – Clean equipment without disassembly. Saves hours of downtime.
Portable design – Compact units with wheels. Move between job sites easily.
Low maintenance – Few moving parts. Simple design means less breakdowns.
Adjustable power – Change pressure and feed rate for different cleaning tasks.
This dry ice car cleaning machine works just as well on industrial equipment, molds, and production lines.
Applications of Dry Ice Blaster
This dry ice blasting machine works across many industries.
Automotive industry – Clean engine carbon deposits, remove undercoating, degrease chassis and transmission parts. Restore classic car components without damage.
Food processing – Clean conveyor belts, ovens, mixers, and packaging equipment. No chemicals means no contamination risk. Clean while production continues nearby.
Plastics and rubber manufacturing – Remove mold release agents from injection molds and die-cast molds. Clean online without disassembling the mold.
Aerospace industry – Clean engine blades, turbine parts, and landing gear components. Non-abrasive cleaning protects precision surfaces.
Electronics manufacturing – Remove solder flux, dust, and adhesives from circuit boards. Dry process means no water damage.
Power generation – Clean turbines, generators, and heat exchangers. Improve efficiency and reduce downtime.
Printing industry – Remove ink buildup and paper dust from printing presses.
Historical restoration – Gently clean stone, wood, and metal artifacts without damage.
One dry ice cleaner does all these jobs. You decide which industry to serve.
Customer Case
Case 1 – Automotive Detailing Shop, Germany
A detailing shop in Munich specializes in high-end car restoration. They needed a way to clean engine bays and undercarriages without water or chemicals. Traditional degreasers left residue and took too much time.
They bought a YG portable dry ice blaster. The shop owner now offers engine cleaning as a premium service. Cleaning time dropped from 3 hours to 45 minutes per car. Customers love the residue-free result.
“We have doubled our engine cleaning volume. The machine pays for itself with just 3-4 cars per month.”
Case 2 – Food Processing Plant, Canada
A poultry factory in Ontario cleaned their production lines with hot water and chemicals every night. The process took 4 hours, used thousands of liters of water, and shut down production. Bacterial growth was still a concern.
They switched to a YG dry ice cleaning machine. Now they clean without stopping production. No chemicals touch the food contact surfaces. No wastewater to treat. Sanitation improved.
“Our downtime dropped from 4 hours to zero. We save over $100,000 per year in water and chemical costs alone.”
Case 3 – Automotive Service Center, Mexico
An automotive service center in Mexico City wanted to offer premium engine carbon cleaning. They found dry ice blasting technology online and contacted YG. After reviewing the options, they chose the YG-ICE-6.0 portable model.
The owner now offers carbon cleaning as a high-margin service. Customers see the dirt removed from their engines. Results are immediate and visible. The machine cost was recovered in 4 months.
“Dry ice cleaning changed our business. We attract more customers and charge premium prices. The machine is reliable and easy to use.”
How to Choose the Right Dry Ice Cleaner
| Model | Dry Ice Capacity | Best for |
| YG-ICE-3.0 | 3kg | Portable use, small jobs, automotive detailing |
| YG-ICE-6.0 | 6kg | General cleaning, medium workshops |
| YG-ICE-15 | 15kg | Industrial use, production line cleaning |
| YG-ICE-40 | 40kg | Heavy industrial, continuous operation |
Selection guide:
- Small jobs (engines, molds, small parts) → YG-ICE-3.0 or YG-ICE-6.0
- Medium jobs (machinery, production equipment) → YG-ICE-6.0 or YG-ICE-15
- Large jobs (turbines, heavy equipment, food plants) → YG-ICE-15 or YG-ICE-40
Still not sure? Tell us your cleaning application and daily volume. We will recommend the right dry ice blaster for sale.
FAQ
Q: Do I need an air compressor for this dry ice blasting machine?
A: Yes. The machine requires an air compressor with 3-10bar pressure and 1-5m³/min flow. Minimum tank size 300L, 7.5KW power.
Q: Where do I get dry ice pellets?
A: The machine does not produce dry ice. You buy dry ice pellets from local suppliers. Size must be 3mm. YG can also supply dry ice pellet machines.
Q: How many dry ice pellets do I need per job?
A: Consumption is 20-100kg per hour depending on model and cleaning intensity. 1kg of dry ice costs varies by location.
Q: Will dry ice blasting damage my equipment?
A: No. Dry ice pellets are soft and non-abrasive. They will not damage metal, plastic, rubber, or painted surfaces.
Q: Can I use this dry ice cleaner on electrical equipment?
A: Yes. The dry cleaning process uses no water. Safe for motors, controls, switches, and circuit boards.
Q: What is the dry ice blasting machine price?
A: Price depends on model and configuration. Contact us for a quote based on your needs.
Q: Does YG provide training?
A: Yes. We provide user manuals, video training, and online technical support.
