Impact of robotic operative efficiency on profitability
Elizabeth J. Geller, Catherine A. Matthews
- Year
- 2013
- Citations
- 34
- Access
- Open access
Abstract
ObjectiveWe sought to determine the impact of robotic operative efficiency on profitability and assess the impact of secondary variables.Study DesignFinancial data were collected for all robotic cases performed for fiscal years 2010 (FY10) and 2011 (FY11) at University of North Carolina at Chapel Hill, and included 9 surgical subspecialties. Profitability was defined as a positive operating income.ResultsFrom July 2009 through June 2011, 1295 robotic cases were performed. Robotic surgery was profitable in both fiscal years, with an operating income of $386,735 in FY10 and $822,996 in FY11. In FY10, urogynecology and pediatric surgery were the only nonprofitable subspecialties. In FY11, all subspecialties were profitable. Profitability was associated with case time, payor mix, and procedure type (all P < .05). Urogynecology case time decreased from 220-179 minutes (P = .012) and pediatric surgery from 418-258 minutes (P = .019).ConclusionRobotic operative efficiency has a large impact on overall profitability regardless of surgical specialty. We sought to determine the impact of robotic operative efficiency on profitability and assess the impact of secondary variables. Financial data were collected for all robotic cases performed for fiscal years 2010 (FY10) and 2011 (FY11) at University of North Carolina at Chapel Hill, and included 9 surgical subspecialties. Profitability was defined as a positive operating income. From July 2009 through June 2011, 1295 robotic cases were performed. Robotic surgery was profitable in both fiscal years, with an operating income of $386,735 in FY10 and $822,996 in FY11. In FY10, urogynecology and pediatric surgery were the only nonprofitable subspecialties. In FY11, all subspecialties were profitable. Profitability was associated with case time, payor mix, and procedure type (all P < .05). Urogynecology case time decreased from 220-179 minutes (P = .012) and pediatric surgery from 418-258 minutes (P = .019). Robotic operative efficiency has a large impact on overall profitability regardless of surgical specialty.
Keywords
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