ETO machines excel at sterilizing medical devices. Water ring rotary pumps within the machine precisely regulate ETO concentration for optimal sterilization. This technology also prepares the chamber for ETO reprocessing. The chamber's constant temperature, maintained by steam heating, and a preconditioning vacuum facilitate ETO penetration, ensuring thorough sterilization.

ETO sterilization shares similarities with a kitchen pressure cooker. The process involves introducing steam into a chamber, followed by its removal. While a standard cycle takes about an hour, it can be extended up to six times by increasing the number of evacuation phases. However, this approach can impact packaging integrity and potentially affect product quality and performance.

ETO sterilization is a sophisticated process requiring precise parameter control to ensure safety. Once configured, the machine maintains a constant sterilization temperature. This versatile method can be tailored for various medical devices. Equipment design and material compatibility are crucial considerations. ETO effectively sterilizes a wide range of materials.

ETO sterilizers accommodate large medical device loads, with chamber capacities reaching seven cubic meters. Automation enhances the sterilization process, though regulatory approval is essential. Optimal ETO machine design prioritizes efficient processing capacity.

Types of ETO Sterilization

ETO sterilizers can be divided into groups according to their size, capacity, and degree of automation, even though there isn't a set classification system for them based on distinct types.

Based on Size and Capacity:

  • Benchtop Sterilizers: Smaller units typically used for research or small-scale production.
  • Large-Scale Industrial Sterilizers: These are designed for high-volume sterilization of medical devices and equipment.
  • Small-Scale ETO Sterilizers:Easy to use, minimal space requirements, suitable for small instruments and equipment.Compact and designed for low-volume sterilization needs.

Based on Automation Level:

  • Manual Sterilizers: Require significant operator intervention for loading, unloading, and cycle parameters.
  • Semi-Automatic Sterilizers: Offer partial automation, such as automated door closing and cycle initiation.
  • Fully Automatic Sterilizers: Handle the entire sterilization process with minimal human intervention, including loading, unloading, and data recording.

Additional Considerations:

  • Batch Sterilizers: Process a batch of products in a single cycle.
  • Continuous Sterilizers: Offer a continuous sterilization process, often used in high-volume production.
  • Modular ETO Sterilization : Portable or smaller-scale systems designed for specific applications or locations.
  • Waste Management:it is used sterilization bags and filters, is necessary to avoid contamination and pollution.

EtO Sterilization: Principles of Process Design

The ETO sterilization process at Krishna Engineering involves several critical steps to ensure effective sterilization. First, items are cleaned and packaged to allow ETO gas penetration. The sterilization chamber is then preconditioned to specific temperature and humidity levels. Air is evacuated from the chamber before introducing Ethylene Oxide gas. Items are exposed to the gas for a set period, ensuring the destruction of all microorganisms. Post-sterilization, the ETO gas is evacuated, and the items undergo thorough aeration to remove residual gas. The process is carefully monitored and validated using biological and chemical indicators to ensure safety and compliance.

EO Sterilization Equipment

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Standard Features & Specifications

  • Sterilization Chamber : It is one of the most important components of ETO sterilizer where medical devices are placed for sterilization. It is design in such a way to maintain specific temperature, humidity and pressure during the sterilisation procedure.
  • Gas Supply System : To effectively sterilize the devices or instrument it is essential to have a continuous supply of ETO gas in order to maintain the required concentration during the sterilisation process. It also important designed gas supply system in such a way to deliver a precise amount of ETO gas into the sterilization chamber.
  • Vacuum System: One the unique feature of a vacuum system is that it is used to remove air and other gases from the sterilization chamber before the ETO gas is introduced in the sterilization chamber. It will make sure that the ETO gas penetrates all parts of the medical devices or instruments being sterilized.
  • Safety Features :Safety is the most important factor when it comes to human health and risk. These are equipped with certain safety features such gas detectors, alarms, and interlocks that stops the sterilization process from starting if there is a safety hazard found.
  • Validation system : Validation is the proof of the smooth functioning. Sterilizers required periodic validation to make sure that the sterilization process is working smoothly & correctly and that medical devices are being properly sterilized during the sterilization process.
  • Important Note : ETO is a highly flammable, explosive, and toxic gas so it is important to have proper training & safety measurements. It should also be performed by qualified professionals who have undergone the proper training of how to use the device effectively & efficiently

Advantages of ETO :

  • Low temperature
  • High efficiency – destroys microorganisms including resistant spores
  • Large sterilizing volume/ chamber capacity
  • Non corrosive to: plastic, metal and rubber materials
  • Customizable sterilization cycles to accommodate different loads and materials.
  • Precisely regulates the chamber temperature for effective sterilization.

