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A scientist wearing protective gear works in a life science lab.

Digital solutions for biocontainment

Emerging diseases and government programs increase demand for biocontainment facilities that meet the highest biosafety standards. With Siemens Xcelerator and a broad portfolio of digital solutions and services, you can create a tailored solution that contains risks and maximizes safety.

Develop a comprehensive biocontainment strategy

Biocontainment facilities are far more sophisticated than average commercial installations. They require strict quality control across the entire lifecycle, smart automation, and effective protection. Siemens digital solutions and services support these requirements and meet the containment demands of BSL‑3 and BSL‑4 facilities, helping you safely work with agents, manufacture vaccines, and prevent the release of pathogens into the outside environment.

Designed specifically for critical environments, our solutions help you:

  • Create a safe environment: Advanced fire safety, access control, monitoring, and controlled people flow protect personnel, processes, and assets
  • Gain valuable insights: Integrated control and monitoring increase transparency across systems and support efficient, evidence‑based operation
  • Benefit from expert knowledge: Decades of biocontainment experience and global expertise support the specific needs of BSL facilities
A biocontainment facility containing several pieces of containment equipment.

Find solutions for your biocontainment facility

Our integrated digital solutions enable safe operation, reliable containment, and efficient facility management. They support compliance with strict biosafety and GMP requirements by combining automation, monitoring, security, and expert services in a single, holistic approach.

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Demand-controlled ventilation enables precise measurement, control, and monitoring of air volume flows and room pressures using Critical Environment Technology (CET). Open-standard interfaces allow seamless integration into building automation systems, supporting high levels of efficiency, cost-effectiveness, safety, and security.

Energy efficiency can be improved by up to 50% while maintaining all safety requirements for room ventilation, exhaust systems, pressure control, fume hoods, and air conditioning.

A scientist wearing protective gear works in a life science lab.
Case study

High-tech helps Pfizer beat the race against time

At its new high-containment facility in Freiburg, Germany, Pfizer uses cutting-edge technologies from Siemens for efficient, sustainable and safe production.

Two people in protective clothing walking forward.