STERRAD™ Low-Temperature Hydrogen Peroxide Gas Plasma Sterilizers can ensure safe sterilization of a range of medical devices for busy operating rooms, whilst minimising workflow interruptions and improving productivity.
Check how Advanced Sterilization Product’s STERRAD™ Low-Temperature Hydrogen Peroxide Gas Plasma Sterilizers can help ensure your staff safely meet the demands of the busy operating rooms on time, every time.
Reduce workflow interruptions and improve productivity with built-in ALLClear™ Technology™, which conditions the load, checks for moisture and runs system diagnostics, prior to sterilization cycles, thus increasing productivity. With STERRAD™ Systems, users can benefit from additional cycle types and features through software upgrades, without the need to purchase a new machine. An internal ultraviolet (UV) lamp ensures accurate hydrogen peroxide monitor measurements by providing a stable UV light source.
Compare STERRAD™ Systems below
STERRAD™ 100NX System with ALLClear™ Technology
STERRAD NX™ System with ALLClear™ Technology
Express1 Flex1 Standard1 Duo
24 42 47 60
|
Cycles
|
Standard1 Advanced1
28 38
|
152L (5.4 ft3) 20.7” W x 28.9” D x 20.1” H |
Chamber size
|
51. 3 L (1.8 ft3) 12.6” W x 23.6” D x 6.2” H |
YES |
Capable of processing flexible endoscopes
|
YES |
YES |
Capable of processing DaVinci® endoscopes
|
|
YES |
Hydrogen peroxide monitor
|
YES |
YES |
Moisture detection & correction
|
YES |
YES |
Instrument warming
|
YES |
YES |
System Check Self-Diagnostics
|
YES |
YES |
Electronic data storage
|
YES |
YES |
Network connectivity
|
YES |
YES |
bar code scanner
|
YES |
YES |
Foot pad for hands-free operation
|
|
YES |
Point of use guidance to reduce human error
|
YES |
YES |
Integrates with ASP ACCESS™ Technology for additional automation, reporting, trends and alert data, and tablet/smartphone compatibility
|
YES |
YES |
Double-door configuration for pass-through workflows
|
|
Cabinet, Recessed |
Configuration
|
Countertop, Cart |
Electricity |
Utilities needed
|
Electricity |
YES |
STERRAD Velocity™ Biological Indicator/Process Challenge Device at BI/PCD 15 minute time to result2
|
YES |
STERRAD™ 100NX System with ALLClear™ Technology
STERRAD NX™ System with ALLClear™ Technology
Cycles
Express1
Flex1
Standard1
Duo
24
42
47
60
Standard1
Advanced1
28
38
Chamber size
152L (5.4 ft3)
20.7” W x 28.9” D x 20.1” H
51. 3 L (1.8 ft3)
12.6” W x 23.6” D x 6.2” H
Capable of processing flexible endoscopes
YES
YES
Capable of processing DaVinci® endoscopes
YES
Hydrogen peroxide monitor
YES
YES
Moisture detection & correction
YES
YES
Instrument warming
YES
YES
System Check Self-Diagnostics
YES
YES
Electronic data storage
YES
YES
Network connectivity
YES
YES
Optional bar code scanner
Yes
YES
Foot pad for hands-free operation
YES
Point of use guidance to reduce human error
YES
YES
Integrates with ASP ACCESS™ Technology for additional automation, reporting, trends and alert data, and tablet/smartphone compatibility
YES
YES
Double-door configuration for pass-through workflows
YES
Configuration
Cabinet, Recessed
Countertop, Cart
Utilities needed
Electricity
Electricity
STERRAD Velocity™ Biological Indicator/Process Challenge Device at BI/PCD 15 minute time to result2
YES
YES
STERRAD Systems’ newest platform, the STERRAD™ 100NX System with ALLClear™ Technology features over 25 years of innovation in hydrogen peroxide gas plasma sterilization technology, enabling sterilization of a variety of medical devices.
The STERRAD NX™ System with ALLClear™ Technology ensures the same level of safety, whilst providing a compact, portable™ option.
- Cycle times are approximate. ALLClear™ Technology may increase processing time by approximately 5 minutes.
- 15 or 30 minutes dependent on software version. Refer to the IFU for actual time to results.
- The research was designed and executed by Actionable Research, an independent third-party research firm in conjunction with ChemDAQ™ Inc., a manufacturer of environmental safety monitoring systems. The research sponsor was Advanced Sterilization Products. All data were collected by the ChemDAQ™ staff
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