Resources
Articles
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Years to market: why new bioprocess equipment is slow — and how to change the clock.
New instrument and bioprocess platforms take 4–7 years to reach market, and software is the hidden time sink. Here's how a software-defined, modular approach compresses new unit operations from years to months.
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Architecture Matters: Integration Effort in Multi-Sensor Bioprocess Connectivity
Why the architecture you choose for connecting digital probes to OPC-UA and MQTT decides how much integration work you take on — a comparative, assumptions-based analysis of native PoE, transmitter-centric, and bus/converter approaches.
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Don’t let vendor lock-in hold your lab hostage.
How to extend capabilities of the existing SCADA systems through flexible control platform and integration with a variety of vendors?Picture this: You’re a
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Gravimetric feeding
Gravimetric Feeding Experiments | QB Control | QB Systems Intro Setup Pulsation PID tuning Instability Multi-flow 1h setup AI data Numbers Your turn Contac
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Optimizing lab infrastructure through modularity, reusability, and parallel processing of software-defined system in labs of tomorrow.
Infrastructure in laboratories has always been considered as a cost. It’s not a real value itself — it's part of a result, but it's not a result itself. Th
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PH Control Strategies in QB Control
pH Control Strategies in QB Control | QB Systems Summary Landscape Services Comparison Best Practices Outcomes Contact Executive Summary A comparative anal
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The State of Benchtop Automated Sampling in Bioprocessing: A Comparative Analysis for 2026
Competitive Analysis: Benchtop Automated Sampling | QB Systems Strategic Sterile vs Aseptic Landscape Feature Matrix Licensing TCO ROI Decision Conclusion
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