Peptide synthesizers 5 – 500 liter

Peptide synthesizers 5 – 500 liter

Solid phase peptide synthesis (SPPS) is an established method for peptide synthesis. It is a process in which a peptide anchored to an insoluble polymer (resin) is assembled by the successive addition of protected amino acids forming its sequence. It is a widely utilized for synthesizing peptides efficiently and reliably – from lab to commercial scale. At Buchiglas, we understand the critical role that reactor technology plays in achieving successful synthesis results. With decades of experience and a market leading position in peptide synthesis, we provide tailored solutions to run both manual and fully automated processes. Our systems range from standardized to customized solutions and are available in scales from lab trough pilot/kilo lab up to commercial production volumes (5 – 500 liters). All ensuring exceptional consistency and reproducibility of synthesis results. All systems are cGMP compliant and are suitable for the production of high-quality peptide active pharmaceutical ingredients (APIs).

Our peptide synthesizers for manual synthesis are specifically engineered for ease of operation and to provide optimal synthesis conditions. Each system typically consists of a lowerable cylindrical glass vessel equipped with a dry-running mechanical ATEX stirrer and a swing out filter plate. This design enables thorough mixing and efficient filtration, critical for effective deprotecting, coupling, washing and cleavage steps throughout the synthesis route.

Compliance and safety: Our reactors are designed in accordance with cGMP standards and are ATEX-certified, ensuring safe operations.

Durable design: designed with highly corrosion resistant materials, our reactors withstand the rigorous demands of repetitive SPPS cycles, including frequent exposure to various solvents and reagents.

Optimized reactor design: Featuring a lowerable cylindrical glass vessel with a heating jacket, our reactors facilitate precise temperature control during critical synthesis steps.

Efficient mixing: Equipped with a multistage mechanical stirrer, the system ensures thorough mixing of resin, solvents and reagents. Ensuring uniform reaction conditions essential for effective coupling and deprotection.

Convenient filtration: The swing out filter plate design allows for efficient filter cloth replacement and easy cleaning. The valuable product remains in the reactor as the resin bound peptides are retained while solvents pass through.