How can Owens & Minor improve its SURPASS® surgical kitting service to reduce waste and increase efficiency?

Introduction

To improve Owens & Minor's SURPASS® surgical kitting service, we need to focus on reducing waste and increasing efficiency. This challenge involves optimizing the entire process from kit assembly to usage in the operating room. I'll approach this by analyzing user segments, identifying pain points, generating solutions, and proposing metrics for measurement.

Clarifying Questions

• Looking at the surgical kitting context, I'm thinking about the scale of operations. Could you provide insight into the current volume of kits produced and the number of hospitals served?

Why it matters: Determines the scope of potential improvements and scalability needs. Expected answer: Serving 500+ hospitals with 100,000+ kits monthly. Impact on approach: Would focus on automation and standardization for high-volume operations.

• Considering the goal of reducing waste, I'm curious about the current waste profile. What percentage of items in kits typically go unused, and what's the disposal process for these items?

Why it matters: Helps quantify the waste problem and identify potential areas for improvement. Expected answer: 15-20% of items go unused, with most being disposed of due to sterility concerns. Impact on approach: Would prioritize solutions for accurate kit customization and sterile item recovery.

• Thinking about efficiency, I'm wondering about the current kit assembly process. What's the average time to assemble a kit, and what's the error rate in kit composition?

Why it matters: Identifies bottlenecks in the production process and quality control issues. Expected answer: 30 minutes per kit with a 2% error rate. Impact on approach: Would focus on streamlining assembly processes and improving accuracy.

• Considering the broader healthcare ecosystem, how does SURPASS® integrate with hospital inventory management systems?

Why it matters: Determines the potential for data-driven improvements and system interoperability. Expected answer: Limited integration, mostly manual data entry. Impact on approach: Would explore opportunities for deeper system integration and automated data exchange.