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MediTect® IV bag

Product catalog summary

Overview: The document discusses MediTect™ IV bags, which utilize proprietary cyclic olefin polymer technology to offer superior chemical compatibility, sorption resistance, and an ultra-low extractables profile. These features ensure product integrity and extend shelf-life for sensitive parenteral formulations.

Key Features:

Customizable sizes and configurations.
Non-PVC material, compatible with gamma irradiation or autoclave sterilization.
Combines glass-like storage stability with the flexibility of plastic.

Performance: MediTect™ bags maintain the potency of active ingredients over time, preventing sorption effects comparable to glass containers. This is supported by internal studies from ZACROS.

Material Composition:

Multilayer olefin resins with an NI layer for drug contact.
Ink for printing and olefin sealant for drug contact.

Protection: The bags protect against potential extractables migrating across film layers and minimize sorption of active ingredients.

Applications: Suitable for complex formulation challenges, such as Edaravone for ischemic stroke and Nitroglycerin for angina, demonstrating high retention of active pharmaceutical ingredients (API) post-autoclave.

Contact Information: For further inquiries, contact ZACROS at their Chicago office or corporate headquarters in Tokyo.

Catalog excerpts

Primary Packaging for Sensitive Parenteral Formulations Containing proprietary cyclic olefin polymer technology (“NI”), MediTect products combine an unparalleled level of chemical compatibility and sorption resistance with an ultra-low extractables profile. These properties provide product integrity and help maximize the shelf-life for the most demanding applications. Customizable to Multiple Sizes and Configurations Prototypes and Samples Readily Available Non-PVC Containing Compatible With Gamma Irradiation or Autoclave Sterilization

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Combining the storage stability of glass with the flexibility of plastic Ultra-low interaction Sorption of active ingredients to packaging surface? Potential extractables from packaging materials? Solved Innermost NI type Ink (printing) Ink (printing) Ink (printing) Oligomers Oligomers Oligomers weight molecules Low weight molecules Low Low weight molecules Residual solvents Residual solvents ResidualMetal Ions solvents Metal Ions Metal Ions Solved Interlayer NI type Ink (printing) Ink (printing) Ink (printing) Oligomers Oligomers Oligomers weight molecules Low weight molecules Low Low weight...

Open the catalog to page 2