The CEM Liberty Blue™ 2.0 is a cutting-edge automated microwave peptide synthesizer designed for Fmoc solid phase peptide synthesis across a scale of 0.005 to 5 mmol. Utilizing a Discover single-mode microwave reactor, it delivers self-tuning continuous power from 0 to 300 W in 1 W increments, ensuring precise and efficient heating. Featuring 20 standard amino acid ports, 7 ports for unusual amino acids, and 4 external reagent ports, all reagent deliveries are controlled by nitrogen pressure and enhanced with Flex-Add™ technology for accurate reagent addition. Additionally, the Liberty Blue 2.0 incorporates an innovative headspace cleaning process that fosters a cleaner reaction vessel environment, resulting in unprecedented peptide purity.
Product Features
- Automated Fmoc solid phase peptide synthesis from 0.005 to 5 mmol scale
- Compatible with 30–125 mL reaction vessels for versatile synthesis volumes
- Discover single-mode microwave reactor with self-tuning power from 0 to 300 W in 1 W increments
- 20 standard amino acid ports, 7 unusual amino acid ports, and 4 external reagent ports
- Precise reagent delivery controlled by nitrogen pressure and Flex-Add™ technology
- Innovative headspace cleaning process for enhanced vessel cleanliness and superior peptide purity
What's Included
- Liberty Blue 2.0 system with integrated Discover microwave reactor
- 20 standard amino acid ports
- 7 unusual amino acid ports
- 4 external reagent ports
- Appropriate power cord(s) for operation
Benefits
- Delivers high purity peptides through advanced headspace cleaning technology
- Accelerates synthesis times with precise microwave power control
- Flexible reagent handling supports both standard and unusual amino acids
- Minimizes reagent waste with nitrogen pressure and Flex-Add™ delivery
- Robust design suitable for both research and production-scale peptide synthesis
Why Choose the CEM Liberty Blue 2.0?
The CEM Liberty Blue 2.0 Upgrade is the preferred solution for laboratories demanding the highest purity and efficiency in automated peptide synthesis. Its innovative cleaning process, precise reagent delivery, and reliable microwave control ensure consistent results and superior peptide quality, making it ideal for advanced research and pharmaceutical applications.
