02.10.26 -- Transform Your Bioprocessing Workflow With Scalable, Automated, And Single‑Use Technologies

Microbioreactors help accelerate bioprocess development by increasing throughput, improving reproducibility, and reducing scale-up risks. The BioLector XT Microbioreactor delivers these benefits with up to 48 parallel cultivations, real-time monitoring of key parameters, and automated pH control with microfluidic feeding. Its intelligent software and precise gas regulation enable faster optimization and more confident decisions—transforming your workflow from start to finish. Start Cultivating With Confidence

Miniaturization and automation are solving critical chromatography bottlenecks. Learn how scalable tools accelerate resin screening and protein capture for both traditional and novel biotherapeutics.

Enhance your bioprocessing with single-use bioreactors that offer broad compatibility, reduced turnaround times, and consistent product yield through innovative design and flexible scalability.

Discover a reliable mid‑scale bioreactor setup featuring precise monitoring, controlled pumping, and intuitive touchscreen oversight. This integrated system supports consistent upstream performance.

Bioprocessing professionals face growing demands for faster development. Transition smoothly from early-stage research to commercial-scale production with the latest innovations.

Simplify your upstream bioprocessing with the XCell® ATF System, in single-use or stainless steel format, which delivers superior cell retention, high productivity harvest, and seed train intensification.

Optimize bioprocesses faster with real-time monitoring, automated feeding, pH control, and phototrophic cultivation—flexible protocols and smart software ensure precision and reproducibility.

Explore how perfusion technology is transforming upstream bioprocessing by boosting productivity, reducing costs, and enabling process intensification while overcoming cell retention challenges.

The ReadyToProcess WAVE 25 rocker features integrated temperature sensors and load cells, designed for convenient handling and control of cell cultures up to 25 L.

Transitioning to biobased materials in cell culture reduces reliance on virgin fossil fuel feedstocks and helps meet Scope 3 emission reduction goals, offering a sustainable path for biomanufacturing.

The 2026 ISPE Aseptic Conference, taking place 23-23 March, in Washington D.C., USA, will explore the latest developments and insights into aseptic processing, including robotics and automation, the implications of recent Annex 1 revisions, and computerized system compliance. Technical tracks include Airflow Testing, Annex 1 Case Studies, ATMPs with Multiproduct Facilities, and Sterile Processing.