INSIGHTS ON LIQUID DOSE MANUFACTURING
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Demystifying Lyophilization: Understanding The Freeze-Drying Process
Advancements in lyophilization technology and research have helped overcome inherent challenges and ensure the safety and efficacy of lyophilized pharmaceuticals.
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Risk Control | Bulk Filling Application
Learn about a bulk filling system that enables you to achieve risk control, accuracy, and superior product recovery in your fill and finish operations.
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EZ-fill® Kit: RTU Packaging Solutions For Fast Access To Small Volumes
Discover the EZfill Kit in action—an innovative solution designed to streamline and enhance precision in liquid handling, optimizing efficiency for pharmaceutical and bioprocess applications.
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Finding The Right Aseptic Processing Approach
How should you approach building your aseptic processing line? Gain insight into the advantages of using a modular, configurable technology rather than custom fill-finish solutions.
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5 Key Questions On Implementing Pharma 4.0™ Solutions For Fill-Finish12/1/2025
Pharma 4.0 leverages IoT, AI, and automation to enhance drug quality. Evaluate your fill-finish line readiness by considering five key questions on modularity, high-risk process automation, and data integration.
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How Do We Reduce Your Environmental Cost Of Ownership (ECO)?12/4/2025
By rethinking cleanroom requirements and reducing resource-heavy sterilization steps, manufacturers can significantly lower their Environmental Cost of Ownership and futureproof their operations.
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Meet Regulation Requirements With RTU Vials And Cartridges10/9/2025
Sterile manufacturing remains vital, with resilient supply chains preventing shortages. Industry and regulators prioritize integrity as demand surges, making it the fastest-growing pharmaceutical segment.
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Enhancing Aseptic Fill-Finish Processes7/3/2025
Achieve exceptional product recovery and sterility. Learn about high-integrity surge bags, advanced leak detection, and flexible design options for your fill-finish applications.
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A Direct Path To Annex 1 Compliance With Blow/Fill/Seal Technologies9/13/2025
Learn how Blow/Fill/Seal technology supports contamination control, reduces operator risk, and meets sterility assurance requirements under dynamic conditions with advanced airflow and monitoring.
LIQUID DOSE MANUFACTURING SOLUTIONS
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Used Capmatic inline vial filling line, model Conquest FS8 consisting of: 36" Capmatic accumulation table, serial# TT01110917: Model Conquest FS8 Capmatic inline filler, (16) head walking beam filling station with (8) piston fill pumps, integrated chain conveyor and rotary stopper feed system with vibrating bowl feeder, Allen Bradly Panelview 1000 HMI, serial# CQ1110919, built 2002: Model R-R Pharma Capmatic crimp capper, type RoadRunner, (12) station with Capmatic cap elevator, Allen Bradley PLC controls and Panelveiw 900 HMI, serial# RR00030718, built 2003: Capmatic dual position tray loader, serial# TT02020846, built 2002.
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Roller compaction is a proven process providing a method of granulation for materials that are known to be sensitive to heat and/or moisture.
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Used 300 sq ft BOC Edward freeze dryer, model LYOMAX 28, 316L stainless steel product contact surfaces with (13) 1170 mm wide x 1850 mm deep usable shelves, 115 mm shelf spacing, stoppering, external condenser with 300 kg ice capacity, refrigeration and vacuum skid with liquid natural gas refrigeration, model AV-LUS BOC Edward loading / unloading skid, 480 volt with controls, freeze dryer serial# MTE1930, built 2004.
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cryoFIL® enhances cell viability and maximizes yield through automated cryovial filling and handling.
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Used 4.6 Sq Ft SP Scientific freeze dryer lyophilizer, model LyoStar 3, part# 100011095, stainless steel product contact surfaces, with (3) approximately 11" wide x 20" deep usable shelves, 2.8" shelf spacing, bottom up stoppering, 30 liter max condenser capacity, R-404a and R508a refrigerant, 230 volts, 5659 meter hours, serial# 321348.