CryoMode delivers chemical‑free, environmentally smart cleaning solutions focused on aerospace, automotive, fleets, food & beverage processors, coffee roasting, military equipment and heavy industrial operations.
Getting the foam insulation off a stage 2 capsule designed to reach space requires precision, confidence and experience.
Surface Damage
Faster Than Manual
Secondary Waste
Compliant
Stoke Space faced a challenge when attempting to remove foam insulation from their Stage 2 capsule. The material was tightly adhered to sensitive aerospace components that could not risk damage. Traditional removal methods such as scraping, chemical solvents, or abrasive blasting posed risks, including surface degradation, contamination, and costly downtime. The precision required for aerospace grade materials meant even minor damage could impact performance and safety. Additionally avoiding secondary cleanup was critical in maintaining confidence, making the insulation removal process both technically demanding and high-stakes.
By using CryoMode’s dry ice blasting, the foam insulation was removed efficiently without damaging the delicate surfaces of the Stage 2 capsule. The process eliminated the need for harsh chemicals or manual scraping, reducing risk and preserving the integrity of critical components. As a result, Stoke Space achieved a faster turnaround with minimal cleanup, keeping their timeline on track and high confidence in their reusable capsule. This was the first time using dry ice blasting for removal but the results were more than satisfactory. With a method that poses nearly zero risk to the surface material and gets the job done the first time, Stoke Space felt like they had found the missing link.
CryoMode technicians collaborated with Stoke’s engineers to record baseline Megger (insulation resistance) readings. Prior to deployment, non-target ventilation areas and sensitive sensors were carefully masked to prevent contamination or damage.
Using finely tuned, low-pressure CO₂ pellet blasting, technicians targeted the insulation on the stage II capsule. The thermal shock broke the bond without introducing a single drop of moisture or abrasive friction to the surface.
Because the dry ice sublimates into gas, the only remaining material was the dislodged dirt and dry carbon dust, which was easily vacuumed or wiped clean — leaving zero secondary chemical sludge and returning the surface to like new conditions.
With the capsule completely dry and residue-free, Stoke’s team performed immediate post-clean inspection. The process proved to be almost flawless and impressed the team at Stoke.
- Stoke Space Lead Engineer
We clean aircraft, rockets, and engines without chemicals or abrasion.
Decades of grease, oil, and debris buildup beneath Tillamook’s conveyor system were eliminated without water runoff or disruption to operations. Dry ice blasting restored hard-to-reach areas that manual scraping could never fully clean.
Production Lost
Audit Ready
Residue Removal in Tested Zones
Chemicals Introduced
Tillamook’s distribution facility relied on a 25-year-old conveyor system moving massive volumes of cheese through cold storage and shipping. Over time, heavy grease, oil, and debris accumulated beneath the rollers—forming thick buildup that fell several feet to the floor and created unsanitary conditions.
Manual scraping was the only method attempted, but it was inefficient, incomplete, and impractical at scale. With health inspections and compliance risks increasing, Tillamook needed a solution that could fully remove contamination without introducing water, chemicals, or operational disruption.
Dry ice blasting removed years of grease buildup from conveyor systems and surrounding surfaces without damaging equipment or introducing contaminants. The process proved highly effective during the live demonstration, exceeding expectations and restoring previously unreachable areas to a clean, compliant state.
With measurable production rates established during the demo, Tillamook gained a clear path forward for full-scale cleaning—backed by real data, minimal downtime, and a solution that aligns with strict food safety standards.
All conveyor zones were evaluated during an on-site visit to understand buildup severity, access constraints, and cleaning priorities. High-impact areas beneath rollers and along grease accumulation paths were identified and measured to define scope and execution strategy.
Dry ice blasting was performed directly within the facility without dismantling the conveyor system. Grease, oil, and embedded debris were removed from tight, hard-to-reach areas using a dry, non-abrasive process that avoided water runoff and maintained operational integrity.
Live demonstration results provided measurable cleaning rates, confirming effective removal across tested sections. Visual validation and performance data ensured the process could scale across the full facility with predictable outcomes.
Work was scheduled during non-operational windows, allowing cleaning to be completed without impacting production. Even with complex setup requirements, the process delivered significant cleaning progress within a single day of active blasting.
- QA Manager, Tillamook Processing Facility
Dry ice blasting is an advanced cleaning process that uses solid CO₂ pellets accelerated at high speeds to remove surface contaminants. Unlike sandblasting or chemical cleaning, dry ice blasting is non-abrasive, non-toxic, and leaves zero secondary waste.
When the pellets hit a surface, they instantly sublimate; turning from solid to gas and lifting dirt, grease, oil, paint, mold plus other build-up without damaging the substrate. Because it’s dry, it’s safe for electronics, motors, wiring, food-grade surfaces, and sensitive aerospace components.
Learn more about how dry ice blasting can help you today.
Laser ablation is a next-generation, contact-free method of removing rust, paint, oxidation, carbon deposits, and surface contaminants using high-powered pulsed lasers. It works by sending focused energy into a targeted layer—vaporizing contaminants without damaging the material underneath.
Unlike traditional blasting or chemical stripping, laser ablation is dry, non-abrasive, and produces minimal waste. It’s safe for use on delicate substrates such as aerospace alloys, stainless steel, anodized parts, and historic surfaces. There’s no media to dispose of, no masking, and no chemical runoff—just clean, controlled, precision surface prep.
CryoMode uses Class IV industrial laser ablation systems to deliver pinpoint control and repeatable results across aerospace, manufacturing, restoration, and maintenance projects.
Vehicle undercoating is the process of protecting a car’s underside from rust, corrosion, and road wear—especially critical for classic, exotic, and collector vehicles where factory originality and long-term preservation matter most.
At CryoMode, we take a non-invasive approach using dry ice blasting to remove years of grime, factory cosmoline, surface rust, oil, and road debris without damaging original finishes, welds, or components. There’s no water, no abrasives, and no harsh chemicals—just clean, pressurized CO₂ that sublimates on contact.
Once the surface is fully restored, we apply a high-performance ceramic-based undercoating that bonds with the metal to create a durable, hydrophobic barrier—resisting moisture, salt, and debris while maintaining a clean, detailed appearance. This is not bedliner or rubberized spray—this is a purpose-built protection system that complements the care and value of specialty vehicles.
Do you want to learn more about how vehicle undercoating can prevent rust for your vehicle.
Routinely cleaned equipment lasts longer and works better. Our dry ice blasting uses reclaimed CO₂ pellets that sublimate on impact, leaving no secondary waste, no abrasive wear, and no moisture.
Laser Ablation adds precision to delicate surfaces, eliminating oxide, coatings, and built‑up carbon without tooling damage. The result: faster turnaround, lower disposal costs, extended asset life, and safer, greener operations.
We stand by our workmanship and provide a satisfaction guarantee. To learn more or receive your free evaluation, please click below
