




Understand molecular dynamics, material chemistry and material to material bonding & reactions in pharmaceutical R&D to establish a favorable formulation experiment
Pseudo formulation modelling to understand the formulation stability before R&D bench experiments, to make effective formulations and controlling formulation impurity formations
Solvent screening for suitable reaction conditions of pharma substance, and solubility prediction from various combination of solvents
Modelling digital twins and designing process simulation to understand particle interaction phenomenon, and gain deep insights on commercial Scale Upand issues in tableting
Lab Note Book, a process digitization tool to unify & harmonize experimental data for statistical and business intelligence analysis
Our Products SoluDEM: Leading Solubility Modeling Software
SoluDEM, world’s fast and accurate solubility predicting software designed to revolutionize your pharmaceutical and chemical development processes. With its ability to screen thousands of solvents in mere hours and its remarkable accuracy rate exceeding 85%, SoluDEM is the definitive tool for optimizing drug formulations, enhancing yield, and ensuring the success of your R&D projects.
Harness SoluDEM to revolutionize API development, reduce experimental guesswork, and accelerate ground breaking pharmaceutical innovations—experience the supremacy of solubility modeling and modern R&D.
INDUSTRY CHALLENGES
- 60% API projects facing impurity issues
- 40% of the projects suffers with low yield
- 30% of projects requires impurity purchase
DIGITAL SOLUTIONS
- Automated, Fast & Accurate solubility estimation.
- Virtually screen all organic solvents & combinations.
- 1100 + options at multiple temperatures in 24 hrs.
- Reduce impurity purchases, Enhance Decision-Making.
Our Products eLabNote: Digitize, Secure, and Share Your Experiments Seamlessly
Pharma DEM ELN is a trusted, modern informatics solution that increases efficiency and productivity. We welcome the opportunity to partner with pharma companies so that scientists can focus on science rather than data formatting.
An Electronic Lab Notebook (ELN) is a software tool that in its most basic form replicates an interface much like a page in a paper lab notebook.
ELNs offer several advantages over traditional paper notebooks; they facilitate good data management practices, providing for data security, auditing, and collaboration.
Pharma R&D needs to unify and harmonize experimental data in the cloud/server, in order to fully capitalize on the power of AI and data science.
Our Services Explore our Services
Comprehensive Pharmaceutical Solutions Engineering and Consulting Expertise for Drug Manufacturing
API R&D
- Insilco Polymorph screening
- Insilco ASD (Amorphous Solid Dispersion)
- Insilco Salt screening
- pH and dissolution media solubility
Formulation R&D
- Insilco Compatibility studies
- High throughput Excipient screening
- Insilco Stability prediction
- Insilco Impurity control
- Packaging selection modeling
- Skin permeation modeling
Scale Up Modelling, Digital Twins
Digital twins – Model driven process, design & validation
Our Services Explore our Services
Comprehensive Pharmaceutical Solutions Engineering and Consulting Expertise for Drug Manufacturing



About PharmaDEM
PharmaDem Solutions is a private limited company based out of India and has execution centers both in India and Abroad. It is formed by group of industry senior professional from Business Management, Computer Science, Physics Department, Chemistry Department and Pharma Department.
Simulations on powder material, and Database building for Materials properties to establish the material properties traceability are key strengths of this organization.
The Prima facie of this organization is to provide technical solutions by emulating the production environment through simulations of the flow of powders / blends containing APIs and Excipients in different processes of solid dosage production for better production results which would result in low wastages, & increased production rate through optimum process parameters.