Tuttnauer

• Chamber sizes: Tuttnauer offers a wide range of chamber sizes, from 5.1 gallons to 28.5 gallons.
• Features: Tuttnauer autoclaves come with a variety of features, including automatic controls, built-in data recorders, and optional printers.
• Price points: Tuttnauer autoclaves range in price from around $1,000 to $5,000.

Midmark

• Chamber sizes: Midmark offers a smaller range of chamber sizes than Tuttnauer, from 5.5 gallons to 11 gallons.
• Features: Midmark autoclaves come with a variety of features, including automatic controls, built-in data recorders, and optional printers.
• Price points: Midmark autoclaves range in price from around $1,000 to $3,000.

Overall, Tuttnauer autoclaves offer a wider range of chamber sizes and features than Midmark autoclaves. However, Midmark autoclaves are generally more affordable.

Here is a table that summarizes the key differences between the two brands:

Which brand is right for you?

The best brand of tabletop autoclave for you will depend on your individual needs and preferences. Consider the following factors when making your decision:

• Chamber size: How much space do you have available? What is the maximum volume of items you will need to sterilize?
• Features: What features are important to you? Do you need an autoclave with automatic controls, a built-in data recorder, or an optional printer?
• Price: How much are you willing to spend?

Here is a comparison of the two autoclaves:

The Tuttnauer 3870M is a more compact autoclave that is ideal for use in a small space. The Market Forge STM-EL is a larger autoclave that can sterilize a larger volume of items. The Tuttnauer 3870M has manual controls, while the Market Forge STM-EL has analog controls. Both autoclaves have optional data recorders and printers. The Tuttnauer 3870M measures 13.75″ x 20″ x 24.625″ and weighs 65 lbs, while the Market Forge STM-EL measures 18-3/4″ wide x 27-5/8″ high x 31″ deep (55-1/4″ high on optional stand) and weighs 95 lbs. Both autoclaves have a 1-year warranty.

The best autoclave for you will depend on your individual needs and preferences. If you are looking for a compact autoclave that is easy to use, the Tuttnauer 3870M is a good option. If you need an autoclave that can sterilize a larger volume of items, the Market Forge STM-EL is a better choice.

Here is a comparison of the two autoclaves:

Based on this comparison, the Tuttnauer 3870EA is a more compact autoclave that is ideal for use in a small space. The Market Forge STM-ED is a larger autoclave that can sterilize a larger volume of items. Both autoclaves are easy to operate and have a variety of features that make them ideal for use in a variety of settings.

The best autoclave for you will depend on your individual needs and preferences. If you are looking for a compact autoclave that is easy to use, the Tuttnauer 3870EA is a good option. If you need an autoclave that can sterilize a larger volume of items, the Market Forge STM-ED is a better choice..

