Industrial cryogenic cleaning systems
Factory-direct dry ice cleaning machines that use compressed air to accelerate dry ice pellets for water-free industrial cleaning. The dry ice media sublimates after impact, while removed contamination still requires appropriate collection and disposal.
Factory-direct starting price
MOQ: 10 units Final price varies by configuration.
From compact single-hose machines to PLC-controlled microparticle systems, each platform can be configured around your air supply, cleaning target and production cycle.
Factory direct
Dry ice system
A practical guide to DryIceSys OEM and ODM projects, covering specification, branding, electrical configuration, accessories, documentation, packaging, MOQ and pricing.
View specifications
Factory direct
Dry ice system
A practical overview of dry ice cleaning machines, including kinetic impact, thermal effects, sublimation, compressed-air requirements, residue control and CO2 safety.
View specifications
Factory direct
Dry ice system
Use this dry ice cleaning machine safety checklist to assess CO2 ventilation, energy isolation, noise, PPE, equipment condition and stop criteria.
View specifications
DryIceSys Technologies Co., Ltd. develops and manufactures high-performance dry ice cleaning machines, pelletizing equipment, blasting guns and accessories from our production base in Wuxi, Jiangsu.
We control stainless-steel fabrication, pneumatic assembly, hopper insulation, feed-system calibration and full-machine testing. This factory-direct structure gives international distributors and industrial buyers stronger customization, shorter lead times and competitive wholesale pricing.
Manufacturing intelligence
Every critical subsystem is engineered to maintain stable ice delivery, efficient airflow and reliable operation in demanding industrial conditions.
A rated dry ice output of 0.3 kg/min supports controlled media use for precision parts, molds, printing equipment and automotive carbon removal. Fresh, dense pellets generally deliver more consistent cleaning performance because stored dry ice continuously sublimates and loses mass.
Double-wall insulation and high-frequency agitation reduce bridging and blockage during extended production shifts.
The standard system accepts dry ice pellets up to 3 mm in diameter for focused contaminant removal.
PLC platforms can connect with FANUC, KUKA, ABB and other robot systems for repeatable inline cleaning.
Five-stage quality control
Applications and results
Dry ice sublimates on impact, leaving no blasting media behind and minimizing dismantling, drying and secondary cleanup.
Automotive
Remove carbon, oil and underbody residue without water around sensitive wiring and electrical assemblies.
Mold industry
Clean injection, tire and casting molds while preserving precision surfaces and production temperature.
Food processing
A water-free method for ovens, conveyors, filling equipment and food-contact production tooling.
Power and electrical
A water-free option for generators, control cabinets and moisture-sensitive equipment under approved isolation procedures.
Printing
Remove hardened ink, paper dust and adhesive residue from rollers, trays and gear assemblies.
Foundry
Remove release agents, burned-on sand and carbon buildup while maintaining mold dimensions and surface tolerances.
Metal and machinery
Remove grease, chips and process residue from CNC equipment, fixtures, conveyors and production tooling.
Plastics and packaging
Remove polymer, adhesive and label residue from extrusion dies, sealing jaws and packaging equipment.
Pharma and cosmetics
Target product buildup on filling, mixing and conveying equipment during controlled maintenance.
Paper production
Remove paper dust, pitch, adhesive and fiber buildup from rollers, dryers and production equipment.
Woodworking
Clean hardened resin, glue and compacted sawdust from cutters, feed rollers and woodworking machinery.
Public facilities
Target gum, coatings and biological deposits on stone, paving and public fixtures after surface testing.
Cleaning in place can reduce dismantling, cooling and drying steps where the process and material allow.
Dry ice sublimates after impact; loosened contamination must still be collected.
The process adds no cleaning water, helping reduce wastewater and post-cleaning drying.
Customer feedback
Our systems are designed around the operational priorities of maintenance teams, manufacturers and equipment distributors.
"We reduced mold-cleaning downtime dramatically because the tooling no longer needs to be removed and cooled before maintenance."
"The machine configuration, voltage and fittings were customized for our market. Technical documentation made distributor onboarding straightforward."
"Dry cleaning around electrical components removed the wastewater and drying steps that previously slowed our maintenance schedule."
"The adjustable feed system gives us enough control for both delicate components and heavier carbon removal."
Compressed air accelerates solid CO₂ pellets toward the surface. Kinetic impact, rapid thermal shock and sublimation work together to embrittle, loosen and lift contamination without adding water, solvent or abrasive grit.
Assess your cleaning process
The dry ice returns to gas; removed oil, carbon, coating and other contamination still require collection.
Reduce industrial wastewater, drying energy and moisture-related risks around sensitive equipment.
Dry ice cleaning can reduce solvent use in suitable applications after process and material assessment.
Provide ventilation and CO₂ monitoring. Use eye, hand and hearing protection, plus task-specific respiratory protection where required.
OEM / ODM manufacturing
Launch or expand your dry ice cleaning product line with flexible private-label production, market-specific engineering and factory-direct commercial support.
Technical insights
Use this dry ice cleaning machine safety checklist to assess CO2 ventilation, energy isolation, noise, PPE, equipment condition and stop criteria.
Read article
Size compressed air for a dry ice cleaning machine using delivered CFM, PSI, air quality, duty cycle and line losses instead of horsepower alone.
Read article
A practical guide to DryIceSys OEM and ODM projects, covering specification, branding, electrical configuration, accessories, documentation, packaging, MOQ and pricing.
Read articleSend the basic project details. Our engineers will match the machine, nozzle and operating setup to your contaminant, substrate and compressed-air conditions.
MOQ
10 units
Starting price
US$2,000 / unit
Final pricing varies by configuration, accessories and order requirements.
Quick enquiry
People behind the machines
Engineers, production specialists and export colleagues in Wuxi work together from assembly to delivery.
