Ultimate Guide to Soft Capsule Manufacturing Process: Step-by-Step Softgel Production
Soft capsule manufacturing process book, soft capsule formula, raw materials, equipment and key process steps.
Soft capsule manufacturing process book, soft capsule formula, raw materials, equipment and key process steps.
READ MOREDry Granulation in Pharmaceuticals: Key Principles, Process Parameters, and Optimization Techniques
Dry granulation is a widely used dry granulation technology in the pharmaceutical industry, primarily employed to form coarse particles from powder mixtures before tablet compression or capsule filling. This technique proves particularly effective for materials with poor flowability or when signific
Dry granulation is a widely used dry granulation technology in the pharmaceutical industry, primarily employed to form coarse particles from powder mixtures before tablet compression or capsule filling. This technique proves particularly effective for materials with poor flowability or when signific
READ MOREOptimizing Tablet Compression Parameters: Pressure, Speed & Properties in Pharma
1. Pressure ParametersMain Compression Pressure (Unit: kN)· Definition: Primary force applied by upper and lower punches to the material in the die cavity.· Impact:· Insufficient pressure → Low hardness, crumbling, or loose tablets.· Excessive pressure→ Hard tablets with delayed disintegrati
1. Pressure ParametersMain Compression Pressure (Unit: kN)· Definition: Primary force applied by upper and lower punches to the material in the die cavity.· Impact:· Insufficient pressure → Low hardness, crumbling, or loose tablets.· Excessive pressure→ Hard tablets with delayed disintegrati
READ MOREWhat components make up a capsule filling machine?
Automated capsule filling machines consist of multiple components that together form a complete automated system. These components can generally be categorized as mechanical, electrical, and pneumatic, representing fixed and moving parts, respectively.
Automated capsule filling machines consist of multiple components that together form a complete automated system. These components can generally be categorized as mechanical, electrical, and pneumatic, representing fixed and moving parts, respectively.
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