1. Type of Sterilization Needed:
   • Identify the types of materials or instruments you need to sterilize. Autoclaves are commonly used for steam sterilization, but other methods such as dry heat or chemical sterilization might be needed for specific applications.
2. Autoclave Size and Capacity:
   • Determine the size and capacity of the autoclave based on the volume and size of items you plan to sterilize. Consider both the chamber size and loading capacity.
3. Chamber Material:
   • Autoclave chambers are typically made of stainless steel. Ensure that the chamber material is durable, corrosion-resistant, and suitable for your sterilization requirements.
4. Cycle Time and Throughput:
   • Consider the autoclave’s cycle time, i.e., the time it takes to complete a sterilization cycle. Also, assess the throughput capacity, which is the number of cycles the autoclave can perform in a given time period.
5. Controls and User Interface:
   • Choose an autoclave with user-friendly controls and a clear interface. Digital displays, programmable features, and intuitive controls contribute to ease of use.
6. Sterilization Method:
   • Determine the sterilization method that best suits your needs. Steam sterilization is common, but if you have heat-sensitive items, you may need an autoclave that supports alternative methods like ethylene oxide or dry heat.
7. Regulatory Compliance:
   • Ensure that the autoclave complies with relevant industry standards and regulations. Regulatory compliance is critical for meeting safety and quality standards in your industry or region.
8. Installation Requirements:
   • Consider the installation requirements of the autoclave, including space, power supply, and any additional infrastructure needs. Ensure that your facility can accommodate these requirements.
9. Budget Constraints:
   • Establish a budget for the autoclave, considering both the initial purchase cost and ongoing maintenance expenses. Be mindful of your budget constraints while selecting a model that meets your needs.
10. Maintenance and Servicing:
    • Assess the maintenance requirements of the autoclave. Check if routine maintenance is straightforward and inquire about the availability of technical support or service contracts.
11. Training and Support:
    • Consider the level of training and support offered by the manufacturer or supplier. Adequate training for operators and reliable customer support contribute to the efficient and safe use of the autoclave.
12. Environmental Impact:
    • Evaluate the environmental impact of the autoclave, including energy efficiency and waste management. Some modern autoclaves are designed with sustainability features.
13. Vendor Reputation:
    • Research the reputation of autoclave manufacturers or suppliers. Choose reputable vendors known for producing reliable equipment and providing good customer support.
14. Future Expansion:
    • Anticipate your future needs and consider whether the autoclave can accommodate potential changes in your facility’s workload or requirements.
15. Upgrades and Features:
    • Explore any additional features or upgrades offered by modern autoclaves. These may include data logging, advanced control options, or connectivity features for monitoring and documentation.
16. User Feedback and Reviews:
    • Consider seeking feedback from other users who have experience with the autoclave models you are considering. User reviews and testimonials can provide valuable insights.
17. Local Availability of Consumables:
    • Check the availability and cost of consumables such as sterilization pouches or wraps for the specific autoclave model. Consider the convenience and cost-effectiveness of obtaining these consumables locally.

Before making a decision, consult with stakeholders, gather input from end-users, and carefully review product specifications and documentation provided by the manufacturer. It’s often beneficial to request demonstrations or speak with representatives to get a better understanding of how the autoclave functions and whether it aligns with your facility’s needs.

1. Application and Requirements:
   • Identify the specific applications and materials you need to sterilize. Consider whether you require a general-purpose autoclave or if there are specific features needed for your applications.
2. Sterilization Method:
   • Determine the appropriate sterilization method for your needs. Autoclaves typically use steam sterilization, but there are other methods like ethylene oxide for heat-sensitive items. Choose a method that aligns with your requirements.
3. Chamber Size and Capacity:
   • Evaluate the chamber size and capacity of the sterilizer. Ensure that it can accommodate the volume and size of the items you routinely sterilize. Consider whether a larger or smaller chamber is needed.
4. Cycle Time and Throughput:
   • Consider the cycle time and throughput capacity of the sterilizer. Evaluate how quickly it can complete sterilization cycles and whether it can handle the workload of your facility.
5. Controls and User Interface:
   • Look for a sterilizer with intuitive controls and a user-friendly interface. Consider features such as programmable cycles, digital displays, and easy operation.
6. Compliance with Standards:
   • Ensure that the new sterilizer complies with relevant industry standards and regulatory requirements for sterilization in your region. Compliance is crucial for meeting legal and safety standards.
7. Space Requirements:
   • Evaluate the available space in your facility. Choose a sterilizer that fits comfortably into your workspace and meets any installation requirements.
8. Maintenance and Servicing:
   • Consider the maintenance requirements of the new sterilizer. Assess whether routine maintenance is straightforward, and check the availability of technical support or service contracts.
9. Budget Constraints:
   • Establish a budget for the new sterilizer, considering both the initial purchase cost and ongoing maintenance expenses. Ensure that the chosen model aligns with your budget constraints.
10. Vendor Reputation:
    • Research the reputation of sterilizer manufacturers or suppliers. Choose reputable vendors known for producing reliable equipment and providing good customer support.
11. Training and Support:
    • Consider the level of training and support offered by the manufacturer or supplier. Adequate training for operators and reliable customer support can contribute to the efficient and safe use of the sterilizer.
12. Environmental Impact:
    • Assess the environmental impact of the sterilizer, including energy efficiency and waste management. Some modern sterilizers are designed with sustainability features.
13. Future Expansion:
    • Anticipate your future needs and consider whether the sterilizer can accommodate potential changes in your facility’s workload or requirements.
14. Upgrades and Features:
    • Explore any additional features or upgrades offered by modern sterilizers. These may include data logging, advanced control options, or connectivity features for monitoring and documentation.
15. User Feedback and Reviews:
    • Consider seeking feedback from other users who have experience with the sterilizer models you are considering. User reviews and testimonials can provide valuable insights.

