AUTOMATIC H202 PLASMA STERILIZER WITH PLC, MICROPROCESSOR PANEL
Hydrogen Peroxide Low Temperature Plasma Sterilizer
The LK series hydrogen peroxide low temperature plasma sterilizer is designed for rapid yet gentle sterilization of items sensitive to high temperature and moisture. It has a highly efficient cycle time of 30 minute at 55?C.
OOne of the most important requirements for plasma sterilizers is the ability to successfully process lumens. The unit will sterilize a 1mm stainless steel lumen up to 500mm and a 1mm polyethylene/Teflon steel lumen up to 2000mm within 30 minutes.
Installation requires nothing more than a dedicated power outlet. No costly plumbing, no special ventilation or monitors are required.
Low-temperature hydrogen peroxide gas plasma is non toxic and non carcinogenic to staff and patients. The by-products of the cycle are water and oxygen, eliminating the need for aeration or ventilation.
Features
Rectangular SS 316 Chamber with aluminums prop orate site designed for trouble-free diffusion
LCD Touch screen controls with one press start
15 minutes pre-heating (only needed for first cycle of the day)
Cassette sealing system and identification system to guarantee injection accuracy without any waste
32M memory card for cycle record retention
Simple maintenance
Fixable casters for easy moving
Two sliding shelve
Built in biological incubator
Foot switch door operation
Technical Specifications
| PBT/MI - 100L | PBT/MI - 50L | PBT/MI- 35L | |
|---|---|---|---|
| Cycle Time | Long Cycle: 55 minutes Standard Cycle: 31 minutes |
Long Cycle: 55 minutes Standard Cycle: 31 minutes |
Long Cycle: 55 minutes Standard Cycle: 31 minutes |
| Sterilization Chamber | Rectangle | Rectangle | Rectangle |
| Shape:Chamber Dimensions (WxHxD) | 450mm x 400mm x 690mm | 490mm x 220mm x 670mm | 250mm x 220mm x 660mm |
| Chamber Volume: | 124 Litres | 72 Litres | 36 Litres |
| Usable Volume: | 100 Litres | 50 Litres | 33 Litres |
| Dimensions, Weight | |||
| Dimensions (WxHxD): | 800mm x 1730mm x 1002mm | 800mm x 1490mm x 940mm | 700mm x 960mm x 680mm |
| Net Weight: | 490kg | 400kg | 135kg |
| Installation Dimensions | |||
| Minimum distance form wall: | 100mm | 100mm | 100mm |
| Minimum service access to front: | 1000mm | 1000mm | 1000mm |
| Venting requirements: | Not required | Not required | Not required |
| Controller | Fully automated microprocessor controller. | ||
| Display & Printer | 6.5inch, TFT true colour, touch screen. Built in heat sensitive Micro printer. | 3.5inch, TFT true colour, touch screen. Built in heat sensitive Micro printer. | |
| Flash Memory Card | 32MB memory card record and data storage for each cycle | ||
| Hydrogen peroxide cassette | Hydrogen peroxide concentration: 58% Shelf Life: 1 year One cassette has the capacity for 12 standard or 6 long cycles |
||
| Sterilization Level | Sterilization efficacy: SAL 106 | ||
| Door | Automatic vertical sliding door controlled by hand switch, foot switch and the touch screen. | Hinged door | |
| Connections | AElectricity only. 415v, 50 Hz, 16A, 3phase | Electricity only 240v, 50 Hz, | |
| Operational Environment | Ambient temperature 5 - 40 °C Relative humidity 30 - 95%RH | ||
| Accessories and Consumables | All the necessary consumables for sterilization - cassettes, containers, packing paper, packing reels, chemical and biological indicators are available through Atherton. | ||
| Standards | ISO9001:2008 | ||
Sterilization is an essential process in many industries, from medical facilities and laboratories to food production and manufacturing plants. But with so many different sterilization methods available, it's hard to know which is the best for your particular needs. Plasma sterilization is one of the most effective and efficient methods of disinfection, but there are still a lot of questions about how it works and what makes it so special. To help you understand everything about plasma sterilization, this blog post provides an in-depth look at this technology--from how it works to its advantages over other methods. You'll also get a few tips on how to make sure your plasma sterilization process is as effective as possible.
