Process and Automation

A venture between GEA and Siemens aims to familiarize more pharmaceutical companies with more modern control and continuous processing.

Process analytical technology, based on monitoring particle size distribution and tracking coating thickness measurements in real time, can be used to predict the dissolution of polymer-coated multiparticulates.

An influx of millennial workers may have an impact on whether pharma manufacturers choose to implement IIoT technology.

Banner Engineering’s Sure Cross U-GAGE K50U Ultrasonic Sensor is used for wireless tank monitoring.

Industry experts discuss IIoT and its impact on pharmaceutical manufacturing.

Although best practices are key, advances in integrated informatics platforms and automation can make it easier to ensure data integrity and improve overall lab efficiency.

Improved process analytical technology and new ways of thinking seek to enhance measurement and control for next-generation pharmaceutical manufacturing.

PAT, quality by design, process controls, and analytical advances for small- and large-molecule drugs are on agenda for IFPAC 2017.

As pharmaceutical quality metrics evolve, they will need to incorporate more of the principles of operational excellence, says consultant Prabir Basu.

Designing loss-in-weight feeders for accurate and consistent refill is crucial to a continuous solid-dosage process.

Manufacturing data collected in the process historian can be analyzed to better understand the process and use past behavior to predict future results.

In the pharmaceutical factory of the future, data collected by internet-connected manufacturing equipment improves operational efficiency.

Flexible batch sizes for semi-continuous unit operations, such as tableting and encapsulation, can improve efficiency while maintaining quality.

InstantGMP PRO 3.0 software integrates production scales with an electronic batch record system.

A new version of Siemen’s Simatic EBR software offers web-based master batch records and integration with automation systems.

The company is opening two offices in the United States that will offer serialization, automation, and process control services.

PharmTech’s 2016 survey shows general satisfaction with existing solid-dose and parenteral manufacturing equipment, and slow adoption of continuous manufacturing processes.

Process analytical technology paved the way for continuous manufacturing.

Advanced electronic batch recording (EBR) manages workflows and recordkeeping for compliance and production efficiency.

This article explores two commercial platforms, and touches on a new program underway in the UK.

Integrated data and cloud-based solutions can be used for process optimization.

Smart glasses enhance remote troubleshooting and process management for pharmaceutical manufacturing.

Smart glasses enhance remote troubleshooting and process management for pharmaceutical manufacturing.

Today’s analytical laboratory equipment reflects the realities of downsizing, outsourcing, and the need for speed.

Rockwell Automation’s updated PlantPAx DCS enhances automation and control.

Applications in the Rockwell Software Studio 5000 development environment add functionality for automation engineers.

The FDA grants to the Rutgers-led C-SOPS research consortium will support the introduction of continuous manufacturing techniques for pharmaceuticals.

Process analytical technology is crucial for understanding a pharmaceutical or biopharmaceutical process. Thorough process knowledge is needed to develop process control strategies and select process equipment configuration for continuous manufacturing.

Talks will explore key trends and issues in the pharmaceutical space and address the “latest industry buzz.”