INSIGHTS ON SOLID DOSE MANUFACTURING
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Isolators For Pharmacy Compounding – Time For Change?
Maintaining a contamination-free environment is crucial in drug compounding. Learn how isolator systems can improve safety, efficiency, and regulatory compliance.
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The Future Of Sustainable Amorphous Dispersion Development
Sustainable amorphous dispersion cuts cost, risk, and timelines by removing solvent waste, simplifying manufacturing, strengthening supply chains, and scaling efficiently to commercialization.
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Improving Bioavailability Through Predictive Modeling Of Solubility Enhancement Strategies
In silico modeling cut through formulation guesswork for a compound with 0.015 mg/mL solubility, delivering an 8× Cmax and 5× AUC improvement and Phase I progression.
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Global Regulatory Harmonization: Comparisons In Aseptic Barrier Systems
Compare global aseptic standards from the FDA, EMA, PIC/S, and WHO. Gain insights into how advanced barrier systems harmonize international requirements to ensure sterile product integrity and safety.
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Achieving Manufacturing Efficiency In OSD Manufacturing10/16/2024
Gain expert insight into the importance of instrumented tablet presses in assessing formulation properties, the role of tablet cup configurations, and scalability parameters for successful product transfer.
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Developing And Manufacturing Minitablets To Extend Drug Lifecycle1/27/2025
Pharmaceutical companies should leverage oral minitablets to extend drug lifecycles, optimize dosing, and improve patient-centric solutions while overcoming manufacturing challenges.
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GLP-1 Oral Solid Dosage Workflow - Spray Drying And Tableting6/29/2026
Optimize containment in oral GLP-1 solid dose manufacturing. Learn how closed single-use containment and flexible isolators secure blending, spray drying, and tableting workflows.
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HPAPIS Production: "Where Micrograms Matters"4/13/2026
In HPAPI manufacturing, micrograms make a difference. Risk‑based containment, smart facility design, and exposure limits safeguard people, product, and performance.
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Ask Us Anything: Eric Fang On Lithiation Chemistry7/24/2026
Eric Fang, General Manager of Snapdragon Chemistry, on why lithiation chemistry resists batch scale-up — and how a decade spent understanding static mixing lets Snapdragon carry these reactions from milligrams to metric tons.
SOLID DOSE MANUFACTURING SOLUTIONS
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Used Kikusui tablet in tablet press, model Aquarius G-J/DC, 36 station, keyed upper punch guides, B tooled, 100 kN pre-compression, 100 kN main compression, 16mm max tablet diameter, 18mm max depth of fill, rated up to 259,200 tablets/hour, with DC module for core feeder, 4-15mm core depth adjustment, with integrated primary and secondary powder feed hoppers, and core feed hopper, project# 1-6302, built 2009.
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Solid form screening optimizes drug properties by evaluating polymorphs, salts, and cocrystals to improve solubility, stability, and manufacturability using advanced analytics.
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Used ThermoScientific Haake Pelletizing line, with model Phama 11 HME twin screw extruder, item# 553-0020, co-rotating screws, 40:1 l/d, 1000 rpm screw speed, 1.5 kw motor drive, with feeder, and operator HMI touchscreen. ThermoScientific Ph11 Conveyor, item# 553-0600, serial# 1-21004125001. ThermoScientific pelletizer, 6 blade rotor with pull roll, 230 volt, CE design, extruder machine# KU18-000011, serial# 1-1800319001, built 2019.
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Natoli Scientific takes pride in its comprehensive USP<1062> Tablet Compression Characterization services, tailored to address the complexities of tableting in pharmaceutical manufacturing. Staying true to the parameters outlined in the United States Pharmacopeia (USP) Chapter 1062, our approach meticulously evaluates tablet compression behaviors. By thoroughly characterizing the compression profile, we can pinpoint the optimal compression force required to form a cohesive tablet without applying undue stress that could lead to capping — the separation of tablet tops during or after the compression phase.
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Send a test sample of your powder to Natoli Scientific to get your formula characterized following USP <1062> Guidelines (Tablet Characterization Methods) that we have been practicing for over 25 years.