Logistics Systems Reengineering
Design and implementation of a new ecosystem for print servers and barcode labels (Zebra), standardizing industrial traceability interconnected with transactional databases.
The Problem
Warehouses operated with obsolete and localized printing methods, resulting in sluggishness when labeling hundreds of thousands of medications and medical components. There were pairing errors with the central SQL database causing logistical delays and inventory discrepancies.
The Solution
I led a hardware and software reconversion project; replaced fragmented printers with networked Zebra industrial terminals. A centralized Windows Server Print Server was implemented, standardizing universal drivers and pairing code generation from real-time transactional queries to SQL Server.
Key Results
Total elimination of the bottleneck in dispatch areas.
Absolute inventory control by linking machine to ERP table.
Tech Stack
Case Study
Industrial Traceability Automation
The Challenge
Obsolete Methods
Warehouses with obsolete local printing causing slow labeling of medications and medical components.
Pairing Errors
Discrepancies between labels and central SQL database causing logistical delays and inconsistent inventories.
The Architectural Solution
Zebra Terminals
Replacement of fragmented printers with networked Zebra industrial terminals.
Centralized Server
Implementation of a Windows Server Print Server with standardized universal drivers.
SQL Integration
Pairing code generation from real-time transactional queries to SQL Server.
The Impact and Evidence
Throughput x3
Total bottleneck elimination, increasing labeling throughput by 300%.
Precise Inventory
Absolute control by linking physical machine to ERP table, eliminating human errors.
Simplified Management
A single person can restart the queue for the entire factory from the central server.
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