INSIGHTS ON LIQUID DOSE MANUFACTURING

LIQUID DOSE MANUFACTURING SOLUTIONS

  • Having the right balance of capacity and capabilities in all market conditions is the struggle that Contract Manufacturer Organizations face daily. Add to it the cost and complexity of maintaining a suitable parenteral manufacturing facility, the risks can be high. With constantly evolving parenteral market needs, having flexibility while achieving high utilization is key to long term success. To support these challenges, AST’s line of aseptic and syringe filling and closing machines provide adaptive fill-finish capabilities to ensure that any contract manufacturing organization has the right capabilities for any vial, syringe filling or cartridge application.

  • Levitating transport technology is redefining aseptic production. Reduce your footprint and carbon impact while streamlining the fill-finish process with a simplified, frictionless workflow.

  • HVLD is High Voltage Leak Detection, a sensitive, non-destructive technology to test container closure integrity in a variety of liquid-filled pharmaceutical and medical containers including glass vials and ampoules, IV-bags, Blow Fill Seal (BFS) bottles and cards and pre-filled syringes. HVLD can be used to conduct CCIT on any liquid-filled product as long as the container is made of electrically insulated material and it contains an electrically conductive solution.

  • If you are looking for filling systems for different products such as liquids, powder or flow-resistant highly viscous materials, Dec provides a modular concept allowing to meet a variety of packaging that is appropriate in the field of research and development as well as clinical trials. Speed up your go-to-market strategy with innovation and modular thinking.

  • ProSys S06428 Containment and Sampling Technology is a single-chamber closed-barrier system providing protection from cross-contamination between a process and the surrounding laboratory. The Isolator is rated ISO5. (International Standards Organization) (for particle count) environment in operation. An integration with a bio-decontamination system allows parametric surface bio-decontamination and their ventilation systems, prior and after processes.