Continuous processing, already conventional in many manufacturing fields, has been establishing itself in biopharma, which is starting to realize continuous processing’s compelling advantages ...

Continuous manufacturing is finally gaining traction in the pharmaceutical industry, but development of the necessary production technologies is, fittingly, a continuous process. Ultimately, the ...

Key Points Discrete data is qualitative data. Continuous data is quantitative data. Simply put, discrete values ...

Continuous processing is taking root in the pharmaceutical industry. Faced with greater pressure to reduce manufacturing costs, the lure of reduced process variability, and a regulatory environment ...

Continuous process improvement can benefit all aspects of life — from personal New Year’s resolutions to complex drug development. In a world where two-thirds of planned improvement ...

The Promise of Continuous Processing To Advance Biopharmaceutical Production Switching to an automated continuous manufacturing process offers biopharma companies a convenient solution to improve ...

Continuous processing of nanoparticles DIANT Pharma introduced a series of systems that use continuous manufacturing technology implementing a turbulent jet in co-flow.

While traditional batch processing runs on stop-start cycles, continuous bioprocessing integrates all its production stages from cell growth to purification in a single continuous flow.

The ability to observe the process in-line makes the QbCon ® 1 and its pioneering drying process the perfect equipment to introduce continuous wet granulation to pharmaceutical companies. Figure 1.

The relationship between process improvement and innovation is crucial—they are two sides of the same coin; reinforcing the other to achieve performance.

With this new continuous processing platform, ultra-high productivity can be achieved in almost all biologics including mAbs and fusion proteins, with cell culture time periods similar to batch ...

This article explores how switching to an automated continuous manufacturing process can improve product yields and quality, lower capital expenditures, reduce facility footprints and minimize waste, ...