Medical Instruments
Instrument Drying
Overview:
The medical insturment drying rack was developed to improve safety and consistency in pre-sterilization handling by addressing inefficient airflow, high-contact loading methods, and inconsistent drying performance. The existing process created risks related to retained moisture and increased handling steps. The objective was to design a more controlled, hygienic system that improves drying efficiency while reducing user handling and exposure risks.
Approach:
The design focused on optimizing airflow exposure and part separation to ensure uniform drying across all utensils while minimizing areas where moisture could accumulate. Geometry was refined to reduce contact points and improve drainage, allowing for more consistent air circulation throughout the rack. Load and unload interactions were simplified to reduce handling steps and improve user safety during operation. Material and spacing decisions were made to support hygienic use and ease of cleaning, while maintaining structural stability and repeatable positioning for consistent drying performance.
Technical specifications:
Material: Medical Grade Stainless Steel
Process: Sheet Metal Manufacturing
Feature: Automatic Instrument Alignment
Medical Strain: Decreases required steps
Results:
The optimized drying rack improved pre-sterilization workflow efficiency by enhancing airflow consistency and reducing moisture retention across utensils. Drying time was reduced through improved spacing and open geometry, enabling more uniform air exposure. Handling steps were reduced, improving operator safety and decreasing the risk of contact-related contamination during loading and unloading. Overall, the design delivered a more hygienic, repeatable drying process with improved usability and reduced pre-sterilization processing time.
25%
Decreased Drying Time
35%
Decrease in Injuries
10%
Reduction in Processing Steps
