Safe-Decon Inc

• Airtight and Impermeable
• Temperature Sensitive Auto-Sealing Valves
• Safe Lockable Latches
• Efficient Decontaminating Loads in less than 1 Hour

The Safe-Decon container was designed and engineered by someone with 20 plus years of experience in BSL 3 & 4 labs. These easy to use containers are the real deal. Our customers will back us up on that. We also have the scientific documentation to confirm our claims. These containers will make your job so much easier while decreasing the amount of time to decontaminate even the toughest materials. (Eggs and Carcasses in under 1 Hour!) Don't forget the PPE, BSC Media, Laundry and Towels!

I know you are skeptical, please contact us today and see for yourself.

If you are interested in our containers please visit www.safedeconinc.com for contact information.

Safe-Decon Inc
The Last Line of Defense: Autoclave Decontamination (5-Part Series) Are you 100% sure your lab's sterilization is effective? The autoclave is the final barrier against dangerous containment breaches, yet it's often misunderstood and misused. Viable pathogens could be escaping your lab, putting staff and the public at risk. This essential 5-part series provides the in-depth knowledge and procedures needed to ensure 100% sterilization every single time. Learn how to eliminate the independent variables—from improper loading to user error—that lead to catastrophic failures. What You Will Learn: The Science: A crucial understanding of how heat and proper steam saturation kill pathogens. The Dangers: Why overloading and improper load setup are the biggest risks. The Truth: Why Biological Indicators (BIs) are superior to unreliable Chemical Indicator strips that produce false negatives. The Procedures: The loading techniques that work vs. the dangerous ones that fail. The Reality: The high probability of containment breaches occurring after assumed decontamination Series Breakdown: Part 1: The Stakes are High (Background, the Reality of Containment Breaches, and Why Getting Decontamination Right is Non-Negotiable) Part 2: The Physics of Steam (Decontamination Challenges, How Autoclaves Work, Gas vs. Mist, and Achieving Proper Steam Saturation) Part 3: Cycles & Principles (The Role of Pressure & Liquids, and a Deep Dive into Autoclave Cycles) Part 4: Case Study & Failures (Setup/Results, Why Chemical Strips Fail, and Examples of Wet/Dry and Sealed/Open Bag Failures) Part 5: Data & Solutions (Case Study Observations, Statistics, and Immediate, Actionable Solutions) Subscribe and hit the notification bell so you don't miss a single part of this critical series! Safe-Decon Containers remove 95% of user error mentioned in this series. This makes them safer, faster, and more efficient than current methods. Current user reviews appreciate how simple and easy the containers make decontaminating biohazardous materials. Users say they will not work at a facility that does not use Safe-Decon. Visit www.safedeconinc.com for more information and White Papers.
Part 5: Data & Solutions (Case Study Observations, Statistics, and Immediate, Actionable Solutions)
The Last Line of Defense: Autoclave Decontamination (5-Part Series) Are you 100% sure your lab's sterilization is effective? The autoclave is the final barrier against dangerous containment breaches, yet it's often misunderstood and misused. Viable pathogens could be escaping your lab, putting staff and the public at risk. This essential 5-part series provides the in-depth knowledge and procedures needed to ensure 100% sterilization every single time. Learn how to eliminate the independent variables—from improper loading to user error—that lead to catastrophic failures. What You Will Learn: The Science: A crucial understanding of how heat and proper steam saturation kill pathogens. The Dangers: Why overloading and improper load setup are the biggest risks. The Truth: Why Biological Indicators (BIs) are superior to unreliable Chemical Indicator strips that produce false negatives. The Procedures: The loading techniques that work vs. the dangerous ones that fail. The Reality: The high probability of containment breaches occurring after assumed decontamination Series Breakdown: Part 1: The Stakes are High (Background, the Reality of Containment Breaches, and Why Getting Decontamination Right is Non-Negotiable) Part 2: The Physics of Steam (Decontamination Challenges, How Autoclaves Work, Gas vs. Mist, and Achieving Proper Steam Saturation) Part 3: Cycles & Principles (The Role of Pressure & Liquids, and a Deep Dive into Autoclave Cycles) Part 4: Case Study & Failures (Setup/Results, Why Chemical Strips Fail, and Examples of Wet/Dry and Sealed/Open Bag Failures) Part 5: Data & Solutions (Case Study Observations, Statistics, and Immediate, Actionable Solutions) Subscribe and hit the notification bell so you don't miss a single part of this critical series! Safe-Decon Containers remove 95% of user error mentioned in this series. This makes them safer, faster, and more efficient than current methods. Current user reviews appreciate how simple and easy the containers make decontaminating biohazardous materials. Users say they will not work at a facility that does not use Safe-Decon. Visit www.safedeconinc.com for more information and White Papers.
