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DRY ICE BLASTER
Revolutionary Cleaning Tool - Eco-Friendly, Efficient, and Damage-Free.
Learn moreBENEFITS OF DRY ICE BLASTER...
UNPARALLELED CLEANLINESS
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1.Stainless Steel Nozzle
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2.Ergonomic Blast Gun with A Safety Switch
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3.Digital Consumption Indicator
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4.HDPE Housing
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5.Blast Hose(13ft )
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6.Insulated Hopper
| Model | AI30 |
| Product Name | Dry Ice Blaster |
| Voltage / Frequency | 110 V / 60 Hz |
| Dry Ice Hopper Capacity | 33 lbs |
| Dry Ice Output | 0.66 ~ 1.32 lb/min |
| Compressed Air Input Pressure | 87 ~ 116 psi |
| Compressed Air Input Flow Rate | 71 ~ 141 CFM |
| Dry Ice Pellets Diameter | 3 mm and below |
| Dimensions (L×W×H) | 28 × 24 × 37 inches |
| Weight | 135 lbs |
| Air Compressor Horse Power | ≥ 7.5Kw (10 HP) |
AI30: ESSENTIAL FOR EVERY INDUSTRY
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MOTOR VEHICLES
Dry ice cleaning is a leading technology for cost reduction and quality enhancement in production processes. It effectively restores automotive facilities and components, such as assembly plants, robotics, spray booths, foundries, electrical equipment, hydraulic units, moulds, mechanical components, engines, wheel suspensions, gearboxes, electrical components, etc. to almost their original condition.
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PRINTING/PAPER INDUSTRY
In the printing and paper industry, maintaining clean rollers and machine components is vital. Dry ice blasting provides a rapid, high-quality cleaning solution without disassembly. It safely removes settled grease, paper dust, pulp, ink, and paint without damaging components, using a dry, non-abrasive method that requires no chemicals.
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FOOD INDUSTRY
The food industry's focus on hygiene is growing. Cleaning hardened surfaces and production line furnaces, which are typically challenging, is crucial for preventing bacterial growth and maintaining food quality. Dry ice cleaning, using CO2 pellets or microparticles that sublimate on contact, effectively removes contaminants without damaging equipment.
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MACHINERY INDUSTRY
Dry ice cleaning is essential in the machinery industry for cleaning production machine components, welding robots, conveyors, painting lines, and molds. It outpaces traditional methods, boosting productivity and cutting costs with its speed and efficiency.
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Before
Mud, grease, and road grime are caked onto your car’s undercarriage, reducing performance and increasing the risk of corrosion. Traditional methods struggle to reach those tough spots.
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After
Our dry ice blaster blasts away dirt and grime from your car’s undercarriage, leaving it spotless and corrosion-free. No water, no chemicals—just powerful, eco-friendly cleaning!
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Before
Oil buildup and debris on your car’s differential can compromise its performance and shorten its lifespan. Cleaning such a vital component is no easy task with traditional methods.
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After
Our dry ice blaster removes stubborn grease and contaminants from your car’s differential without damaging seals or components. Ensure peak performance and longevity with a precise, chemical-free clean!
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Before
Grease, dirt, and residue on your transmission can lead to overheating and reduced efficiency. Traditional cleaning methods often struggle with precision and risk causing damage.
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After
Our dry ice blaster thoroughly removes grime from your transmission, ensuring optimal performance and extending its lifespan. No water, no chemicals—just safe, efficient cleaning for vital components!
CLEANLINESS ACROSS ALL APPLICATIONS
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Steel, Metal, and Machinery Fabrication
Deep cleaning and routine maintenance of production machinery, welding robots, conveyor systems, and paint facilities becomes remarkably effortless.
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Printing Facilities
After dry ice blasting, printing machines, cylinders, tools, and more are restored to a like-new condition.
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Wood and Electrical Industries
Dry ice blasting is perfect for cleaning woodworking machinery, generators, turbines, control cabinets, and more.
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Plastics and Packaging Industry
The dry ice blaster effectively removes silicone, rubber, dyes, paints, and other contaminants from injection molds and production lines.
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Automotive Industry, Foundries, and Plastic Injection Molding Facilities
AIOLITH dry ice blaster effortlessly remove silicone, rubber, dyes, paints, and parting agents from molds, tools, and production lines, ensuring a perfect clean with no residue left behind.
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Food, Pharmaceutical, and Cosmetics Industries
An AIOLITH dry ice blaster is perfect for removing coking, burnt deposits, encrustations, fat, and starch from filling and mixing plants, production lines, handling systems, tanks, and furnaces.
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Paper Industry
In the paper industry, dry ice cleaning removes glue, lime, dust, and cellular materials, minimizing downtime and restoring systems quickly.
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Local Authorities and Municipalities
Graffiti and chewing gum are common problems for cities and municipalities. AIOLITH dry ice blaster provide a gentle yet thorough cleaning method, effectively removing dirt without damaging surfaces.
Precision Cleaning of Oils and Adhesives
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Before
Oil Pan
Oil buildup and sludge in the oil pan can reduce engine efficiency and cause overheating. Traditional cleaning methods often fail to remove all the debris.
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After
Oil Pan
The oil pan is spotless, free of sludge and contaminants, ensuring better oil flow and improved engine performance.
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Before
Engine Bay Bottom
Grease and dirt under the engine can lead to overheating and reduced performance. Traditional cleaning methods can’t get into tight spots and can be messy.
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After
Engine Bay Bottom
The engine’s underside is spotless and free of grime, improving cooling efficiency and performance—no mess, no chemicals.
