The Challenge
The Challenge
The pharmaceutical industry was facing these challenges:
- Which technique to use for thermal analysis?
- Do you have Hot stage microscopy?
- Can we observe compound morphology, solidification, sublimation, and interaction between different compounds?
- A 21CFR Part 11 Compliant Solution
- Can we study thermal properties?
- Can you find out the melting point of API in formulation?
- Is it possible to observe the morphology of particles?
- Can we observe a change in shape with respect to a change in temperature?
The Solution
The Solution
The ipvPHot is a hot stage microscopy tool used for thermal analysis. It provides solutions like:
- The ipvPHot is a 21CFR Part 11 Compliant Solution.
- An auto image capturing with respect to changes in temperature can be done
- The ipvPHot can observe the morphology of particles like size, shape, texture, intensity, solidity and circularity.
- Along with D10, D50, and D90, the ipvPHot provides the D1 to D100 values.
- Using the ipvPHot, you can track the particle from low to high temperature.
- The software can observe melting, solidification, the interaction between the different compounds, solid-solid transformation, and sublimation.
- A graphical representation of particle size, texture, circularity etc with respect to change in temperature.
Benefits
Check out the advantages of ipvPHot: Hot Stage Microscopy, Thermal Analysis:
The ipvNano helps in new drug development
Auto image capturing facility with a high-end microscope is provided in the ipvPHot.
With ipvPHot, manual intervention is reduced
It helps in Reverse Engineering.
The ipvPHot saves time & reduces human effort.
The ipvNano helps in new drug development
It helps for FDA approval.
It also assists in ANDA filing.