Sublima Mini

Thanks to its low compressed air requirement, SUBLIMA MINI can also operate with low-power compressors, allowing cryogenic cleaning operations even in environments without industrial pneumatic systems.
The machine represents an optimal solution for fast, safe and non-invasive cleaning processes, without the use of water, solvents or chemical agents, while ensuring maximum protection of treated surfaces.

SUBLIMA MINI is the result of a technical design focused on operational simplicity, high maneuverability and full compatibility with light pneumatic infrastructures.
During the design phase, the following aspects were prioritized:

•    Reduction of compressed air consumption
•    Improvement of dry ice feeding and flow
•    Overall weight and size reduction
•    Structural robustness and mechanical reliability

The result is a compact, durable and immediately ready-to-use machine, capable of preserving the fundamental principles of professional-grade cryogenic blasting.

Advantages

• Completely dry cleaning process
• Total absence of water
• No use of detergents or chemical substances
• No mechanical aggression of surfaces
• Significant reduction in machine downtime
• Minimal work area preparation
• High precision cleaning

Applications

SUBLIMA MINI is suitable for numerous application fields, including:

•    Bicycles and e-bikes
•    Motorcycles and scooters
•    Cars and light vehicles
•    Car detailing and interior cleaning
•    Cleaning and maintenance of robotic lawn mowers
•    Marine sector
•    Electronic components
•    Electrical panels
•    Industrial machinery and equipment
•    Household appliances
•    Seals and plastic components
•    Mechanical workshops
•    Technical laboratories

The machine versatility allows safe operation on sensitive materials such as plastic, rubber, aluminum, wood, copper and electrical components, without risk of alteration or damage.

Dry ice blasting is already widely adopted in numerous industrial applications, thanks to a cleaning process that is faster and more efficient than traditional methods and to the absence of abrasives, water and chemical products.

However, traditional cryogenic equipment is often characterized by high weight, significant noise levels and high investment and operating costs, factors that have limited its diffusion.

Sublima MINI, thanks to its compact configuration, high maneuverability and reduced consumption of compressed air and dry ice, makes cryogenic cleaning finally economically accessible, while ensuring high operational performance and ease of use.

The SUBLIMA MINI dry ice blaster combines the best features of cryogenic technologies and introduces new benchmarks in terms of application flexibility, cleaning effectiveness and efficiency.

The compact design, wide operational adaptability and low weight of only 6 kg allow universal use for a broad range of cleaning needs.

The system is completely pneumatic and requires no electrical connection.

The patented Sublima MINI dry ice blaster allows accurate removal of deposits, oils, greases, organic residues and biological contamination (bacteria, molds and viruses) from most surfaces, without the use of water or aggressive chemical substances.

• FAST CLEANING
• WATER-FREE
• WITHOUT CHEMICAL PRODUCTS
• PELLETS FROM 1.5 TO 3 MM
• VARIABLE PELLET DOSING
• NO ELECTRICAL CONNECTION

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The SUBLIMA MINI cryogenic dry ice blaster represents a solution that combines ease of use with high cleaning performance.

PROCESS ELEMENTS

The essential elements of the process are compressed air, generated by a standard compressor, and dry ice pellets

PROCESS SUMMARY
Freeze > Shatter > Remove > Sanitize

• 

  1. CONGELA

• 

  2. FRANTUMA

• 

  3. RIMUOVE

• 

  4. SANIFICA

• 

  1. CONGELA

  Il ghiaccio secco è CO2 allo stato solido ed ha una temperatura di circa - 80 ° C è assolutamente innocuo per l'ambiente, atossico e non rilascia acqua. Per la pulizia, il ghiaccio secco viene pressato in pellets e “proiettato” sulla superficie da pulire
• 

  2. FRANTUMA

  A causa della bassa temperatura e dell'elevata velocità dei pellets, lo sporco viene congelato e si frantuma .La superficie da pulire non viene sollecitata ed alterata perché il ghiaccio secco non è abrasivo.
• 

  3. RIMUOVE

  Al momento dell'impatto, i pellets di ghiaccio secco aumentano il loro volume di 760 volte espandendosi e "spazzano via" le particelle di sporco dalla superficie.
• 

  4. SANIFICA

  La pulizia criogenica ha una efficacie funzione battericida: i pellets di ghiaccio secco esercitano una funzione fungistatica e batteriostatica sulla superficie, abbattendo ed ostacolando la proliferazione batteriologica.

