Join us at the PDA Universe of Pre-Filled Syringes and Injection Devices Conference 2024 in Phoenix!

Please join us at the PDA Universe of Pre-Filled Syringes and Injection Devices Conference 2024 in Phoenix where we’ll be presenting a podium talk and a poster.

Stop by Booth 112 at the conference to talk with us about how we can support your product and process development with multiphysics simulation, failure analysis, material modeling and testing, and materials engineering.

Details of our presentations at the conference:

  • A podium talk on "Computational Fluid Dynamics Investigation of Lyophilized Drug Product Reconstitution within Dual-Chamber Autoinjectors: Optimizing Device Performance through Simulation."  In this talk, Dr. Matthew Hancock and Dr. Joseph Barakat will discuss how computational fluid dynamics (CFD) simulations enable us to predict the reconstitution process and understand how parameters for device design, operation, and drug product affect reconstitution efficiency.  The talk will take place on day 2 (Wednesday, October 23) at 1:35pm as part of Session B4: Innovative Drug Delivery: Ocular, Reconstitution, and Intranasal.
     
  • A poster on “Multiphysics Simulation of Needle Clogging in Prefilled Syringes” addressing how combining rheological analyses with suspension mechanics simulations can predict the onset of clogging and elucidate design rules for prefilled syringes.
     

The conference takes place October 22-23 in Phoenix, AZ, in the Phoenix Convention Center - South Building.

For conference details, see: https://www.pda.org/global-event-calendar/conferences/pda-universe-of-pre-filled-syringes-and-injection-devices-conference-2024

CFD simulation of reconstitution in a pre-filled syringe
CFD simulation of reconstitution in a pre-filled syringe
Prediction of evolving drug product particle distribution during reconstitution
Prediction of evolving drug product particle distribution during reconstitution
 
Image of how needle clogging in prefilled syringes can impede drug product injection and reduce drug product quality
Simulation of clogging in a syringe needle

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