Clinical Demonstrations
Technical Specifications
Cleaning Process
Performance Data
Clinical Demonstration Video
This technical demonstration shows the Tiny Air machine in action.
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Machine Specifications
| Specification | Details |
|---|---|
| Dimensions (W×D×H) | 1400mm (doors open) × 700mm × 1400mm |
| Weight | 375kg |
| Power Requirements | 16A 3P+N+E 400V Interlocked Switched RCD Protected Socket IP44 RCD 25 amp 0.1a 400v 6000 |
| Water Connection | Cold water main supply, 3/4" BSP |
| Water Consumption | 28L per cycle |
| Cycle Time | 2 minutes |
| Processing Capacity | 1 DIN basket per cycle |
| Control System | Industrial PLC with 7" touchscreen interface |
| Safety Features | Door interlock, emergency stop, leak detection, HEPA aerosol evacuation, non-trap doors, wash cabinet self clean, wash cabinet auto disinfection, low water and high pressure cut off's. |
Cleaning Process Technology
The Tiny Air cleaning process involves a precisely controlled sequence:
- Loading: Contaminated instruments are placed in a standard DIN basket and loaded into the machine.
- Cycle Initiation: The operator selects the appropriate program via the touchscreen interface.
- Pre-rinse: A initial low-pressure rinse to remove loose contaminants.
- High-pressure Cleaning: Precision water jets target instruments from multiple angles.
- Targeted Cleaning: Specialized nozzles direct water into critical instrument areas.
- Final Rinse: A final rinse ensures all loosened contaminants are removed.
- Completion: The cycle completes in approximately 2 minutes.
The entire process uses only cold water without any chemical additives, making it both environmentally friendly and cost-effective.
Performance Data & Validation
Tiny Air's technology has been rigorously tested to ensure it meets the highest standards for surgical instrument cleaning. Our system has been validated through independent testing at multiple healthcare facilities.
Key Performance Metrics:
- Protein Residue: <10 μg per instrument surface (below detection limit)
- Processing Time: 2 minutes per DIN basket
- Rewash Rate: 0.93% (compared to 3% for manual and ultrasonic methods)
- Water Usage: 30L per cycle (64% less than ultrasonic cleaning)
- Energy Consumption: 0.24 kWh per cycle
Full validation reports are available upon request for healthcare institutions and decontamination facilities.