Laboratory Inventory Management Engine (LIME): A free tool for managing laboratory inventories via barcode scanning...

Area of Science:

• Laboratory Management
• Scientific Operations
• Research Administration

Background:

• Effective inventory management is vital for research productivity and budget adherence.
• Traditional methods like spreadsheets and manual logs are error-prone, leading to stockouts and over-ordering.
• Existing inventory systems often lack a balance of affordability, convenience, and functionality.

Purpose of the Study:

• Introduce the Laboratory Inventory Management Engine (LIME) to address deficiencies in current research inventory systems.
• Develop a cost-effective and user-friendly inventory solution for small academic research laboratories and startups.
• Enhance operational efficiency and financial control through improved inventory tracking.

Main Methods:

• Leveraging cloud-based spreadsheet files and mobile device technology.
• Utilizing a smartphone application for real-time inventory log updates via QR code and barcode scanning.
• Implementing predetermined catalog lists for classifying new inventory items (e.g., chemicals, antibodies).

Main Results:

• The LIME system enables real-time inventory updates through a mobile app.
• Item classification is facilitated by predefined catalog lists within the system.
• The prototype integrates smartphone accessibility with spreadsheet functionality for inventory management.

Conclusions:

• The LIME system offers a practical solution for improving inventory management in research settings.
• By reducing errors and optimizing stock levels, LIME can enhance operational efficiency.
• This accessible inventory management tool is expected to benefit the financial health of small research laboratories and startups.