The need to identify surgical instruments at the instrument level is not a new concept. The methods used in the past included: The use of a chisel, a sharp point to engrave, a sharpie marker, colored tape, as well as the process of chemical etching. Fast forward to present day; surgical instrument marking with a fiber laser.
Laser technology has evolved incredibly fast in the last ten years. Yet there is still a great deal of reluctance for lasers to be incorporated into the UDI system of today within the hospital setting.
We will review the FDA UDI rules for manufacturers and what it means for hospitals when it comes to identifying surgical instruments.
The Goal:
Clearly understand the FDA UDI rule and who the rule is for.
Understand the GS1 code, Datamatrix code, and its interpretation.
Have a clear understanding of unique sequences on surgical instruments.
The clean and ultrafast process of surgical instrument laser marking, as well as the safety.
Stainless steel composition and the truth about the passive layer myths and facts.
Marking plastics ...pros and cons.
Benefits of uniquely identifying surgical instruments.
How to incorporate a marked instrument into a tracking system-Myths and Facts.