PROCESS EFFECTS

Mechanical / Thermal / Kinetic / Fungistatic / Sublimation

* CO2 pellets are non-toxic, sublimate upon impact (returning to their natural gaseous state in the atmosphere) and require no disposal. The cleaning action occurs through “impact removal of contaminants”; upon impact the pellet penetrates beneath the contaminant layer, shatters and creates a high-speed flow of dry ice particles that, exploding at the point of impact, lift the contaminant from the part from the inside outward.

Mechanical: dry ice pellets with a diameter of 1.5–3 mm are propelled at high speed onto the surface to be cleaned.
There is no damage to the substrate, as there is no cutting or abrasive action. Since CO2 (dry ice) sublimates, the only residue consists of the removed debris.

Thermal: the impact of pellets on the surface causes thermal shock at -78°, making the contamination brittle and separating it from the surface to be cleaned so that it can be easily removed.

Kinetic: When dry ice strikes the surface to be cleaned, it transitions from solid to gaseous state: this causes an expansion of the carbon dioxide volume of approximately 700 times, resulting in the explosive detachment of contaminants from the surface.

Fungistatic: During the transition from solid to gaseous state, carbon dioxide exerts a bacteriostatic and fungistatic action, slowing the proliferation of microbiological flora and ensuring optimal hygienic conditions.

Sublimation: Another important characteristic of dry ice is its ability to leave no moisture residue on the products it contacts. By sublimating, it produces an atmosphere saturated with carbon dioxide which, being a dry gas, tends to reduce ambient humidity without leaving any trace of water on treated surfaces. For this reason, cryogenic cleaning is recommended both in the food industry and for cleaning electrical systems.

THE ADVANTAGES of cryogenic dry ice cleaning
 

• Dry process
  This cleaning method is a completely dry process since dry ice is composed of CO2 and therefore evaporates upon contact with the surface. Cleaning without water or steam
   
• No residue
  The process leaves no residue. Only vacuum or collect the removed deposits.
   
• Eco-friendly
  Dry cleaning uses no chemical substances and is completely non-toxic. There are no costs for disposal of detergents or solvents and the quantity of waste to be treated is reduced.
   
• Non-abrasive
  Dry ice cleaning has no abrasive effect and is therefore extremely gentle on material surfaces, avoiding the typical wear of sandblasting systems or cleaning with chemicals, detergents, scrapers and metal brushes.
   
• Increased productivity
  Maintenance downtime is reduced since disassembly and reassembly operations are no longer required. Machines can often be cleaned while in operation, increasing actual production time.
   
• Effective
  Thanks to jet nozzles and different cleaning speeds, it is possible to clean even hard-to-reach areas without leaving detergent residues on chains and mechanical parts.
   
• Safe
  Cryogenic blasting performed using personal protective equipment replaces traditional cleaning procedures such as sandblasting or cleaning with chlorinated or fluorinated solvents: therefore, cryogenic blasting significantly improves operator working conditions.
   
• Bactericidal action
  Bactericidal and fungistatic cleaning

AREAS OF APPLICATION

The compact design and maneuverability translate into a wide range of possible uses across many sectors

• Removal of carbon residues, secondary smog residues, graffiti made with paints.
   
• Printing: efficiently removes wet and dry ink, dust, paper dust and glue residues.
   
• Food industry: efficiently cleans packaging machines by removing glue residues, paper dust and product residues without adding water or chemical substances.
   
• Plastics industry: gently cleans plastic coatings and polyurethane foams.
   
• Machines: printing presses, live electrical control cabinets, hot-melt adhesive dispensers and glue units, extruders, curing presses, photocopiers, production lines……
   
• Production lines: industrial ovens, welding robots, sugar tanks, polymerization containers, assembly lines, conveyor systems…
   
• Molds: cast aluminum-cast iron, SBR rubber tires, epoxy resin, oven plates, plastic injection molds, extrusion molds, PU foam seats, PET semi-finished products.
   
• Various: robotic cleaning, post-fire restoration, asbestos removal, paint removal, nuclear decontamination, internal parts of high-energy alternators, special building cleaning, turbine cleaning.

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