Before making a decision, consult with stakeholders, gather input from end-users, and carefully review product specifications and documentation provided by the manufacturer. It’s often beneficial to request demonstrations or speak with representatives to get a better understanding of how the sterilizer functions and whether it aligns with your facility’s needs.

1. Manufacturer’s Recommendations:
   • Refer to the manufacturer’s guidelines and recommendations for annual maintenance. The user manual provided by the manufacturer typically includes a maintenance schedule and procedures specific to your sterilizer model.
2. Visual Inspection:
   • Conduct a thorough visual inspection of the sterilizer’s exterior, interior, and components. Look for signs of wear, corrosion, or damage. Check door seals, gaskets, and pressure relief valves.
3. Door Seal Inspection:
   • Inspect the door seals for any signs of wear or damage. Replace worn-out or damaged door seals to maintain an effective seal during sterilization cycles.
4. Chamber Inspection:
   • Examine the sterilization chamber for any corrosion, scale buildup, or residue. Clean the chamber as recommended by the manufacturer.
5. Water Quality Check:
   • If the sterilizer uses a water reservoir for steam generation, check the water quality. Regularly replace or deionize water to prevent mineral buildup that could affect the performance of the sterilizer.
6. Calibration and Validation:
   • Calibrate the sterilizer to ensure accurate temperature and pressure readings. Validation tests may be necessary to confirm that the sterilization cycles consistently achieve the desired microbial kill.
7. Pressure and Temperature Controls:
   • Test and calibrate pressure and temperature controls. Ensure that these controls operate within the specified ranges for effective sterilization.
8. Air Removal System:
   • Check and test the air removal system, which is crucial for achieving proper steam penetration. Ensure that the system effectively removes air from the chamber before sterilization.
9. Safety Features:
   • Verify the functionality of safety features, including pressure relief valves, door interlocks, and alarms. These features are critical for the safety of the operator and the equipment.
10. Filters and Exhaust Systems:
    • Clean or replace filters, as necessary, to maintain proper ventilation and air quality. Inspect exhaust systems for blockages or damage.
11. Lubrication:
    • Lubricate moving parts as recommended by the manufacturer. Proper lubrication helps prevent wear and ensures smooth operation.
12. Documentation and Record-Keeping:
    • Document all maintenance activities and keep accurate records. This documentation is essential for regulatory compliance and provides a history of the sterilizer’s maintenance.
13. Operational Checks:
    • Perform operational checks, including running test cycles with biological indicators to validate the effectiveness of the sterilization process.
14. Training:
    • Ensure that operators are adequately trained on the proper use and maintenance of the sterilizer. Training should cover safety protocols, loading procedures, and routine maintenance tasks.
15. Environmental Considerations:
    • Consider the environmental impact of the sterilizer and implement measures to enhance sustainability, such as optimizing energy efficiency and waste management.

If you are unsure about any aspect of the annual maintenance process or encounter issues during the inspection, it’s recommended to consult with the manufacturer or a qualified service technician. Many manufacturers or authorized service providers offer maintenance contracts that include routine inspections and servicing. Adhering to a regular maintenance schedule helps extend the lifespan of the sterilizer, ensures compliance with standards, and contributes to the overall efficiency and safety of the sterilization process.