Plasma sterilization is a process of sterilizing medical instruments using plasma, which is a gas composed of ions and electrons. The plasma is generated by a plasma torch, which uses high-frequency electrical currents to ionize the gas. Plasma sterilization is effective in killing microorganisms, including bacteria, viruses, and spores. It is commonly used to sterilize surgical instruments and equipment.
Plasma sterilization is a process that uses ionized gas to sterilize medical instruments. There are many benefits to using plasma sterilization, including its ability to sterilize instruments without damaging them and its compatibility with a variety of materials.
One of the biggest advantages of plasma sterilization is that it can Sterilize instruments without damaging them. This is because the process does not rely on harsh chemicals or high temperatures to sterilize instruments. This makes it ideal for delicate instruments that could be damaged by other methods of sterilization.
Another big benefit of hydrogen peroxide low temperature plasma sterilizer is its compatibility with a variety of materials. This includes both medical grade and household plastics. This means that more items can be safely sterilized using this method.
Overall, plasma sterilization is a safe, effective, and versatile way to Sterilize medical instruments.
Plasma sterilization is a quick and effective way to sterilize medical equipment, but there are some drawbacks to using this method. Plasma sterilizers use high-energy plasma to destroy microorganisms, but this also means that the equipment must be made of materials that can withstand the high temperatures and pressures involved. This can make plasma sterilization more expensive than other methods.
Another drawback of automatic h202 plasma sterilizer with plc is that it can damage delicate medical equipment. Because the process uses high-energy plasma, it can cause warping or melting of plastic or metal equipment. This means that only certain types of equipment can be safely sterilized using this method.
Finally, plasma sterilization requires special training to operate correctly. Without proper training, operators may not be able to properly operate the equipment or may inadvertently damage the equipment.
There are two types of plasma sterilizers: low-temperature plasma sterilizers and room-temperature plasma sterilizers. Low-temperature plasma sterilizers use gases that are ionized at low temperatures, generally below 100°C. Room-temperature plasma sterilizers use gases that are ionized at room temperature, generally between 25°C and 35°C.
When it comes to choosing the right automatic h202 plasma sterilizer with plc for your needs, there are a few key factors you need to keep in mind. Here's a quick rundown of what to consider when making your decision:
1. The type of plasma sterilizer: There are two main types of plasma sterilizers on the market, tabletop and console. Tabletop models are smaller and more affordable, while console models tend to be larger and more expensive. Consider your budget and needs when making your decision.
2. The size of the unit: Plasma sterilizers come in a variety of sizes, from small units that can sterilize a few items at a time to large units that can handle many items at once. Choose a size that will fit your needs.
3. The features: Some plasma sterilizers come with additional features like automatic shut-off or an LCD display. Decide which features are important to you and look for a model that offers them.
4. The warranty: Be sure to check the warranty before purchasing a plasma sterilizer. This will ensure that you're covered in case anything goes wrong with the unit.
Choosing the right hydrogen peroxide low temperature plasma sterilizer doesn't have to be difficult - just keep these factors in mind and you'll be able to find the perfect model for your needs!
Automatic h202 plasma sterilizer with plc is an effective and efficient method of disinfecting medical instruments and equipment. It has several benefits, including the ability to sterilize without damaging materials and compatibility with a variety of materials. However, it can be more expensive than other methods and may not be suitable for all types of equipment due to the high energy plasma used. When choosing a plasma sterilizer, consider the type, size, and compatibility with materials, as well as your budget and training needs. Proper training and following the plasma sterilizer manufacture guidelines can help ensure the most effective and safe use of plasma sterilization.
