- Manufacturing molecules from early phase to commercial supplies
- Process Validation
- Scales: Milligram to Tons
- Types of Reactors: SS, AGA, GLR, Hastelloy & Silicon Carbide.
- Reactor Capacities: 5L to 10,000L
- Operating Temperatures: -100⁰C to +250⁰C
- Reactions: Grignard, Metal Mediated Cryogenic, hydrogenations etc.
- Small Scale GMP Lab: 50gms – 100gms
- Large Scale Separations – Column & DAC Based
- Hydrogenators (SS and GLR), Maximum Capacity - 3 KL
- Large Scale Flow Reactors Operating from -20⁰C to +150⁰C upto 100 bar pressure
We combine a full-service offering with expert knowledge and technical agility to offer Products on Gene Therapy building blocks, Niche API development through our Multimodal manufacturing capabilities. We can support your projects through the entire product lifecycle from grams to tonnes.
We pride ourselves on being easy to do business with and we’re dedicated to offering flexible and tailored solutions that suit our customers’ needs. Our strong operational teams across our facilities are capable of handling most hazardous chemical processes safely. Our industry leading compliance culture and performance is part of our day-to-day work and we work hard to maintain the highest standards at Cogent.
It’s our Endeavour to add value to our customers through continuous improvisations in our manufacturing processes. We are constantly exploring new ways of doing things as part of our Technology and Innovation Programme.
Our exceptionally qualified teams combine their unrivalled knowledge with first-class customer service to ensure optimum quality product delivery.
- Overall Capacity: 2000 kl per annum
- Maximum batch size: 500kg
- Reactor capacity: 300L – 10,000L
- Temperature: -100⁰C to +250⁰C
- Clean rooms – 3
- VTDs, RCVDs, RPDs
- Milling – Jet, multi & cone mill
- QbD based design and development of API’s - ICH Q9/Q11 – FMEA/Risk assessment
- Enhanced approach for development using statistical tools
- Synthetic route design – Novel, non-infringing, faster, safer and more economical
- Optimizing the process to have scalable and robust control strategy
- Process optimization focusing on optimum reaction conditions and reagent quantities, minimum cycle time, maximum concentrations and telescoping of steps
- CMC and DMF support
- Synthesis of high potent APIs (HP APIs) – upto OEB 5
