MEDICAL SERVICES & DEVICES
Furthermore, producing humanlike tissue models in vitro allows researchers to test new drugs and design scaffolds safely and efficiently. It doesn’ t stop there; 3D bioprinting has paved the way for emerging technologies such as Electrospider, which has made improved precision and consistency the standard across the sector.
Ultimately, the end goal is to see bioprinters in hospitals, creating complete, patient-ready organs to save lives daily.
Q. HOW IS SOLIDWORKS USING AI IN THE HEALTHCARE SYSTEM?
» SOLIDWORKS integrates AI CAD features known as design assistance tools. Used to aid designers in finishing projects and increasing design accuracy, medical companies are using SOLIDWORKS’ s capabilities to streamline workflows and accelerate product development across the healthcare sector.
Features such as command prediction and smart mate suggestions streamline modelling, while automated fillet repair and stress-hotspot identification flag issues earlier in development.
If that’ s not enough, AI also supports picture-to-sketch conversion and intelligent auto dimensioning, slashing significant portions of time spent on drawings and documentation.
Pair this with advanced simulation on the SOLIDWORKS Mainstream innovation platform and healthcare
THE COMPANY OPERATES
13 BRANDS
THROUGH ITS 3DEXPERIENCE PLATFORM, COVERING AREAS INCLUDING 3D MODELLING, SIMULATION, COLLABORATION AND INFORMATION INTELLIGENCE
THE COMPANY SAYS
MORE THAN
50 %
OF MEDICINES AND MEDICAL DEVICES ARE DEVELOPED USING ITS SOLUTIONS, REFLECTING ITS EXPANSION BEYOND ENGINEERING INTO LIFE SCIENCES AND HEALTHCARE
teams are able to validate concepts virtually, accelerating the output of safer, higher-performing medical tools to market.
Additionally, the 3DEXPERIENCE platform introduces AI-powered virtual companions like Marie; supporting healthcare professionals by investigating complex phenomena, formulating frontier questions and exploring breakthrough hypotheses.
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