INSIGHTS ON SOLID DOSE MANUFACTURING

• FastLok™ Die Table Surface Overview

  Learn about a toolless, removable surface that allows for rapid, on-turret plate replacement in minutes, not weeks, significantly improving operational efficiency.

• Imprints On Oral Solid Dosage Forms

  Selecting the right tablet imprinting technology is essential for product identification and compliance. Improve your print clarity, speed, and overall manufacturing efficiency.

• GLP-1 Oral Solid Dosage Workflow - Spray Drying And Tableting

  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.

• Automated Precision Powder Filling For Annex 1

  Aseptic powder filling is complex, demanding automation and isolator‑based, weight‑controlled dosing to ensure sterility and accuracy.

• Seamless Commercial Tech Transfers In OSD Manufacturing

  9/9/2026

  A structured approach to OSD tech transfer, from NPI through PPQ and CPV, can compress timelines significantly, as one case study illustrates with full PPQ completion in under six months.

• The Future Of Oral Solid Dose Development And Innovation

  2/27/2025

  Tom Sellig, CEO of Adare, discusses the ongoing relevance of small molecules, oral solid dose development, trends like GLP-1, and innovations like 3D printing in pharmaceuticals.

• Modeling Polymer Interactions To Improve Amorphous Solid Dispersion Stability

  7/15/2026

  Molecular dynamics modeling revealed how hydrogen bonding between PVP and Eudragit drives stable amorphous solid dispersion formation, cutting formulation screening time significantly.

• Maximum Protection With Superior Quality

  9/2/2026

  See how this automated capsule filling technology integrates high-containment isolators and 100% inline checkweighing to ensure precise dosing, operator safety, and continuous quality control

• Don't Let Your Filling Equipment Dictate Your Drug Formulation

  6/1/2026

  Gravimetric powder dosing measures true mass to eliminate equipment-driven reformulation, preserving particle design and speeding clinical development.