Part 4: Case Study & Failures (Results, Why Chemical Strips Fail, Wet/Dry Sealed/Open Bag Failures)
The Last Line of Defense: Autoclave Decontamination (5-Part Series) Are you 100% sure your lab's sterilization is effective? The autoclave is the final barrier against dangerous containment breaches, yet it's often misunderstood and misused. Viable pathogens could be escaping your lab, putting staff and the public at risk. This essential 5-part series provides the in-depth knowledge and procedures needed to ensure 100% sterilization every single time. Learn how to eliminate the independent variables—from improper loading to user error—that lead to catastrophic failures. What You Will Learn: The Science: A crucial understanding of how heat and proper steam saturation kill pathogens. The Dangers: Why overloading and improper load setup are the biggest risks. The Truth: Why Biological Indicators (BIs) are superior to unreliable Chemical Indicator strips that produce false negatives. The Procedures: The loading techniques that work vs. the dangerous ones that fail. The Reality: The high probability of containment breaches occurring after assumed decontamination Series Breakdown: Part 1: The Stakes are High (Background, the Reality of Containment Breaches, and Why Getting Decontamination Right is Non-Negotiable) Part 2: The Physics of Steam (Decontamination Challenges, How Autoclaves Work, Gas vs. Mist, and Achieving Proper Steam Saturation) Part 3: Cycles & Principles (The Role of Pressure & Liquids, and a Deep Dive into Autoclave Cycles) Part 4: Case Study & Failures (Setup/Results, Why Chemical Strips Fail, and Examples of Wet/Dry and Sealed/Open Bag Failures) Part 5: Data & Solutions (Case Study Observations, Statistics, and Immediate, Actionable Solutions) Subscribe and hit the notification bell so you don't miss a single part of this critical series! Safe-Decon Containers remove 95% of user error mentioned in this series. This makes them safer, faster, and more efficient than current methods. Current user reviews appreciate how simple and easy the containers make decontaminating biohazardous materials. Users say they will not work at a facility that does not use Safe-Decon. Visit www.safedeconinc.com for more information and White Papers.
Part 3: Cycles & Principles (The Role of Pressure & Liquids, and a Deep Dive into Autoclave Cycles)
The Last Line of Defense: Autoclave Decontamination (5-Part Series) Are you 100% sure your lab's sterilization is effective? The autoclave is the final barrier against dangerous containment breaches, yet it's often misunderstood and misused. Viable pathogens could be escaping your lab, putting staff and the public at risk. This essential 5-part series provides the in-depth knowledge and procedures needed to ensure 100% sterilization every single time. Learn how to eliminate the independent variables—from improper loading to user error—that lead to catastrophic failures. What You Will Learn: The Science: A crucial understanding of how heat and proper steam saturation kill pathogens. The Dangers: Why overloading and improper load setup are the biggest risks. The Truth: Why Biological Indicators (BIs) are superior to unreliable Chemical Indicator strips that produce false negatives. The Procedures: The loading techniques that work vs. the dangerous ones that fail. The Reality: The high probability of containment breaches occurring after assumed decontamination Series Breakdown: Part 1: The Stakes are High (Background, the Reality of Containment Breaches, and Why Getting Decontamination Right is Non-Negotiable) Part 2: The Physics of Steam (Decontamination Challenges, How Autoclaves Work, Gas vs. Mist, and Achieving Proper Steam Saturation) Part 3: Cycles & Principles (The Role of Pressure & Liquids, and a Deep Dive into Autoclave Cycles) Part 4: Case Study & Failures (Setup/Results, Why Chemical Strips Fail, and Examples of Wet/Dry and Sealed/Open Bag Failures) Part 5: Data & Solutions (Case Study Observations, Statistics, and Immediate, Actionable Solutions) Subscribe and hit the notification bell so you don't miss a single part of this critical series! Safe-Decon Containers remove 95% of user error mentioned in this series. This makes them safer, faster, and more efficient than current methods. Current user reviews appreciate how simple and easy the containers make decontaminating biohazardous materials. Users say they will not work at a facility that does not use Safe-Decon. Visit www.safedeconinc.com for more information and White Papers.
