Express Pharma
Home  »  Pharma Ally  »  Multisorb’s optimal sorbent strategy can help increase efficiency and quality

Multisorb’s optimal sorbent strategy can help increase efficiency and quality

2

The company will exhibit and showcase its ability to help medical device companies increase efficiency at MD&M West in Anaheim in California

Multisorb Technologies will exhibit and showcase its ability to help medical device companies increase efficiency and improve quality through the optimal use of sorbent technology at MD&M West in Anaheim, California, February 9-11, 2016.

“Medical device companies need to carefully consider the sorbents they use or risk downstream quality issues from poorly designed sorbents,” said Chris Gilmor, Commercial Director, Multisorb’s Healthcare Packaging Group in the Americas. “Multisorb’s Success through Efficiency programme is designed to help companies optimise their use of sorbent technology to assure medical device stability and quality while increasing efficiencies.”

Multisorb’s Success through Efficiency programme offers a comprehensive approach to help companies quickly identify, select and dispense the optimal sorbent solution for market success:

  • Simulations for product stability and faster market access: The SimulSorb and SimulOx simulations use QbD-based modelling to quickly identify the optimal sorbent for desired shelf life. By eliminating costly sorbent ranging studies, simulations can help get the product to market six to 12 months faster.
  • Sorbent platforms for all requirements: The technical team can help select the best platform for your packaging presentation to deliver the lowest possible net packaging cost.
  • Dispensing systems for cost effective and turnkey operations: By engineering sorbent platforms with their respective dispensers, MultiPacket and MultiCanister systems deliver maximum efficiency. The result is an industry leading output efficiency of >99.997 per cent and the lowest total cost of ownership.

EP News BureauMumbai

Comments are closed.