INSIGHTS ON SOLID DOSE MANUFACTURING

• How To Handle Intrinsic Product Powder Particles

  Powder filling creates intrinsic particles that interfere with continuous monitoring. Risk‑based strategies must separate product dust from true contamination to meet Annex 1 requirements.

• Layer By Layer: 3D Screen Printing And The Future Of Drug Development

  3D screen printing can produce tablets across a range of release profiles, from conventional immediate release tablets to multi-compartment drug delivery systems that mix different release profiles.

• Innovations, Solutions, And USP <1062> With Scale Up

  Optimize tablet compression by simplifying calibration, speeding up changeovers, and utilizing advanced laser inspection to prevent critical punch tip wear and maintain quality.

• GLP-1 OSD Chemical Synthesis Workflow

  Enhance containment and process reliability in oral GLP-1 synthesis. Discover how integrated single-use assemblies and automated fluidics safeguard chemical purity during scale-up.

• Improving Bioavailability Through Predictive Modeling Of Solubility Enhancement Strategies

  7/15/2026

  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.

• Understanding Aseptic Powder Filling: Key Principles And Techniques

  3/27/2025

  Pharmaceutical production of sterile powders presents unique hurdles. Explore the core principles and advanced techniques vital for aseptic filling, from containment to precise dosage control.

• HPAPI Containment: A Full Lifecycle Safety Innovation

  6/15/2026

  Containing highly potent APIs across a full operational lifecycle requires a structured approach that addresses hazard scoring, quality by design, performance testing, and safe enclosure disposal.

• How Solid-State Characterization Shapes Drug Development

  7/23/2026

  Mark Benger, Site Director at Cambrex Edinburgh, on solid-state characterization as an insurance policy — front-loaded work that quietly determines whether a program survives the jump from kilos to tonnes.

• Ask Us Anything: Eric Fang On Lithiation Chemistry

  7/24/2026

  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.