Process chemistry
Route development, non-infringing processes, impurity control, yield improvement and scale-aware chemistry.
R&D & innovation
Morepen connects process chemistry, analytical science, intellectual property, regulatory documentation and manufacturing readiness to create repeatable value from research.



Science at work
R&D is being positioned as an engine for new products, customer acquisition and higher-value development work—not as an isolated laboratory function.
Route development, non-infringing processes, impurity control, yield improvement and scale-aware chemistry.
Methods, impurity characterisation, stability, solid-state understanding and development documentation.
Quality, compliance and repeatability are designed into development work before transfer into manufacturing.
New molecules, international filings, process improvements and formulation-development programs keep the pipeline active.
Patents & intellectual property
Morepen's current AGM narrative reports 175 patent filings. The long-running R&D portfolio includes patent families across key APIs, polymorphs and process improvements.
Published R&D materials reference filings or grants across markets including the U.S., Canada, Europe, Russia, South Africa, Australia, Japan and India depending on the patent family.

Research + quality + regulatory
Research creates value when it can be translated into controlled processes, reproducible analytical methods, regulatory documentation and manufacturing execution.
408 Drug Master Files are referenced across international markets including Europe, Canada, Japan, South Korea and the Middle East.
Process and formulation development are supported by analytical work, stability, impurity understanding and market-specific quality requirements.
Technology transfer and scale-up connect R&D output with site readiness and commercial execution.
FY26 formulation-development work strengthened regulated-market filing capability and supported the company's first U.S. ANDA program.
Next line of action
Planned as the next step in Morepen's scientific evolution: a closer connection between development, analysis, pilot work, technology transfer and customer collaboration.
More complex route and process work connected to customer requirements.
Integrated analytical development, impurity understanding and solid-state support.
A stronger bridge between laboratory development and plant-scale execution.
Structured transfer of chemistry, methods and controls into manufacturing.
Move gradually from receiving manufacturing assignments toward developing solutions with customers.
Capability roadmap: Morepen's heritage remains small molecules and process chemistry. Dedicated high-potency and oncology development capability is being strengthened, while peptides, related technologies and selected specialty CDMO capabilities remain areas under evaluation. Future capabilities should be described as planned or exploratory until technically qualified and commercially ready.
Discuss the chemistry, analytical challenge or development objective you want to move toward scale.