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Flat illustration of a complete ODF production line from solution preparation to coating, drying, slitting and packaging, with checklists indicating validation steps.

ODF Line Validation Checklist: From URS to FAT,...

This article outlines a practical validation checklist for ODF production lines—from URS and FAT/SAT through IQ/OQ/PQ. It shows how to treat the line as one system rather than isolated machines,...

ODF Line Validation Checklist: From URS to FAT,...

This article outlines a practical validation checklist for ODF production lines—from URS and FAT/SAT through IQ/OQ/PQ. It shows how to treat the line as one system rather than isolated machines,...

Flat-style illustration of a tablet hardness testing setup with lab instruments and a monitor showing trend charts, representing tablet hardness as a process control signal

Tablet Hardness as a Process Signal: Method Set...

Tablet hardness testing doesn’t have to be “numbers on a page.” By standardizing methods, sampling, and data capture, hardness becomes a real-time process signal that links compression settings, friability, disintegration,...

Tablet Hardness as a Process Signal: Method Set...

Tablet hardness testing doesn’t have to be “numbers on a page.” By standardizing methods, sampling, and data capture, hardness becomes a real-time process signal that links compression settings, friability, disintegration,...

Illustration comparing oven drying and tunnel hot-air drying for patch films.

Drying Strategy for Solvent-Based Patches: Evap...

For solvent-based transdermal patches, the drying section governs adhesion, API distribution, and residual solvent. This article outlines how to design a drying strategy that balances evaporation rate, film quality, energy...

Drying Strategy for Solvent-Based Patches: Evap...

For solvent-based transdermal patches, the drying section governs adhesion, API distribution, and residual solvent. This article outlines how to design a drying strategy that balances evaporation rate, film quality, energy...

Flat-style illustration of an ODF packaging line with film slitting, sachet sealing, and finished pouches representing the MJF180 process.

From Slitting to Single Sachets: Traceability a...

For ODF products, the packaging section turns coated film into market-ready, auditable units. This article explains how the MJF180 integrates slitting, sealing, traceability points, and moisture control to protect dose...

From Slitting to Single Sachets: Traceability a...

For ODF products, the packaging section turns coated film into market-ready, auditable units. This article explains how the MJF180 integrates slitting, sealing, traceability points, and moisture control to protect dose...

Flat-style illustration showing multi-formula stripe coating on a continuous film roll, with two liquid formulations forming parallel stripes to represent ODF manufacturing.

Multi-Formula Stripe Coating Process Window: Vi...

Learn how to optimize the multi-formula stripe coating process in ODF production. By carefully managing viscosity, leveling, and drying, you can achieve consistent results and flexibility in formulation combinations.

Multi-Formula Stripe Coating Process Window: Vi...

Learn how to optimize the multi-formula stripe coating process in ODF production. By carefully managing viscosity, leveling, and drying, you can achieve consistent results and flexibility in formulation combinations.

Flat-style illustration comparing two industrial film coating machines for ODF and transdermal patches, highlighting differences in scale and configuration

Line Selection Guide: How MJ150-L and MJ150 Wor...

Choosing between MJ150-L and MJ150 is not only about capacity. This guide explains how to start with MJ150-L for formulation and SOP definition, when to migrate to MJ150, and how...

Line Selection Guide: How MJ150-L and MJ150 Wor...

Choosing between MJ150-L and MJ150 is not only about capacity. This guide explains how to start with MJ150-L for formulation and SOP definition, when to migrate to MJ150, and how...

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