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Before
Exhaust System
Carbon buildup and grime in your car’s exhaust system can cause poor performance and increased emissions. Conventional cleaning methods can’t reach deep into the system.
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After
Exhaust System
The exhaust system is free of carbon and contaminants, improving engine performance and reducing emissions—clean, efficient, and environmentally friendly!
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Before
Driveshaft
Dirt, grease, and debris on the driveshaft can affect performance and cause wear over time. Conventional cleaning methods can’t reach all the tough spots.
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After
Driveshaft
The driveshaft is completely clean, free of grime and buildup, ensuring smooth performance and extending the lifespan of the components.
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Before
Turbocharger
Carbon and oil buildup in the turbocharger can affect performance and boost efficiency. Conventional cleaning methods may not reach all areas or can cause damage.
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After
Turbocharger
The turbocharger is clean and free of carbon and oil buildup, improving airflow, boosting efficiency, and ensuring optimal engine performance.
Effective Removal of Coatings and Carbon Deposits
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Before
Fuel Injectors
Carbon buildup in the fuel injectors can lead to poor fuel atomization, reducing engine performance and fuel efficiency.
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After
Fuel Injectors
The injectors are free of carbon deposits, allowing for smooth fuel atomization and optimal engine performance and fuel efficiency.
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Before
Air Conditioning Filter
The air conditioning filter can become clogged with carbon, blocking airflow and causing musty odors while reducing cooling efficiency.
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After
Air Conditioning Filter
The filter is free from carbon deposits, allowing for improved airflow, fresher air, and optimal cooling performance.
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Before
Printing Equipment
Ink buildup and residue on printing equipment can lead to color inconsistency, clogging, and lower print quality
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After
Printing Equipment
The printing equipment is free from ink residue, ensuring consistent colors, smooth operation, and high-quality prints.
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Before
Suspension Control Arms
Accumulated carbon on the suspension control arms can restrict movement, leading to poor performance and faster wear.
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After
Suspension Control Arms
With carbon deposits removed, the control arms operate smoothly, improving suspension performance and extending the lifespan of the components.
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Before
Steering Tie Rods
The steering tie rods can accumulate carbon and grime, causing stiffness and reduced steering responsiveness.
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After
Steering Tie Rods
With carbon and debris removed, the tie rods function smoothly, ensuring precise steering and improved handling.
Thorough Elimination of Residues and Dust
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Before
Fastening Bolt
Dust and grease buildup on components can cause friction, reduce performance, and lead to premature wear.
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Afrer
Fastening Bolt
With dust and grease removed, components operate more efficiently, reducing friction and extending their lifespan.
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Before
Food Molds
Rust buildup on food molds can affect the quality of the products and cause contamination risks.
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After
Food Molds
With rust removed, the molds are restored to a clean, smooth surface, ensuring high-quality products and eliminating contamination concerns.
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Before
Ball Joints
Heavy grease and dust buildup on the ball joints can affect steering performance, leading to stiffness and wear over time.
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After
Ball Joints
Once the grease and dust are removed, the ball joints function smoothly, improving steering response and overall performance.
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Before
Shock Absorbers
Residues and dust on the shock absorbers can affect their performance, leading to a rougher ride and less effective dampening.
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After
Shock Absorbers
With residues and dust removed, the shock absorbers function at their best, providing a smoother ride and improved suspension performance.
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Before
Tire Valve Stems
Dirt and debris on the valve stems can cause air leakage, affecting tire pressure and overall vehicle performance.
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After
Tire Valve Stems
With the valve stems cleaned, air is sealed properly, ensuring accurate tire pressure and optimal vehicle performance.
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Advanced Manufacturing Workshop
Equipped with cutting-edge technology and strict quality control, we ensure high-precision and efficient production.
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Component Processing and Manufacturing
Precision component processing and manufacturing to ensure superior quality.
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Assembly Line Operations
Efficient assembly line operations to ensure product quality and production efficiency.
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Quality Control and Inspection
Strict quality control and inspection to ensure compliance with high standards.
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Trusted by Global Clients
Our equipment is exported to Europe, Southeast Asia, and beyond, widely used in industries such as manufacturing, food processing, and industrial cleaning.
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Quality Assurance
Certified by CE, ISO, and other international standards, our products meet the highest industry requirements for safety and reliability.
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Packaging and Shipping
Professional packaging and efficient shipping to ensure safe delivery.
Which Materials Can Withstand Dry Ice Blasting?
Dry ice blasting is ideal for metals, rubber, concrete, and wood, cleaning effectively without damage. For softer materials like thin metals, plastics, electronics, or glass, adjust pressure and test on a less critical object first to avoid damage.
Is an External Compressed-air Source Necessary?
Yes. The dry ice blaster must be connected to an external compressed-air source with the following data: Compressed Air Input Pressure: 87 ~116 psi (Adjustable) and horse power: ≥7.5Kw (10HP). Dry Ice Output: 0.66 lb/min ~ 1.32 lb/min, depending on nozzle combination.
Is Dismantling Necessary Before Dry Ice Blasting?
It is often unnecessary to dismantle machinery or equipment to be cleaned by dry ice blasting because the process is completely dry and leaves no blasting material or chemical residues.
What are the Guidelines for Using Dry Ice, Connecting the Intake Hose, and Contacting for Air Compressor Issues?
To ensure effective cleaning, use dry ice stored ≤2 days. Connect the provided intake hose directly to your air compressor; avoid other connectors/adapters.
Can I Return for This Product Due to Non-Quality Issues?
We do not accept returns or refunds for this product unless there are quality issues. Please ensure you are satisfied with your purchase before ordering. We offer support for any quality-related concerns.