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Applications
Technical Library
- Tissue Freeze Drying – Photocrosslinkable Extracellular Matrices for Re-creating an In Vivo Environment in Research
- Tissue Bank Freeze Drying
- The Graphical Design Space for Primary Drying: Sources of Variability in the Dried Product Layer and Resistance and Impact on Cycle Design
- Small-Scale Freeze Dryer (MicroFD®) for Cycle Development and Optimization
- Pharmaceutical Development of Antibody Drug Conjugates, Live with Q&A
- Optimizing Freeze-Drying Processes for Tissue and Collagen Preservation
- Next Generation Vials for COVID-19 Vaccines and Cell and Gene Therapies
- MicroFD® Protocol Development Freeze Dryer
- Lyophilized Drug Product Case Study: Risk Mitigation of Primary Packaging through Physical and Chemical Testing
- Lyophilized Beads: Freeze-drying Cycle Parameters Considerations in Relation to Formulation Characteristics
- Introduction to Vial Fogging and Mitigation Strategies
- Introduction To Freeze-Drying
- In-Situ Vial Strain Measurements During Freeze/Thaw Processes Using Amorphous Excipients
- From MicroFD® to “Macro” Freeze Dryers and Vice Versa: A Groundbreaking Tool for Innovation in Freeze Drying
- Freezing: The Foundation for a Robust Freeze-drying Cycle
- Freezing, as It applies to Freeze-Drying
- Freeze Dry Process Monitoring at Laboratory and Full-Scale
- Evaluation of Alternative Drying Technologies to Vial Lyophilization: The Maturity State
- Developing a Transferable Lyophilization Protocol using a MicroFD® with LyoPAT®
- Considerations for Bulk Freeze Drying
- Assess Product Heterogeneity and Scale-up Risks in Pharmaceutical Freeze Drying via Mathematical Modeling
- Scaling Up Freeze Drying Protocols from the MicroFD®
- MicroFD® Research Freeze Dryer Video
- BulkSeal™ Freeze Drying Tray Video
- BeadLab™ LyoBead Production System Video
- Clean-in-Place (CIP) Technology Video
- Millrock Batch Reporter
- Clean-in-Place (CIP) Technology Brochure
- AutoDry™ Technology
- BulkSeal™ Freeze Drying Tray Brochure
- The Spider™ Sample Extractor Brochure
- FreezeBooster® Controlled Nucleation Brochure
- BeadLab™ LyoBead Production System Brochure
- Opti-Dry® Gen2
- TurboLyo™ Microwave-Assisted Freeze Drying Brochure
- Revo® with NitroLyo™ Zero-GWP Freeze Dryer Brochure
- On the Use of a Micro Freeze Dryer for the Investigation of the Primary Drying Stage of a Freeze Drying Process
- Freeze Drying Terminology
- Freeze Drying: Facts vs. Fiction
- What is Lyophilization?
- What is a Lyophilizer?
- What Is Freeze Drying?
- What is a Freeze Dryer?
- Managing Organic Solvents During Lyophilization of mRNA, Peptides, and Proteins
- 21 CFR Part 11 Demystified
- Studies Leading to the Development of the MicroFD
- Innovative Approaches for Lyophilization Process
- Monitoring Secondary Crystallization by DSC
- Integrated Heat Flux Measurements as Noninvasive Monitoring Technique
- Heat Transfer Adjustment in a Scale-Down 7-Vial Micro Freeze Dryer
- Effect of Ice Fog Controlled Nucleation on Variation of Ice Weight
- Recommended Best Practices for Process Monitoring Instrumentation in Pharmaceutical Freeze Drying
- Representative Scale-Down Lyophilization Cycle Development Using a Seven-Vial Freeze Dryer (MicroFD)
- Hybrid Pharmaceutical Vials for Lyophilized Biological Drugs and Vaccines
- Considerations When Freeze Drying Tissue
- Freeze Drying Tissue: Preserving and Storing Life-Saving Treatments
- Revo® Freeze Dryer Brochure
- QuantaS® Steam Sterilizable Freeze Dryer
- Quanta® Non-Sterile Freeze Dryer
- Stellar® Freeze Dryer
- Epic® Freeze Dryer
- Magnum XL® Freeze Dryer
- Magnum® Freeze Dryer
- RevoPro® Research Freeze Dryer
- MicroFD® Research Freeze Dryer
- AccuFlux Heat Flux Monitoring
- Basics of Solvent Use in Freeze Dryers
- Some Common Methods Used to Detect the End of Primary Drying in Freeze Drying
- Freeze Dryer Vacuum Pump Maintenance and Troubleshooting
News & Events
- Millrock Technology Appoints Neil A. Goldman as CFO
- Millrock Technology Appoints Tom Hochuli as CEO
- Why Partnering with Millrock Technology Sets You Apart
- Millrock Technology Proudly Returns as a Gold Sponsor of the 2025 ISL-FD Midwest Chapter Conference