1. Type of Sterilization Needed:
   • Identify the types of materials or instruments you need to sterilize. Different sterilizers may be designed for specific applications, such as autoclaves for general use, ethylene oxide (EtO) sterilizers for heat-sensitive items, or dry heat sterilizers for certain materials.
2. Sterilization Method:
   • Consider the sterilization method that best suits your needs. Common methods include steam sterilization, chemical sterilization (using gases like ethylene oxide), and dry heat sterilization. Each method has its advantages and limitations.
3. Instrument Compatibility:
   • Ensure that the sterilizer is compatible with the types and sizes of instruments or materials you plan to sterilize. Some equipment may have specific chamber sizes or load capacity limitations.
4. Cycle Time and Throughput:
   • Evaluate the sterilizer’s cycle time and throughput capacity. Consider the speed of the sterilization cycle and whether it aligns with the demands of your facility or laboratory.
5. Regulatory Compliance:
   • Verify that the sterilizer complies with relevant regulatory standards in your industry or region. Compliance with standards ensures that the sterilizer meets safety and efficacy requirements.
6. Space Requirements:
   • Assess the available space in your facility. Different sterilizers have varying footprints, and you need to ensure that the equipment fits into your workspace.
7. Ease of Use:
   • Consider the user interface and ease of operation. Look for sterilizers with intuitive controls, user-friendly interfaces, and easy loading and unloading mechanisms.
8. Maintenance Requirements:
   • Evaluate the maintenance needs of the sterilizer. Consider factors such as routine maintenance, calibration requirements, and the availability of technical support or service contracts.
9. Budget Constraints:
   • Establish a budget for the sterilizer, taking into account the initial purchase cost, ongoing maintenance costs, and any additional expenses such as water or energy consumption.
10. Vendor Reputation:
    • Research the reputation of the sterilizer manufacturer or supplier. Choose reputable vendors known for producing reliable equipment and providing good customer support.
11. Training and Support:
    • Consider the level of training and support offered by the manufacturer or supplier. Adequate training for operators and reliable customer support can contribute to the efficient and safe use of the sterilizer.
12. Future Expansion:
    • Anticipate your future needs and consider whether the sterilizer can accommodate potential changes in your facility’s workload or requirements.
13. Environmental Impact:
    • Assess the environmental impact of the sterilizer, including energy efficiency and waste management. Some modern sterilizers are designed with sustainability features.

Before making a decision, consult with stakeholders, gather input from end-users, and carefully review product specifications and documentation provided by the manufacturer. It’s often beneficial to request demonstrations or speak with representatives to get a better understanding of how the sterilizer functions and whether it aligns with your facility’s needs.

1. Cassette Autoclave:
   • Like other models in the Statim series, the Statim 2000 is a cassette autoclave. It uses cassettes to hold and sterilize instruments, providing a quick and efficient sterilization process.
2. Rapid Sterilization:
   • One of the primary features of the Statim 2000 is its rapid sterilization cycle. This autoclave is known for its ability to provide fast sterilization results, typically in as little as 6 to 9 minutes for unwrapped instruments.
3. Pre and Post-Vacuum Technology:
   • The autoclave utilizes pre and post-vacuum technology to remove air from the chamber before sterilization and to aid in efficient drying after the cycle.
4. User-Friendly Interface:
   • The control panel of the Statim 2000 is designed to be user-friendly, with digital displays and intuitive controls for selecting different sterilization cycles and monitoring the progress of the cycle.
5. Sterilization Cycles:
   • The Statim 2000 offers various sterilization cycles to accommodate different types of instruments and materials. Users can select cycles based on specific sterilization requirements.
6. Cassettes:
   • The autoclave uses specific cassettes designed for easy loading and unloading of instruments. The cassette system contributes to a streamlined workflow.
7. Drying System:
   • The autoclave is equipped with a drying system to ensure that sterilized instruments are thoroughly dried after the sterilization cycle.
8. Water Reservoir:
   • The Statim 2000 typically includes a water reservoir that supplies water to the steam generation system. Regular monitoring and maintenance of the water reservoir are essential.
9. Safety Features:
   • The autoclave is designed with safety features, including door interlocks and pressure relief valves, to ensure safe operation.
10. Maintenance and Serviceability:
    • Regular maintenance is important to keep the Statim 2000 in optimal condition. SciCan or authorized service providers offer maintenance and repair services.
11. Documentation and Compliance:
    • The autoclave comes with documentation detailing calibration, validation, and compliance with relevant industry standards.
12. Printer:
    • Some models of the Statim 2000 may include an integrated printer, allowing users to document and print cycle details for record-keeping purposes.

As with any autoclave or sterilizer, it’s crucial to read and understand the user manual provided by the manufacturer before operation. Following proper procedures for loading, operating, and maintaining the autoclave is essential for effective sterilization and the longevity of the equipment.