Part 2: The Physics of Steam (Decontamination Challenges)
Traffic accidents happen every day, but what happens when that truck is carrying biohazardous medical waste? In this chilling short, we document a serious traffic accident where a truck carrying contaminated materials has spilled its dangerous cargo across a busy road. The visual shock is immediate, but the real danger lies beneath the surface. The Hidden Threat: Are Pathogens Escaping? Based on scientific studies conducted by Safe-Decon, we explore the high probability that this spilled waste contains viable pathogens. This creates the risk of dangerous material traveling through your community. Find out WHY: Watch our playlist titled The Last Line of Defense: Autoclave Decontamination (5-Part Series) Available 12-12-25 Visit www.safedeconinc.com to download the Statistics of our Studies (CONCERNING) The science is clear: ⚠️ The Autoclave is Only as Good as the Process: The autoclave is capable of sterilization, but only if all critical independent variables are properly controlled. ❌ Multiple Points of Failure: Sterilization failure is due to a cascade of independent variables, including improper loading, lack of education on sterilization thermodynamics, reliance on chemical indicator strips that produce false negatives, and assuming decontamination rather than verifying it. (Watch our playlist titled The Last Line of Defense: Autoclave Decontamination (5-Part Series) 💥 Container Risk: Current containers are not rigid enough and their lids can easily detach during impact, turning a common traffic accident into a catastrophic public health risk. Safe-Decon has solved these variables. Their specialized containers are designed and proven to remove these independent variables, ensuring true verifiable decontamination. This isn't just an accident; it's a systemic failure putting research staff and the public in danger. Viable pathogens are loaded up and are traveling through your communities every day. Watch now to see the moment containment failed and why this should alarm everyone. We need to update Biocontainment/Decontamination Standards that produce the same verified decontamination results consistently. A standard that removes all of the above mentioned opportunities for failure. 📢 TAKE ACTION: Help Us Shine a Spotlight on This Threat Safe-Decon has been actively spreading awareness about these concerning findings within the research industry, but we need your help in reaching their governing authorities, specifically the CDC , NIH, USDA. We would appreciate any assistance that you can provide to shine a spotlight on this lurking threat. This could include: Writing a letter to your Congressman or Senator. Contacting the Secretary of Health (HHS). Safe-Decon is grateful and thankful for your assistance with this critical matter.
Is DISEASE X "on the road" to your Community?
The Last Line of Defense: Autoclave Decontamination (5-Part Series) Are you 100% sure your lab's sterilization is effective? The autoclave is the final barrier against dangerous containment breaches, yet it's often misunderstood and misused. Viable pathogens could be escaping your lab, putting staff and the public at risk. This essential 5-part series provides the in-depth knowledge and procedures needed to ensure 100% sterilization every single time. Learn how to eliminate the independent variables—from improper loading to user error—that lead to catastrophic failures. What You Will Learn: The Science: A crucial understanding of how heat and proper steam saturation kill pathogens. The Dangers: Why overloading and improper load setup are the biggest risks. The Truth: Why Biological Indicators (BIs) are superior to unreliable Chemical Indicator strips that produce false negatives. The Procedures: The loading techniques that work vs. the dangerous ones that fail. The Reality: The high probability of containment breaches occurring after assumed decontamination Series Breakdown: Part 1: The Stakes are High (Background, the Reality of Containment Breaches, and Why Getting Decontamination Right is Non-Negotiable) Part 2: The Physics of Steam (Decontamination Challenges, How Autoclaves Work, Gas vs. Mist, and Achieving Proper Steam Saturation) Part 3: Cycles & Principles (The Role of Pressure & Liquids, and a Deep Dive into Autoclave Cycles) Part 4: Case Study & Failures (Setup/Results, Why Chemical Strips Fail, and Examples of Wet/Dry and Sealed/Open Bag Failures) Part 5: Data & Solutions (Case Study Observations, Statistics, and Immediate, Actionable Solutions) Subscribe and hit the notification bell so you don't miss a single part of this critical series! Safe-Decon Containers remove 95% of user error mentioned in this series. This makes them safer, faster, and more efficient than current methods. Current user reviews appreciate how simple and easy the containers make decontaminating biohazardous materials. Users say they will not work at a facility that does not use Safe-Decon. Visit www.safedeconinc.com for more information and White Papers.
