Hydrogen Peroxide Plasma Sterilizer

EiligPlaz H2O2 Plasma Sterilizer for Heat-Sensitive Instruments
A low-temperature H2O2 plasma sterilizer for compatible laparoscopic, ophthalmic, and delicate surgical instruments.

Sterilizer Overview
Low-temperature H2O2 plasma sterilization for compatible instruments
EiligPlaz is SSQ's low-temperature hydrogen peroxide (H2O2) plasma sterilizer for hospitals, CSSD departments, and surgical centers that reprocess heat-sensitive surgical instruments. It is also referred to as a hydrogen peroxide plasma sterilizer, vaporized hydrogen peroxide (VHP) sterilizer, or VH2O2 sterilizer.
The process uses vaporized hydrogen peroxide and a plasma phase to sterilize compatible instruments at low temperature with low moisture, making it suitable for delicate instruments, lenses, channels, and electronics that high-temperature steam can damage.
Because hydrogen peroxide breaks down primarily into water vapor and oxygen at the end of the cycle, plasma sterilization avoids the extended aeration associated with EO and supports faster instrument turnaround for busy CSSD and surgical workflows.
Who is it for?
Hospitals, CSSD departments, surgical centers, and specialist facilities processing heat-sensitive instruments.
What problem does it solve?
Modern surgical instruments can be sensitive to heat and moisture, making steam sterilization unsuitable for some validated applications.
Sterilization technology
EiligPlaz uses low-temperature hydrogen peroxide (H2O2) plasma sterilization. Vaporized hydrogen peroxide is introduced into the chamber and distributed around the load, then a plasma phase is applied as part of the configured process.
The cycle runs at low temperature with low moisture, which suits delicate, heat-sensitive instruments. At the end of the cycle, hydrogen peroxide breaks down primarily into water vapor and oxygen, so the process avoids the extended aeration associated with EO.
This makes hydrogen peroxide plasma sterilization a fast-turnaround, low-temperature option for compatible surgical instruments in hospitals, CSSD departments, and surgical centers.
Key features
Low-temperature H2O2 plasma process
Designed for compatible heat-sensitive surgical instruments and validated workflows.
Intuitive touch screen
A clear operator interface supports cycle status, prompts, and everyday usability.
Plasma chamber
RF-generated plasma is used as part of the configured sterilization process.
Software-controlled door locking
Door release is controlled through the system when conditions are safe.
USB cycle data
Cycle data storage support helps simplify record keeping.
Integrated printer
Thermal print support is available for on-site cycle documentation.
Process advantages
Low-temperature, low-moisture
Designed for delicate, heat- and moisture-sensitive instruments.
Fast turnaround
Shorter cycles than EO support quicker instrument availability for busy workflows.
No long aeration
Hydrogen peroxide breaks down primarily into water vapor and oxygen at the end of the cycle.
Suitable for delicate instruments
Helps protect lenses, channels, and electronics on compatible instruments.
Touch-screen control
Operator prompts and status visibility support daily CSSD work.
Cycle records
USB and printer options are available based on configuration.
Safety and operation
- Door interlocks and controlled cycle phases designed to support safe operation.
- Cycle monitoring with status indicators and operator prompts.
- Digital cycle data and print support available based on configuration.
Technical snapshot
- Method
- Low-temperature H2O2 plasma sterilization
- Cycle type
- Low-temperature, low-moisture process
- Records
- USB / printer options based on configuration
- Sterilant
- Hydrogen peroxide vial system
Validation and documentation support
Effective H2O2 plasma sterilization depends on instrument compatibility and a validated cycle. SSQ can help review instrument types, load arrangement, and documentation needs for the EiligPlaz installation.
USB and printer cycle records are available based on configuration. Sterilization validation, routine monitoring, and load-release decisions remain the responsibility of the facility's quality and biomedical teams, following applicable standards and guidance.
Applications
Where EiligPlaz fits
EiligPlaz is intended for facilities evaluating low-temperature H2O2 plasma sterilization for compatible heat-sensitive surgical instruments.
Hospital CSSD departments
For low-temperature H2O2 plasma processing of compatible delicate surgical instruments.
Operation theatres and surgical centers
For instrument workflows where heat and moisture exposure need careful method selection.
Laparoscopic instruments
For compatible delicate sets where a low-temperature, low-moisture process may be required.
Ophthalmic instruments
For compatible fine instruments used in specialist eye-care and surgical workflows.
Heat-sensitive surgical instruments
For validated applications where high-temperature steam is not the right processing method.
Suitable instruments and devices
- ✓Compatible laparoscopic instruments
- ✓Ophthalmic and microsurgical instruments
- ✓Compatible rigid and flexible scopes
- ✓Instruments with electronics or delicate coatings
- ✓Heat-sensitive metal and alloy instruments
- ✓Delicate surgical instruments unsuitable for steam
Instrument and device compatibility depends on materials, design, packaging, and the validated cycle. SSQ can help review the application before recommending a configuration.
Industries served
Frequently asked questions
EiligPlaz is a low-temperature H2O2 plasma sterilizer for compatible heat-sensitive surgical instruments in hospitals, CSSD departments, operation theatres, and surgical centers.
A plasma sterilizer is a low-temperature sterilizer that uses vaporized hydrogen peroxide and a plasma phase to process compatible heat-sensitive instruments where high-temperature steam is not suitable.
Hydrogen peroxide plasma sterilization uses vaporized hydrogen peroxide, followed by a plasma phase, to sterilize compatible instruments at low temperature with low moisture. It is a low-temperature alternative to steam sterilization for heat-sensitive devices.
VHP stands for vaporized hydrogen peroxide. A VHP sterilizer uses hydrogen peroxide vapor to sterilize compatible instruments at low temperature. EiligPlaz uses a hydrogen peroxide plasma process within this low-temperature category.
After the chamber is conditioned, vaporized hydrogen peroxide is introduced and distributed around the load, then a plasma phase is applied. At the end of the cycle the hydrogen peroxide breaks down primarily into water vapor and oxygen.
Plasma sterilization is used for compatible heat- and moisture-sensitive instruments, including many laparoscopic and ophthalmic sets and instruments with electronics or delicate materials, subject to the validated cycle.
Compatible ophthalmic instruments can be evaluated for low-temperature H2O2 plasma sterilization. Compatibility should be confirmed for each instrument and validated cycle.
Compatible laparoscopic instruments can be evaluated for H2O2 plasma sterilization, which suits delicate, heat-sensitive sets that need a low-temperature, low-moisture process.
EO (ethylene oxide) sterilization offers broad material and packaging compatibility and deep penetration, but requires aeration. H2O2 plasma sterilization runs at low temperature with low moisture and a faster turnaround. The right method depends on device compatibility, packaging, and throughput.
Hydrogen peroxide breaks down primarily into water vapor and oxygen at the end of the cycle, so plasma sterilization does not require the extended aeration associated with EO. Handling should follow the validated cycle and manufacturer guidance.
EiligPlaz supports broader hospital and CSSD workflows, while HyperPlaz is the compact 30 litre plasma sterilizer option for specialist and space-conscious setups.
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Need help evaluating EiligPlaz?
Share your facility type, load profile, chamber requirement, cycle needs, and documentation expectations. SSQ can help confirm whether this model or another platform is the right fit.