サイクル条件開発用 真空凍結乾燥機
LyoStar 4.0

LyoStar 4.0:資料ダウンロード
SP Hullの真空凍結乾燥機 LyoStar 4.0 のカタログ等の資料ダウンロードページです。
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◆ カタログ
◆ スペックシート
◆ ホワイトペーパー
- Adoption of Controlled Ice Nucleation Technology, ControLyo - From R&D to Commercial Manufacturing(英語)
- Investing in the future of freeze-drying for biologic drugs: Retrofitting ControLyo Technology to Benefit All Stages of Development (英語)
- Smart Freeze Drying(英語)
◆ テクニカルノート
Webinar Tech Note
- Smart TDLAS-Based Freeze Dryer Technology: Application To Highly Concentrated Amorphous Systems(英語)
- Equipment Capability of Freeze-Dryers and its Relevance to the Graphical Design Space for Primary Drying(英語)
- Factors that Influence Product Resistance and Methods to Measure Product Resistance(英語)
- Software Tools for Pharmaceutical Lyophilization Process Development(英語)
- Dos & Don'ts For Rapid Throughput Formulation Development: Buffer and Excipient Selection(英語)
- Role of Organic Co-Solvent (t-Butanol) in Frozen and Freeze-Dried Formulations(英語)
- Interplay of Formulation Components on Excipient Functionality During Lyophilization(英語)
- Impact of the Freeze-Drying Process and Lyoprotectants on Nanoparticle Stability(英語)
- Lyobead Technology in the Diagnostics and Pharma Sectors Why, How What?(英語)
- Myth Busting: Misconceptions in Lyophilization(英語)
その他のTech Note
- Application of TDLAS to Monitoring Pharmaceutical Lyophilization(英語)
- The Importance of Controlling Nucleation Temperature during the Freeze Step(英語)
- Using SMART Freeze Drying Technology to Understandad the Impact of Controlled Nucleation Temperature on Product Resistance(英語)
- Optimization of Primary Drying Time Using a Combination of ControLyo Nucleation on Demand and SMART Freeze Dryer Technology(英語)
- Impact of Controlled Nucleation on Primary Drying Time(英語)
- The Relevance of Product Resistance in Primary Drying(英語)
- Primary Drying Time End Point Determination Using the Pressure Rise Test or the Capacitance Manometer & Pirani Gauge Convergence Method(英語)
- Discussion of Vial Closures and Stoppering Force in Pilot Freeze Dryers(英語)
- Freeze-Drying of Co-Solvent Systems: Rationale Opportunites and Applications(英語)
- Using DSC for Optimized Lyophilization Cycle Design(英語)
- Basic Lyophilizer Maintenance Helps to Assure Good Results(英語)
- Basic Cycle Development Techniques for Lyophilized Products(英語)
- Case Studies in Diagnosing and Correcting Problematic Lyophilization Cycles and/or Formulations(英語)
◆ 関連記事とポスター
- The Impact of the Freezing Stage in Lyophilization: Effect of the Ice Nucleation Temperature on Process Design and Product Qualilty(英語)
- ControLyo: Moving from the Lab to Production: A Case Study(英語)
- ControLyo Nucleation On-Demand Technology: New Case Studies on Manufacturing Scale Impelentation(英語)
- ControLyo Nucleation On-Demand Technology: Summary by PRAXAIR(英語)
- The Sterility of the ControLyo Process: Reducing Freeze-Dried product Batch Time without Compromise to System Integrity(英語)
- PAT for Freeze Frying: Cycle Optimisation in the Laboratory(英語)
- Elements of Quality by Design in Development and Scale-Up of Freeze-Dried Parenterals(英語)
- Scale-Up of Freeze-Drying Cycles Essential Factors and Transfer Strategies(英語)
- Lyophilization Strategies for Development of a High-Concentration Monoclonal Antibody Formulation(英語)
- Successful Lyophilization Development of Protein Therapeutics(英語)
- Design of Freeze-Drying Processes for Pharmaceuticals: Practical Advice(英語)
- Rational Design of Stable Lyophilized Protein Formulations: Some Practical Advice(英語)
- Optimizing Elastomeric Stopper Performance for Lyophilization Processes(英語)
- Effect of Closure Composition and Processing Parameters on End Product Dryness over Time(英語)
◆ その他
- MVP Freeze Drying Probes(英語)