Part 1: The Stakes are High (Containment Breaches & Getting Decontamination Right is Non-Negotiable)
Ever wondered if your autoclave is really sterilizing everything? We put steam sterilization to the test! We run a Bowie-Dick test in an autoclave to compare steam penetration in three biohazard containment methods: a sealed bag, an open bag, and a Safe-Decon container. Watch to see which method ensures proper sterilization and learn why sealing bags can be a BIG mistake! #AutoclaveTest #BowieDick #SterilizationProcess #LabSafety #BiohazardWaste #SteamPenetration #SafetyCon #AutoclaveFail #BSL2 #BSL3 #Sterilization #LabEquipment #HealthcareSafety #Biocontainment #ResearchLabs
Steam Penetration Test: Safe-Decon Bio-Pro 600 Series vs. Red Bags
The load probe—it’s one of those things everyone in the industry talks about, but not everyone uses correctly. In this video, we break down why the load probe is a critical component in autoclave sterilization and how improper placement or usage can lead to incomplete sterilization of biohazardous waste. Learn: ⚙️ What a load probe actually does 🔥 Why it’s essential for monitoring and controlling load temperature 🧪 Common mistakes when inserting load probes 💡 Tips to ensure safe and accurate temperature readings Whether you’re in biohazard waste management, lab operations, or sterilization services, understanding the role of the load probe can make or break your decontamination process. Watch to see why skipping the load probe or using it incorrectly can compromise sterilization validation and containment integrity. #Autoclave #Sterilization #BiohazardWaste #Decontamination #LoadProbe #SafeDecon
Why the Load Probe Matters: The Overlooked Key to Accurate Autoclave Sterilization
A quick and easy way to check if your autoclave is working properly! If your paper towel comes out dry after a cycle, your autoclave is running as it should. Stay proactive and make sure your autoclave is running efficiently!
Is Your Autoclave Running Correctly? Here’s a Simple Test
Traditional autoclaving methods for carcass decontamination can take 5–7 hours and still fail to achieve full sterilization. In this video, we reveal how a breakthrough approach using reprogrammed autoclaves and multiple load probes changed the game. By understanding how tissue insulates liquid and liquid insulates tissue, we developed a process that separates the two for faster, more efficient sterilization. Using Safe-Decon Bio-Pro 300 series, we’ve completed over 5,000 carcass runs with 100% effectiveness, reducing total cycle times to under 1 hour 🔗 Read our white paper: https://safedeconinc.com/2023/09/safe-decon-white-paper-released/ 🤝 Contact Safe-Decon Inc. to learn more about our decontamination solutions. 📞 +1-726-900-7233 📧 info@safedeconinc.com 🌐 safedeconinc.com #Biohazard #Sustainability #WasteManagement
Murine Carcass Sterilization Under 1 Hour | 100% Effective Autoclave Innovation
Human error in labs can have devastating consequences. ⚠️ We’re sharing a personal account of how an autoclave failure led to a potentially deadly exposure and the realization that user-friendly equipment is essential. Discover how Safe-Decon Bio-Pro System addresses these challenges, making lab work safer and more efficient. Don't let human error compromise your safety! #LabAccidents #HumanError #SafeDecon #BioPro #Biosafety #InfectionControl #UserFriendly #Innovation #BSL #Biohazard
Quarantine to Innovation: Transforming Lab Safety with User-Friendly Solutions
In this insightful live event, Bob exposes the critical gaps in laboratory decontamination and why many autoclave cycles only achieve about 50% effectiveness. Drawing from real-world experience and testing data, he breaks down the science behind steam, heat, and cycle validation, offering practical solutions for safer, validated waste decontamination. Effective decontamination isn’t just about running a cycle — it’s about understanding the process, verifying performance, and training personnel to prevent costly and dangerous failures.
So you believe your biohazardous waste is decontaminated... Let me show you why it’s not.
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