Digitalization in Chemical Development
85% of laboratory data is lost because it is not transferred from instruments or is not recorded at all. Learn how to ensure data capture with this free white paper.
Presset er stort for å akselerere introduksjonen av nye produkter. For å få til dette, multitasker forskere på tvers av prosjektteam og leverer på krevende mål. I dette miljøet teller den personlige produktiviteten til hver enkelt forsker. Når folk får mulighet til å gjøre sitt mest produktive arbeid, kan de bruke ressurser mer klokt og likevel oppnå fremragende resultater. Referansene og ressursene nedenfor beskriver hvordan innovative selskaper identifiserer og adresserer nøkkel-flaskehalser i forskernes arbeidsflyt.
85% of laboratory data is lost because it is not transferred from instruments or is not recorded at all. Learn how to ensure data capture with this free white paper.
This white paper discusses the implications of the COVID-19 global pandemic, as well as how scientists who invested in automation in chemical R&D were able to remain agile and productive during site restrictions and closures.
This white paper outlines important design aspects of the solvent swap operation and presents a workflow with key modeling and experimental activities to achieve an efficient and robust process.
This presentation describes how AbbVie adopted and leveraged new automation technologies to advance the pipeline.
This webinar describes how Mettler-Toledo instruments have been integrated with AstraZeneca's ELN and some of the challenges that arose during the project.
Organisatoriske produktivitetsutfordringer