- Announcing Strategic Partnership with LyoWave®
- Visit Millrock Technology at the 2023 Freeze Drying of Pharmaceuticals & Biologicals Short Course and Conference in Breckenridge, CO
- A New Model-Based Approach for the Development of Freeze- Drying Cycles Using a Small-Scale Freeze-Dryer
- New Book Chapter: Advances in Process Analytical Technology for Freeze-Drying – A Small-Scale Approach for Enhanced Analysis and Optimization
- ISL-FD returns to the Midwest in 2022
- Millrock Technology returns from ISLFD Conference
- International Society of Lyophilization Conference
- Millrock Technology Latest News on the Factory Floor
- Millrock Technology Partners with Purdue University on NSF-Funded Project to Develop “Self-Driving” Pharmaceutical Freeze Dryers
- Freeze Dryer Advancements and Innovation
- Millrock Technology Achieves ISO 9001:2015 Certification
- Millrock Technology’s MicroFD® Offers Significant API Savings
- Scaling Up Your Freeze Drying Protocol
- Small-Batch Protocol Development Freeze Dryer
- Lyophilization Process Development Workshop 2018
- 2018 CPPR Freeze Drying of Pharmaceuticals & Biologics Conference
- Does Ice Fog Controlled Nucleation Add Water/Ice to the Product?
- Product Update: Millrock Technology Quanta for CMO
- New Course: Planning and Managing Compliance for Lyophilized Product
- Newsletter Subscription: Join the discussion!
- Hands On Freeze Drying Course – with a focus on formulation strategies
- Join us at Pep Talk 2017
- ISLFD East Coast Meeting
- Join Us at 2016 CPPR Freeze Drying of Pharmaceuticals & Biologicals July 12 – 15
- Millrock Technology Attending Lyophilization USA
- Formulation Development and Lyophilization
- Millrock Technology Partners with LyoHUB
- Thermal Analysis: Part of An Empirical Freeze Drying Process
- Refurbished Freeze Dryer
- Celebrating 10 Years!
- Freeze Drying PAT using Heat Flux Measurement
- Research And Development Needs And Opportunities In Freeze Drying
- LyoPAT® Determines Vial Heat Transfer Coefficient (Kv), Defines Process Design Space In A Single Run & Develops Transferrable Protocols
- FreezeBooster® Controlled Nucleation Station
- FreezeBooster® Controlled Nucleation
- Pilot/Production Scale Freeze Dryers
- Freeze Drying Cycle Optimization Software
- Pilot Freeze Drying: Advanced Controls
- Freeze Dryers with High Pressure Stoppering for 2ml Vials
- Do you have a used Freeze-Dryer that you want to sell?
- Resistivity Monitoring in Freeze Drying Systems
- Request a Special Freeze Dryer!
- Freeze Drying Sterilization
Webinars
- Pharmaceutical Development of Antibody Drug Conjugates, Live with Q&A
- Tissue Freeze Drying – Photocrosslinkable Extracellular Matrices for Re-creating an In Vivo Environment in Research
- Next Generation Vials for COVID-19 Vaccines and Cell and Gene Therapies
- Developing a Transferable Lyophilization Protocol using a MicroFD® with LyoPAT®
- MicroFD® Protocol Development Freeze Dryer
- Small-Scale Freeze Dryer (MicroFD®) for Cycle Development and Optimization
- Freeze Dry Process Monitoring at Laboratory and Full-Scale
- Assess Product Heterogeneity and Scale-up Risks in Pharmaceutical Freeze Drying via Mathematical Modeling
- Lyophilized Drug Product Case Study: Risk Mitigation of Primary Packaging through Physical and Chemical Testing
- Evaluation of Alternative Drying Technologies to Vial Lyophilization: The Maturity State
- Introduction to Vial Fogging and Mitigation Strategies
- From MicroFD® to “Macro” Freeze Dryers and Vice Versa: A Groundbreaking Tool for Innovation in Freeze Drying
- Optimizing Freeze-Drying Processes for Tissue and Collagen Preservation
- In-Situ Vial Strain Measurements During Freeze/Thaw Processes Using Amorphous Excipients
- Freezing, as It applies to Freeze-Drying
- Tissue Bank Freeze Drying
- Freezing: The Foundation for a Robust Freeze-drying Cycle
- Lyophilized Beads: Freeze-drying Cycle Parameters Considerations in Relation to Formulation Characteristics
- Considerations for Bulk Freeze Drying
- Introduction To Freeze-Drying
- The Graphical Design Space for Primary Drying: Sources of Variability in the Dried Product Layer and Resistance and Impact on Cycle Design