Aesica Launches Modular Serialization Solution

Aesica Pharmaceuticals is now offering a modular-based solution that it says provides pharmaceutical customers with a highly flexible, efficient and reliable technological resource that enables full and fast compliance with all the varying serialization regulations across the globe—including China and Korea.

According to the company, the modular technology and system has the benefit of being the same for all countries, while enabling pharmaceutical customers to meet specific serialization regulations that vary across different nation states and regions. The system has the capability to maintain data in multiple formats according to each country’s individual regulatory rules. This allows customers to manage serialization requirements locally. Both the input and output of the data generated for serialization and aggregation is customized.

The module provides full logistical flow and aggregation support, providing customers with the capability to track and trace all packages of medication. The platform supports all levels of aggregation including units, shippers and pallets—with the capability to aggregate individual unit serial numbers as packages are bundled, boxed and placed on shipping pallets.

The company says speed is a key benefit of the modular platform. “A key advantage of our solution is both the flexibility and the pace with which it can respond to changing customer needs,” said Catherine Kay, operations director, Aesica. “After discussing and analyzing the precise customer requirement, Aesica can respond by carrying out and initiating its serialization services in very rapid time.”

She continued, “Specialist technical knowledge has become essential to servicing the needs of customers in serialization. This includes possessing familiarity with the critical interfaces between the various scientific and functional aspects and knowing how to balance them to reach the optimal solution, accommodating relevant regulatory requirements and advanced market technology demands. Ultimately, this results in increased control, the highest levels of efficiency and minimized risk.”