Nanosoft Polymers supports polymer, lipid, and biomaterial development with advanced analytical characterization capabilities. Our analytical workflow is designed to support material identity confirmation, molecular weight analysis, purity assessment, composition verification, and process development.
Core Analytical Capabilities
Molecular Weight Characterization
- GPC/SEC analysis
- Molecular weight distribution
- Mn, Mw, and PDI determination
- Multi-angle light scattering GPC access for absolute molecular weight analysis
Structural Characterization
- ¹H NMR analysis
- Functional group confirmation
- Polymer composition analysis
- End-group and conjugation verification
Purity and Composition Analysis
- GPC/SEC/HPLC analysis
- Residual monomer monitoring
- Reaction conversion tracking
- Impurity profile assessment
Particle and Formulation Characterization
- Particle size analysis
- Nanoparticle formulation assessment
- Liposome and polymeric nanoparticle evaluation
- Colloidal stability monitoring
Process Development Support
- In-process reaction monitoring
- Reaction endpoint optimization
- Sampling strategy development
- Analytical method development for scale-up studies
Application Areas
- Biodegradable polymer development
- PEG and PEG-lipid conjugates
- PLGA, PLA, PCL, and related polyesters
- Lipid nanoparticle and liposome materials
- Functional polymers for drug delivery
- Custom synthesis and technology transfer projects
Our analytical capabilities provide critical support for polymer synthesis, functional material development, formulation studies, and scale-up programs. By integrating synthesis, characterization, and process monitoring, Nanosoft Polymers helps accelerate reliable development of advanced drug delivery and biomaterial systems.