INSIGHTS ON LIQUID DOSE MANUFACTURING
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Generate CHO-K1 GFP-Expressing Cells For Cell Line Development Workflow
Discover a high-efficiency workflow for generating GFP-expressing CHO-K1 clones using automated single-cell dispensing to achieve 93% isolation success and stable expression in under five weeks.
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Why Choose Robotic Processing For Small Batch Aseptic Filling
Reducing human intervention in aseptic filling is critical for safety and cost efficiency. Learn why automation is essential for small-batch applications and how it’s transforming sterile drug manufacturing.
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Lifecycle Planning For Containment And Delivery Of Biologics Drug Products
Read more about trends in the biologics market that could impact the lifecycle strategies for your drug product and steps you can take around drug packaging early in development.
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How Can You Avoid Bioprocessing Risks When Using Cable Ties?
Cable ties in bioprocessing can cause leaks, damage, and delays. See how switching to a uniform-sealing connector can significantly improve efficiency, reduce prep time, and minimize contamination risks.
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Effect of Shelf Cooling Rate on the Nucleation Temperature of Ice Monitored Using Thermocouples and Wireless Temperature Sensors5/14/2026
Freezing conditions shape ice structure, mass transfer resistance, and drying efficiency. Data shows how cooling rate, vial size, and nucleation interact to optimize freeze-drying.
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The Successful Implementation Of A New Aseptic Filling Line10/10/2024
Discover how a Quality by Design approach can streamline the development of new sterile product filling lines, featuring a real-life example illustrating its effectiveness.
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Benefits Of Isolator Technology In Fill-Finish12/10/2025
Isolator technology enhances sterility assurance, reduces contamination risk, improves operator safety, and supports regulatory compliance, making it essential for modern aseptic fill-finish operations.
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Maximize Your Drug Product Recovery With A Complete Fill Finish Solution5/29/2025
Discover how to maximize drug product recovery with an end-to-end fill-finish solution. Get excellent integrity assurance and exceptional lead times for your critical processes.
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Spray Dried Biologics For Injectable Dosage Forms5/15/2026
Spray drying enables scalable production of stable, high‑concentration biologics as sterile powders, improving delivery, reducing costs, and overcoming limitations of traditional freeze‑drying methods.
LIQUID DOSE MANUFACTURING SOLUTIONS
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AST aseptic filling products address the unique processing requirements of biologics manufacturing to gently care for biologic products during the fill-finish process. Their highly accurate peristaltic dosing system uses single-use pharmaceutical grade tubing that has been optimized to keep shear stress to an absolute minimum. When exiting the fluid path through the filling needle, the motion control system maintains the fill needle within the container and slowly rises as the product is being dispensed to minimize splashing and foaming that could introduce stress to the product. Temperature controlled filling is also possible with the ASEPTiCell® and GENiSYS® systems. AST has experience dosing products at temperatures as low as 3°C.
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Microbial monitoring is an important part of proving a manufacturing process is under control, especially in aseptic production. Explore solutions for the microbial monitoring of aseptic pharmaceutical manufacturing.
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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.
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One (1) used Vectro granulator, mdoel CF360EX, stainless steel construction, 3-5 kg capacity, xp design with controls, 220 volt, serial# CF-110, new 1982.
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Modernize oligonucleotide manufacturing with robust filtration systems built for hazardous environments. Enhance purity and speed across every batch to ensure reliable and scalable production.