Securecell
Provider of software and automation solutions for bioprocess development, pilot-scale production and medtech device R&D. Offers a vendor-agnostic process information management / SCADA platform, automated fluidic autosampling and sample-processing systems, high-throughput parallel bioprocess platforms, media and materials management, and medtech prototyping for automated blood sampling and in-line clinical measurement. Solutions are applied for process digitalization, PAT integration, high-frequency sampling, and pilot/device development in industry, academia and CDMOs.
Industries
Nr. of Employees
medium (51-250)
Securecell
Biopartner 5, Limes 7, 2342 DH Oegstgeest, Netherlands
Products
Process information management and SCADA software
Vendor-agnostic software suite for monitoring, control, recipe management, data storage, visualization and API-based export to support automated bioprocess workflows and regulatory traceability.
Automated sampling and sample-processing systems
Modular autosampling hardware and fluidic modules that perform sample withdrawal, precise dilution/filtration, cooled sample storage and routing to analyzers to enable high-frequency at-line analytics.
High-throughput parallel bioprocess platform and autosampling interfaces
Integrated systems and sample transport solutions for parallel bioreactor operation and automated sampling in multi-parallel screening and development workflows.
Medtech device R&D for automated blood monitoring and sampling
Prototype development for implanted/external sampling ports, automated peripheral blood sampling workflows, membrane-based plasma extraction and inline photometric analyte measurement for clinical monitoring applications.
Process information management and SCADA software
Vendor-agnostic software suite for monitoring, control, recipe management, data storage, visualization and API-based export to support automated bioprocess workflows and regulatory traceability.
Automated sampling and sample-processing systems
Modular autosampling hardware and fluidic modules that perform sample withdrawal, precise dilution/filtration, cooled sample storage and routing to analyzers to enable high-frequency at-line analytics.
High-throughput parallel bioprocess platform and autosampling interfaces
Integrated systems and sample transport solutions for parallel bioreactor operation and automated sampling in multi-parallel screening and development workflows.
Medtech device R&D for automated blood monitoring and sampling
Prototype development for implanted/external sampling ports, automated peripheral blood sampling workflows, membrane-based plasma extraction and inline photometric analyte measurement for clinical monitoring applications.
Services
Integration and deployment of process information management and control systems, device connectivity, process planning, and PAT integration to digitalize upstream workflows and enable automated evaluation.
Design, installation and integration of automated sampling hardware and fluidic modules to enable frequent at-line/online analytics, analyzer routing and automated sample handling.
Ongoing technical support, structured training programs and optional SLAs for software updates, preventive maintenance and priority response.
Integration and deployment of process information management and control systems, device connectivity, process planning, and PAT integration to digitalize upstream workflows and enable automated evaluation.
Design, installation and integration of automated sampling hardware and fluidic modules to enable frequent at-line/online analytics, analyzer routing and automated sample handling.
Ongoing technical support, structured training programs and optional SLAs for software updates, preventive maintenance and priority response.
Expertise Areas
- Bioprocess automation and digitalization
- Process information management (SCADA/PIMS)
- Automated sampling and sample processing
- Process analytical technology (PAT) integration
Key Technologies
- SCADA / process information management systems
- Automated fluidic autosampling and sample-processing modules
- OPC-UA and REST API device interfaces
- Online and at-line HPLC integration
News & Updates
Full-day seminar on advancing upstream bioprocessing through digitalization and automation with live demonstrations of automated sampling and process information management.
Article describing electronic media recipes, guided media preparation and lot traceability to reduce operator error and link raw-material footprint to final processes.
Software release notes and platform updates including UTF-8 support, Oracle Linux compatibility, new database support, added device drivers, improved REST API endpoints and expanded test automation and CI/CD integration.
Case study showing automated high-frequency sampling in a continuous vaccine fermentation campaign, including unattended multi-day sampling, refrigerated storage and integration with flow cytometry and analyzers for process development.
Description of process monitoring and control across scales using a PIMS/SCADA platform, integration of multiple reactor types and benefits from comparing current with historical process data for scale-up.
Application note demonstrating integrated autosampling, sample processing and data flow to enable near-real-time glucose measurements and closed-loop control in CHO processes.
Full-day seminar on advancing upstream bioprocessing through digitalization and automation with live demonstrations of automated sampling and process information management.
Article describing electronic media recipes, guided media preparation and lot traceability to reduce operator error and link raw-material footprint to final processes.
Software release notes and platform updates including UTF-8 support, Oracle Linux compatibility, new database support, added device drivers, improved REST API endpoints and expanded test automation and CI/CD integration.
Case study showing automated high-frequency sampling in a continuous vaccine fermentation campaign, including unattended multi-day sampling, refrigerated storage and integration with flow cytometry and analyzers for process development.
Description of process monitoring and control across scales using a PIMS/SCADA platform, integration of multiple reactor types and benefits from comparing current with historical process data for scale-up.
Application note demonstrating integrated autosampling, sample processing and data flow to enable near-real-time glucose measurements and closed-loop control in CHO processes.