AUTOOL Dry Ice Cleaning Update
Dry Ice Technology Has Arrived: AUTOOL HTS818 and HTS828 Dry Ice Cleaning Machine
With automotive repair technology continuing to upgrade, traditional cleaning methods are no longer sufficient for modern engine maintenance. Repair shops increasingly need a way to remove carbon deposits and oil stains efficiently without damaging parts.
AUTOOL’s upcoming HTS818 and HTS828 dry ice cleaning machines are a new generation of high-efficiency cleaning equipment designed for engine carbon deposit cleaning and precision component maintenance. These products focus on cleaning efficiency, operation control, applicability, and user-friendly design.
Why Are More Repair Shops Choosing Dry Ice Cleaning Technology?
Traditional cleaning methods such as chemical cleaning, manual scraping, or sandblasting often bring several problems: low cleaning efficiency, chemical residue that may affect component performance, methods that may damage the surface of parts, and a time-consuming cleaning process.
Dry ice cleaning technology uses high-speed jets of dry ice particles. Through low-temperature embrittlement and impact force, it quickly removes carbon deposits, oil, and other contaminants from surfaces.
No Chemical Residue
The process requires no chemical cleaning agents, making it cleaner for precision parts and service environments.
No Damage to Component Surfaces
Dry ice cleaning is designed to remove contaminants while reducing the risk of surface damage compared with aggressive scraping or blasting.
Faster Cleaning Speed
High-speed dry ice particles help remove carbon deposits and oil stains more quickly than many manual methods.
No Need to Disassemble Many Parts
The technology can reduce the need to disassemble a large number of parts, helping workshops improve service efficiency.
Because of these advantages, dry ice cleaning is gradually becoming a mainstream technology in engine maintenance, automotive repair, and industrial equipment maintenance.
AUTOOL HTS818 Dry Ice Cleaner
The HTS818 is a compact, high-efficiency dry ice cleaning machine designed specifically for automotive repair shops. It quickly removes carbon deposits and oil stains from engines and related components.
High-Efficiency Cleaning Performance
Through high-speed spraying of dry ice particles, the HTS818 quickly removes stubborn carbon deposits from engine combustion chambers, intake systems, and other parts.
Adjustable Dry Ice Spray Volume
The spray volume can be adjusted to meet different cleaning needs, creating more precise and efficient cleaning results.
Environmentally Friendly and Safe Design
No chemical cleaning agents are required, and the cleaning process produces no secondary pollution, making it more environmentally friendly and equipment-friendly.
Easy to Move
Reinforced casters make the equipment easier to move and use within repair shops.
| HTS818 Specification | Value |
|---|---|
| Power Supply | AC 110V / 220V |
| Dry Ice Capacity | 7.5 kg |
| Dry Ice Spray Rate | 0-3.2 kg/min |
| Compressed Air Flow Rate | 1-3 m3/min |
| Air Supply Pressure | 0.3-1.0 MPa |
| Dry Ice Particle Size | 3 mm |
The HTS818 is ideal for auto repair shops, engine cleaning service centers, and auto detailing and maintenance shops.
AUTOOL HTS828 Dry Ice Cleaner
Building on the HTS818, the HTS828 provides stronger power support for high-intensity cleaning needs. It is more suitable for large repair shops, industrial equipment maintenance, and high-load cleaning scenarios.
Dual Pressure Gauge Monitoring System
Real-time monitoring of intake and operating pressure helps ensure stable operation.
Stronger Power Output
A higher power design further enhances cleaning efficiency for demanding work.
Precise Dry Ice Control System
The machine adjusts dry ice usage according to different cleaning tasks, improving dry ice utilization efficiency.
Wider Application Range
The HTS828 is suitable not only for automotive repair, but also for industrial equipment maintenance, machinery cleaning, and related fields.
| HTS828 Technical Parameter | Value |
|---|---|
| Power Supply | AC 110V / 220V |
| Dry Ice Capacity | 7.5 kg |
| Dry Ice Spray Rate | 0-3.2 kg/min |
| Power | 500W |
| Compressed Air Flow Rate | 1-3 m3/min |
| Air Supply Pressure | 0.3-1.0 MPa |
The HTS828 provides an ideal solution for professional users requiring higher efficiency and stronger cleaning capabilities.
Key Upgrades Compared to Existing AUTOOL Models
Compared with existing AUTOOL dry ice cleaning equipment, the HTS818 and HTS828 focus on several practical upgrades.
Higher Cleaning Efficiency
The optimized dry ice jet system makes the equipment more efficient and stable when removing carbon deposits and oil stains.
More Precise Control System
Dry ice jet volume adjustment and pressure monitoring make operation more precise.
Improved Mobility
The new structural design and reinforced casters make the equipment easier to use inside repair shops.
Wider Range of Applications
In addition to automotive engine cleaning, the machines can be used for industrial equipment maintenance, mechanical equipment cleaning, aerospace equipment maintenance, and mold cleaning.
Existing AUTOOL Dry Ice Cleaning Products
The HTS818 and HTS828 were introduced as coming soon. Until those product cards are available, the related product section should point to existing AUTOOL dry ice cleaning equipment and accessories rather than pretending the new models already have product pages.
Coming Soon: Stay Tuned
The AUTOOL HTS818 and HTS828 dry ice cleaning machines will be officially released soon. They will bring a more efficient and environmentally friendly cleaning solution to the automotive repair industry and further enrich AUTOOL’s dry ice cleaning equipment product line.
If you are looking for more advanced engine carbon deposit cleaning equipment, these two new products are worth following closely. For more information, visit the AUTOOL official website or contact AUTOOL for a new user discount on dry ice cleaning machines.
Interested in HTS818 or HTS828?
Contact AUTOOL for product updates, discounts, and dry ice cleaning equipment guidance.












