Learn how to add QR codes to your 3D printed parts to convey tags, tracking codes, or safety information using SOLIDWORKS and the HP 5200 or Markforged X7 3D printers.
Learn how Computational Fluid Dynamics enables virtual prototyping across life sciences including medical, pharmaceutical, and biotechnology. We’ll discuss a variety of applications including analysis of an inhaled drug delivery device, optimization of a microfluidics circuit, and passive cooling of electronics in a medical environment.
We’ll show how rapid iteration is possible with very little training in the CAD-embedded SOLIDWORKS Flow Simulation, and also examine more advanced use cases made possible by tools within the SIMULIA product line.
See how to determine where a specific volume of fluid will lie inside a container and use a modeling technique to create a level marker in SOLIDWORKS.
Once you’ve decided on an investment in technology like SOLIDWORKS PDM or PLM, you’ll want to start using the software and tools properly for the best results. Otherwise, your return on investment (ROI) will fall flat even with state-of-the-art tools, and you may experience productivity losses.
So, how do you mitigate this risk? Adoption – you have to understand the importance of technology adoption.
Experience real-time design collaboration with SOLIDWORKS Share & Markup. Watch as we seamlessly create, share, edit, and review designs, demonstrating the transformative power of this simple yet powerful tool. Revolutionize your design process and empower team collaboration.