The Infection Control Today® sterile processing page provides an inside look into the sterile processing (or central supply) department in the hospital where surgical instruments are cleaned, sterilized, and reprocessed in order to disinfect, remove bioburden, and prep for upcoming procedures. Sterile processing applies to not only the knives, scalpels, scissors, forceps, and clamps used in surgery, but also instruments such as endoscopes and duodenoscopes. ICT® reports on the latest technology but also on the means to disinfect that technology. Also, the trend toward making more disposable surgical equipment. What does that mean for the sterile processing team?
July 24th 2025
Sterile processing departments are facing a new standard: clean is not clean unless you can see it. At HSPA 2025, experts emphasized that updated IFUs and borescope inspections must be built into routine workflows, not as extra tasks, but as core components of quality control and infection prevention.
Follow Policies and Procedures for Rigid Container Filters
August 4th 2015Q: Recently, we ran out of the single-use filters for our rigid containers. I learned the staff was making their own filters out of packaging material (see photo below). What advice can you provide when something like this happens?
Reflections on My First 18 Months as a Sterile Processing Technician
August 4th 2015May 2015 marked my 18th month of working as a sterile processing technician. A lot has happened during the past year and a half, so this is a good time to reflect on what I have learned about this important but behind-the-scenes profession in the healthcare industry.
Advice on CJD and Instrument Reprocessing
July 13th 2015Q: I was recently informed we will be performing surgery on a patient with suspect Creutzfeldt-Jakob Disease (CJD). We were informed that all the instruments should be soaked in bleach or discarded after the surgery. Can you provide some current recommendations on this?A: There has been much attention to CJD over the years. CJD is a rare, fatal neurological disease cause by an infectious protein, hence the term “prion.” The prions are very resistant to all forms of inactivation including regular steam cycles, ETO, gas and vapor phase peroxide, etc. To add to the confusion, there are recommendations from the World Health Organization (WHO), Centers for Disease Control and Prevention (CDC) and the Association for the Advancement of Medical Instrumentation (AAMI) ST-79, Annex C. Some of the recommendations from these different organizations conflict with one another.
Ethylene Oxide Sterilizer with Cycle Customization Software Helps Provide More Control
July 5th 2015Life science companies continually evaluate their operations for opportunities to improve throughput, increase compliance, and reduce costs. Medical device manufacturers, laboratories, and R&D facilities can all experience greater flexibility and more control with an in-house ethylene oxide (EO) sterilization program. By reducing what can be a two-week turnaround time with outsourced sterilization, operations managers can expect faster release of finished goods and increased inventory turns for a measurable and sustainable economic benefit. In particular, companies that process small, high-value devices can benefit from the new 3M™ Steri-Vac™ Sterilizer/Aerator GSX Series ethylene oxide (EO) sterilization system, with state-of-the-art mechanical design, real-time cycle information on the high-resolution color touch screen, and the ability to quickly and easily customize sterilization cycles.
Processing a Device That Lacks an IFU
June 9th 2015Q: On occasion, I will be asked to process a device which does not have instructions for use. Sometimes, the item is not a medical device (e.g., zipper). I am told I must process the device because the surgeon requires it for a case. I usually process the device. I have just learned this is not the correct practice. How do I handle this?