1. Cassette Autoclave:
   • The Statim 5000 is a cassette autoclave, meaning it uses cassettes to hold and sterilize instruments. This design allows for quick sterilization cycles and easy loading and unloading of instruments.
2. Rapid Sterilization:
   • One of the primary features of the Statim 5000 is its rapid sterilization cycle. The system is known for providing quick sterilization results, often in as little as 9 minutes for unwrapped instruments.
3. Pre and Post-Vacuum Technology:
   • The autoclave utilizes pre and post-vacuum technology to remove air from the chamber before sterilization and to help with efficient drying after the cycle.
4. Intuitive Control Panel:
   • The control panel is user-friendly, allowing operators to select different sterilization cycles and monitor the progress of the cycle. It typically features digital displays and buttons for easy operation.
5. Sterilization Cycles:
   • The Statim 5000 offers various sterilization cycles to accommodate different types of instruments and materials. Users can select cycles based on the specific sterilization requirements.
6. Cassettes:
   • The autoclave uses specific cassettes to hold instruments during sterilization. These cassettes are designed to be easy to load and unload, facilitating a streamlined workflow.
7. Drying System:
   • The Statim 5000 is equipped with a drying system to ensure that sterilized instruments are thoroughly dried after the sterilization cycle.
8. Water Reservoir:
   • The autoclave typically has a water reservoir that supplies water to the steam generation system. Regular monitoring and maintenance of the water reservoir are essential.
9. Printer:
   • Some models of the Statim 5000 come with an integrated printer that allows the user to document and print cycle details for record-keeping purposes.
10. Safety Features:
    • The autoclave is designed with safety features, including door interlocks and pressure relief valves, to ensure safe operation.
11. Maintenance and Serviceability:
    • Regular maintenance is important to keep the Statim 5000 in optimal condition. SciCan or authorized service providers offer maintenance and repair services.
12. Documentation and Compliance:
    • The autoclave comes with documentation detailing calibration, validation, and compliance with relevant industry standards.

Before operating the Statim 5000 or any autoclave, it’s essential to read and understand the user manual provided by the manufacturer. Following proper procedures for loading, operating, and maintaining the autoclave is crucial for achieving effective sterilization and ensuring the longevity of the equipment.

1. Chamber:
   • The chamber is the main compartment where items to be sterilized are placed. It is typically made of stainless steel and designed to withstand high temperatures and pressures.
2. Door:
   • The door seals the chamber during the sterilization process. It often has safety features, such as interlocks, to prevent opening when the chamber is pressurized.
3. Control Panel:
   • The control panel allows users to set and monitor sterilization parameters such as temperature, pressure, and cycle time. It may have digital displays, buttons, and other user interface elements.
4. Heating Elements:
   • Heating elements are responsible for generating steam, raising the temperature inside the chamber to achieve sterilization.
5. Pressure Vessel:
   • The pressure vessel is a critical component that ensures the chamber can withstand the pressure generated during the sterilization process.
6. Steam Generator:
   • The steam generator produces steam from water, creating the necessary conditions for sterilization.
7. Temperature Sensor:
   • A temperature sensor monitors the temperature inside the chamber, ensuring it reaches and maintains the desired level for sterilization.
8. Pressure Sensor:
   • A pressure sensor measures the pressure inside the chamber, allowing the control system to adjust and maintain the required pressure.
9. Safety Valves:
   • Safety valves release excess pressure to prevent the chamber from becoming overpressurized, ensuring the safety of the equipment and its operators.
10. Gaskets and Seals:
    • Gaskets and seals create airtight seals between the chamber and door, preventing steam leaks and ensuring effective sterilization.
11. Air Removal System:
    • An air removal system removes air from the chamber, facilitating the penetration of steam for more effective sterilization.
12. Filters:
    • Filters are used in air removal systems to prevent contaminants from entering the sterilization chamber.
13. Water Reservoir and Pump:
    • For autoclaves, a water reservoir and pump system is often used to supply water to the steam generator.
14. Cooling System:
    • Some sterilizers have a built-in cooling system to rapidly cool the items after sterilization.
15. Power Supply and Wiring:
    • Electrical components, wiring, and power supply systems are integral parts of a sterilizer.

When looking for replacement parts for a specific sterilizer, it’s crucial to refer to the manufacturer’s documentation, user manual, or contact the manufacturer directly. Manufacturers or authorized distributors often provide replacement parts and can offer guidance on maintenance and repairs. Regular maintenance, including the replacement of worn-out parts, is essential for ensuring the longevity and reliability of a sterilizer.