Løsninger

Life Sciences

Automation that lives with science

Just as life sciences play a uniquely vital role in all our lives, it also faces uniquely demanding production challenges. Increasingly advanced therapies like CAR-T and mRNA vaccines, rising regulatory pressure, vulnerable supply chains, and growing sustainability requirements create an environment that demands specialized automation solutions. Those that evolve alongside scientific progress and truly live with science.

The key challenges

Regulatory compliance & data integrity

With compliance violations measured in millions of dollars, manual documentations is no longer enough. Automated systems ensure data integrity while eliminating the audit risks that lead to production shutdowns and massive fines.

Next-gen therapies: Flexible & scalable manufacturing

Advanced therapies require batch-of-one production with shelf lives as short as 24-48 hours. Flexible automation handles complex processes and personalized manufacturing without compromising quality.

Supply chain resilience & traceability

With more than half of drug shortages caused by production issues, real-time visibility and complete traceability are essential. Predictive systems and automated tracking prevent disruptions before they impact patients.

Energy efficiency & sustainable operations

HVAC systems can consume over 50% of pharmaceutical facility energy while maintaining critial cleanroom standards. Smart automation optimizes consumption without compromising the environmental controls that ensure product safety.

Our solutions response

Compliance intelligence

Operator terminals configured for FDA 21 CFR Part 11 compliance with electronic signatures and audit trails, data analysis platforms delivering electronic batch records and automated reporting, AI-powered systems detecting quality deviations before they become violations, and GAMP5 validated contorl systems ensure regulatory requirements are met without manual documentation risks.

Advanced therapy drive

Modular automation, collaborative robots, and digital twin simulation enable batch-of-one production, rapid changeovers, and the precision handling required for CAR-T, mRNA, and personalized medicines.

End-to-End visibility

Integrated traceability systems track every material and batch in real-time, while predictive maintenance prevents the production disruptions that cause drug shortages.

Sustainability embedded

Energy monitoring systems, high-efficiency motors, and intelligent optimization significantly reduce consumption while maintaining the strict environmental controls that cleanrooms demand.