Laboratories

What requirements apply to the safe storage of hazardous substances? Does a central utility supply make sense? And what alternatives are there to classic laboratory exhaust ventilation? Together with you, we analyse your laboratory’s specific requirements—taking into account safety, regulatory requirements, and cost-effectiveness. From hazardous substance storage and utility supply to ventilation concepts and ergonomic workstation solutions, we develop a tailored overall concept. In close coordination with you, we plan your laboratory holistically—functional, safe, and optimally aligned with your processes.

Further information can be found under Radiopharmacy.

When working with microorganisms, in addition to the requirements of the BioStoffV and GenTSV (S1–S4), it is not only occupational safety aspects that must be considered—protecting the process and the test environment is also crucial. Which functional areas must be structurally separated? Are personnel and material airlocks required? How can sample receipt, incubation, and evaluation be safely separated from one another? We develop holistic concepts for biological laboratories and sterility testing areas—taking into account hygiene, containment, and regulatory requirements. Thanks to our experience in cleanroom environments, we seamlessly integrate topics such as hygienic design, suitable cleanroom classes for sterility testing, or H₂O₂ fumigation for decontamination into the planning. The result is safe, practical, and standards-compliant laboratory solutions that reliably protect both personnel and product.

No GMP-regulated process can do without reliable quality control. QC and IPC laboratories are an integral part of safe, standards-compliant production. We support you in clarifying regulatory requirements—from GMP and GLP through to qualification and documentation obligations—and translate them into a functional, practical laboratory concept. Whether a standalone QC building or a production-adjacent IPC unit, we plan your premises taking into account material and personnel flows, utility supply, cleanliness requirements, and future expandability. This creates laboratory areas that assure quality, support processes, and withstand regulatory inspections.

Unlike laboratories with clearly defined processes, requirements in pilot plant and experimental laboratories are often dynamic. Developments are iterative—and it is not always clear from the outset where the journey will lead. How flexible does a laboratory concept need to be? Which infrastructure can be scaled sensibly—and where do unnecessary investments arise? Together with you, we develop future-proof, modular concepts that create room for new processes while remaining cost-effective. From basic technical equipment and utility and energy supply through to flexibly usable areas, we plan solutions that can be adapted to changing requirements. The result is a laboratory environment that enables innovation—today and tomorrow.