The CEM Liberty Blue HT12 System is an advanced automated microwave peptide synthesizer engineered for high-throughput, high-efficiency peptide synthesis. Designed with patented technologies and the trusted High-Efficiency Solid Phase Peptide Synthesis (HE-SPPS) method, the Liberty Blue HT12 delivers exceptional performance with industry-leading 4-minute cycle times and up to 90% solvent reduction.
With the ability to synthesize up to 12 peptides sequentially, the Liberty Blue HT12 offers a major advancement over conventional parallel synthesizers. Used in hundreds of labs worldwide, it ensures superior peptide purity and yield through precise microwave-assisted deprotection and coupling, real-time internal temperature control, and robust fluidic delivery systems.
Product Features
- Automated sequential synthesis of up to 12 peptides
- Microwave-assisted deprotection and coupling for enhanced efficiency (patented)
- High-Efficiency SPPS with 4-minute cycle times and 90% solvent reduction
- CarboMAX™ coupling chemistry for optimal peptide bond formation (patented)
- Flex-Add™ critical reagent delivery system (patented)
- True internal fiber-optic temperature control for reaction accuracy
- Wide synthesis scale range from 0.005 – 5 mmol
- 27 amino acid positions for broad peptide compatibility
- Optional integrated camera for monitoring
- 21 CFR Part 11 compliant software for regulated environments
Benefits
- Boosts productivity with rapid cycle times and sequential synthesis capabilities
- Reduces solvent waste and operational costs through HE-SPPS
- Delivers high-purity peptides with microwave precision and CarboMAX™ chemistry
- Ensures compliance in regulated labs with 21 CFR Part 11 support
- Offers scalability for small to medium synthesis requirements
- Trusted worldwide by researchers in pharmaceutical, academic, and biotech labs
Why Choose the CEM Liberty Blue HT12?
For laboratories seeking speed, precision, and reliability in peptide synthesis, the CEM Liberty Blue HT12 System sets the benchmark. From patented technologies to world-class support, it empowers researchers to consistently produce high-quality peptides with confidence and efficiency.
