Image is from ROi
Qualified experts in cost management for Operating Rooms agree that the most cost effective innovation within the medical arena that has also been most productive in increasing quality of treatments plus eliminating waste is the implementation of surgical custom trays. Waste reduction is achieved by reducing overstocking, a custom trays improvement that also saves in personnel duties. The consequent reduction of medical hazard waste improves minimalizing of our carbon footprint while simultaneously increasing the treatment success for individual procedures and the more complicated surgical procedures.
Sterile materials which are required for single use are packed in efficiency boosting single use individual custom trays. Compact custom trays save time and prevent unnecessary waste in performing those specific single use Operating Room procedures, and the custom trays are also quickly available for any repetitive procedures performed.
Your facility’s carbon footprint reduction and securing sustainable environmental practices without undermining any and all safety factors represents both a local and global importance. Custom surgical tray implementation always will drastically reduce the amount of packaging material and waste issues when compared to the use of individually packed and arranged instruments for your procedures. Packaging material weight due to the Operating Room’s implementaton of custom trays alone is reduced by 58%, usually resulting in one less waste bag in the Operating Room’s larger medical procedures. That reduction of one waste bag results in a reduction of the hospital’s global carbon footprint as well as your facility’s operating costs.
The combined and assessed impact of custom trays’ utilization in reducing excess procurement stocking while effectively diminishing the carbon impact of medical waste can only be estimated, but the estimation suggests that the green earth improvement caused by this one professional innovation of custom trays in the Operating Room is of monumental global importance.