Optimise the freezing and lyophilisation of your APIs with Lyophitech

 

In the pharmaceutical industry, mastering the drying and preservation processes for active pharmaceutical ingredients (APIs) is a strategic lever for guaranteeing their stability and efficacy.

Our advanced freezing and lyophilisation solutions are designed to optimise your industrial processes while ensuring the impeccable quality of your products.

 

Why choose our solutions?

 

Excellence in stability and preservation: Our solutions guarantee the integrity of your APIs thanks to advanced control of freeze-drying and deep-freezing parameters.

 

 

Cycle optimisation: We optimise your cycle times and limit energy consumption according to the nature of each of your products.

 

 

Bulk production: Our freeze-dryers are specially designed for bulk production, guaranteeing batch homogeneity and easy loading and unloading.

 

 

Integration: Our equipment adapts to the requirements of your production line for smooth, high-performance implementation.

 

 

Preservation of sensitive products: Our processes are specifically adapted to APIs that are sensitive to oxygen and heat, ensuring their preservation without altering their properties.

 

 

Expertise in biotechnology and fine chemistry: We support the production of APIs from fermentation and chromatography, ensuring homogeneous, controlled drying.

 

 

Solvent elimination and residue control: Our technologies enable efficient evaporation of organic solvents.

 

 

Advanced safety and protection: Our solutions guarantee improved product stability, optimal containment and advanced process automation for enhanced operator safety.

 

 

Treatment of plant-derived APIs and sensitive molecules: We meet the specific challenges of active ingredients extracted from plants, particularly those that are sensitive to oxidation and require gentler drying to preserve the titre of your extracts.

 

 

Reliability and repeatability: Our systems guarantee homogeneity thanks to advanced control technologies that control sublimation under pressure without the risk of overheating.