Sterilization Method | High-throughput medical device sterilization | Industry Standard: Basic steam sterilization (121°C, 15 psi) Our Base: Pulsating vacuum steam (1.2 bar residual pressure) Our Advanced: Enhanced pulsating vacuum (0.5 bar residual pressure) | ▲ Faster cycle times (reduces sterilization time by 30%) ▲ Improved microbial kill rate (ISO 17665-1 compliance) | Higher energy consumption compared to basic methods |
Material Construction | Corrosive chemical environments | Industry Standard: 304 stainless steel (ASTM A240) Our Base: 316L stainless steel (ASTM A276) Our Advanced: Duplex stainless steel (ASTM A890) | ▲ Corrosion resistance ▲ 50% longer lifespan in harsh environments | Higher upfront cost for advanced materials |
Noise Level | Hospital/food plant operation | Industry Standard: 60 dBA (louder than normal conversation) Our Base: 55 dBA (▲ 50% quieter) Our Advanced: 50 dBA (▲ 10 dB reduction) | Minimal disruption in shared facilities Meets OSHA noise exposure limits | Requires soundproofing for extreme quietness |
Energy Efficiency | Energy-conscious facilities | Industry Standard: Standard motors (IE1 efficiency) Our Base: Energy-efficient motors (IE3, IEC 60034-30) Our Advanced: Variable frequency drives (VFD) + IE4 motors | ▲ 25% lower energy use Reduced operational costs | Higher initial investment for advanced systems |
Capacity | Large-scale sterilization | Industry Standard: 50 L (ISO 23586) Our Base: 80 L (▲ 60% larger) Our Advanced: 120 L (▲ 140% larger) | Handles bulk medical instruments or food batches Reduces cycle frequency | Requires more floor space and infrastructure |
Control System | Remote monitoring needs | Industry Standard: Manual dials Our Base: Digital touchscreen (IP65 rated) Our Advanced: IoT-enabled with cloud integration | ▲ Real-time data logging ▲ Remote diagnostics via smartphone/tablet | Requires stable internet for advanced features |