The healthcare environment is ever changing and the debate that is most important today in hospitals is about surgical instruments. Reusable tools have been the norm for decades. Nevertheless, a more in depth examination of the data shows that the actual price of keeping and maintaining these operating instruments is much higher than the price of purchasing them at the beginning. With very high reprocessing costs to compliance costs, the move towards single-use surgical instruments is on the upswing as an approach that would enhance both financial and clinical outcomes.

The Financial Drain of Reprocessing

In assessing the lifecycle of the surgical instruments, the facility managers should take into consideration the huge tray reprocessing costs that rapidly consume the budget of a hospital. The average cost to re-process a single surgical tray is approximately $15-20 per instrument that includes special high-level disinfection and other unaccounted costs.
These overhead costs are multiplied many times when one considers dozens of instruments per tray, each day. Furthermore, updated compliance and reprocessing standards add 24.3 minutes of labor per procedure. These rigorous compliance updates add an extra $52.35 to $67.57 per case, completely excluding capital costs.

O.R. Delays and Safety Risks

Time is quite literally money in the Operating Room. Missing or malfunctioning trays can lead to significant O.R. delays that disrupt schedules and impact patient care.

• A typical delay resulting from a missing or malfunctioning tray lasts about 7 minutes.
• O.R. time averages $62 per minute and can escalate to $133 per minute during complex cases.
• A single delay incident caused by instrument issues can cost up to $259.

These inefficiencies are not the only concern; patient safety is also a major factor, particularly in laparoscopic surgery.

• Reusable laparoscopic instruments exhibit a 19% insulation failure rate.
• In contrast, single-use alternatives boast a failure rate of less than 1%.
• Relying on older, reusable tools presents a nearly 7x higher risk of patient harm due to these insulation failures.

The 9-Step Burden vs. Single-Use Efficiency

Modern instrument processing cycles are incredibly labor-intensive. Reusable surgical equipment undergoes a stringent 9-step procedure that involves cleaning at point of use, transfer to CSSD, manual and machine cleaning, rinsing, packaging, sterilization, storage and documentation. All these processes take up important staff time, power, chemical cleaning agents and energy. Single sterilization cycle: Steam autoclave costs between $33 to $80. Plasma sterilization cycles are more costly as well, ranging between $81 and $185 per cycle. Over time, reusable scissors and instruments wear out, resulting in deterioration of the blades, inconsistent sharpness, increased surgical time, and problems in cleaning at the hinges.

The Bottom Line

With facilities switching to single-use options, all 9 of these taxing reprocessing steps can be eradicated. Besides reducing the risk of infections and costly O.R. time, single use tools guarantee a fresh sharpness in each case and do not require recalibration and repairs. Adopting the concept of single use surgical instruments, healthcare facilities can decrease chemical waste in the environment, optimize storage space, and ensure consistent per-procedure costs, improving their clinical safety and efficiency.