Application :

  • Surgical Instruments
  • Plastic and Polymer Products
  • Electronic Medical Equipment
  • Packaging Materials
  • Medical Preparations
  • Biological Samples
  • Hospital Linens and Gowns
ETO Sterilizer supplier

Technical Specification

Type Of Sterilizer

Ethylene Oxide Sterilizer

Brand

Krishna Engineering

Material

Stainless Steel

Automation Grade

Fully Automatic

Warranty

2 Year

Chamber Dimension

4x4x6 Feet

Chamber Volume

2.72 m3

Working Pressure

1.0 to1.5 kg/cm2

Shape

Rectangular

Usage

Bacterial Treatment

Chamber Volume

3000 L

Insulation Wall

Triple Wall

Temperature Range

45 Degree C

ETO Sterilizer Price

At Krishna Engineering, we take pride in having the most economical ETO machines prices while continuing to meet the demands of hospitals, doctors , and other users. we are offering the best quality of ETO Sterilizer Machine with latest technology. We also offer a price match guarantee for our valued customers.

Depending on the intended uses, designs, sizes, an ETO Sterilizer Machine's price varies significantly. The cost of ETO Sterilizer varies from INR 1 Lakh to INR 15 Lakh.

Why Choose Krishna Engineering for Sterilizers?

Choosing Krishna Engineering for sterilizers can offer several advantages based on their reputation and the features of their products. Here are some reasons why you might consider Krishna Engineering for your sterilizer needs:

Professional Build

This involves meticulous attention to safety protocols and regulatory compliance, ensuring the equipment meets FDA standards and adheres to ISO guidelines. The sterilizer must feature advanced temperature and humidity control systems to maintain precise environmental conditions during the sterilization cycle.

We Deliver Quality

we prioritize excellence in every aspect of ETO sterilizer design and service, ensuring that our equipment meets the highest standards of performance and safety. We Deliver Quality stands out in delivering superior ETO sterilizers that not only meet but exceed industry expectations.

Always On Time

Our efficient production and service processes guarantee timely project completion and rapid response to maintenance needs. With advanced technology and streamlined operations, we minimize delays and keep your sterilization processes running smoothly.

Enhanced Customer Experience

At Krishna Engineering, we focus on Enhanced Customer Experience by providing exceptional support and tailored solutions. We prioritize your needs, offering expert guidance and timely assistance to deliver a seamless and satisfying experience.

Cost Efective Solutions

We design and deliver ETO sterilizers that provide exceptional value through efficient use of resources and innovative technology. Our focus on optimizing both performance and cost ensures you receive high-quality, reliable equipment that meets your budgetary needs.

Global Market

We enjoy a solid reputation around the globe because to our creative solutions and dependable performance. We serve a variety of sectors in a number of locations, guaranteeing that our clients throughout the world get outstanding quality and consistent service.

FAQ

1What are the benefits of using Eto sterilization?

Effectiveness: Kills a wide range of microorganisms.

Temperature: Suitable for heat-sensitive items.

Penetration: Can penetrate packaging materials and complex devices.

2 What are the safety precautions for using Eto sterilizers?

Ventilation: Ensure proper ventilation in the sterilization area.

Training: Operators must be trained in handling ethylene oxide and the sterilization process.

Monitoring: Use chemical and biological indicators to monitor the sterilization process.

Protective Equipment: Wear appropriate protective equipment to avoid exposure to the gas.

3What are the typical applications of Eto sterilization?

Medical equipment, surgical tools, pharmaceuticals, and certain food items that need to be thoroughly sterilized without heat damage are frequently subjected to ethylene oxide sterilization.

4Can all items be sterilized using Eto?

No, not every item works well with ethylene oxide sterilization. Products that are impervious to the gas or that can be broken down by ethylene oxide are not appropriate. Constantly refer to the manufacturer's instructions

5 Is Eto sterilization environmentally friendly?

Because ethylene oxide is dangerous, care must be taken in its usage and disposal to reduce any negative effects on the environment. To guarantee safe handling, the appropriate laws and restrictions are in place.

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