Fully automatic peptide synthesizerThe technical characteristics of are mainly reflected in automation and efficiency, high purity and precise control, flexibility and modular design, software intelligence and compliance, and innovative technology to improve performance. The following is a detailed summary of these characteristics:
Automation and Efficiency
Automated operation: The fully automatic peptide synthesizer adopts an automated operation process, from the addition, coupling, deprotection of amino acids to the cleavage and purification of peptides, without the need for manual intervention, greatly improving the synthesis efficiency.
Large scale synthesis: The equipment is capable of continuous reactions to achieve large-scale peptide synthesis, meeting industrial production needs. For example, some devices can produce up to 1000mmol of peptides in a single batch.
Rapid synthesis: By optimizing reaction conditions and adopting innovative technologies such as microwave enhancement and membrane valve technology, the synthesis time is significantly shortened. For example, some devices can complete the coupling cycle of amino acids in only 15-45 minutes, which increases the speed of peptide synthesis technology by 10-20 times compared to traditional methods.
High purity and precise control
High purity synthesis: The fully automatic peptide synthesizer ensures high purity of the synthesized peptides by precisely controlling reaction conditions such as temperature, pressure, time, and using an efficient purification system. For example, some devices synthesize standard 10 peptide ACP sequences with a purity of up to 98%.
Precise control: The equipment is equipped with a high-precision temperature control system and a reaction activator supply system, which can strictly control each reaction step, ensuring the accuracy and repeatability of the peptide synthesis process.
Flexibility and modular design
Multi channel design:Fully automatic peptide synthesizerUsually, multi-channel design is adopted, which can simultaneously carry out multiple peptide synthesis reactions, significantly improving synthesis efficiency. For example, some devices can be configured with 2, 4, or 6 reaction vessels to meet different flux requirements.
Modular design: The device adopts a modular design, which facilitates users to expand and upgrade according to their actual needs. For example, some devices support upgrading from 2 channels to 6 channels to meet production needs of different scales.
Flexible synthesis route: The equipment supports different synthesis strategies and methods, such as Fmoc/Boc dual strategy, and provides in situ/pre activation, multiple activators, and washing programs to meet the peptide synthesis needs of different sequences and scales.
Software intelligence and compliance
Intelligent software system: The fully automatic peptide synthesizer is equipped with an intuitive, efficient, and flexible software system that supports user management, electronic signature, tracking and auditing, report review, and other functions to ensure that the instrument can be used in compliance. For example, the software systems of certain devices comply with 21 CFR Part 11 requirements and meet data integrity requirements.
Remote monitoring and operation: Some devices support remote monitoring and operation functions, allowing users to operate instruments at home through the network and receive operational reports sent by the instruments. At the same time, manufacturers can also remotely operate or diagnose instruments to improve their operational efficiency.
Innovative technology enhances performance
Membrane valve technology: Some equipment uses membrane valve technology to achieve high-purity and high-yield peptide synthesis. This technology drives fluid transport through the collaboration of nitrogen and vacuum, with zero dead volume, no cross contamination, and maintenance free performance lasting for several years.
Real time flow monitoring technology: using sonar detection technology, through forward and reverse bidirectional signal detection, real-time monitoring of liquid flow velocity ensures that liquids of different viscosities can be accurately transmitted.
Microwave enhancement technology: Some devices use microwave energy to accelerate coupling and deprotection reactions, significantly improving synthesis speed and purity. For example, CEM's Liberty PRO fully automated large-scale peptide synthesizer utilizes its unique full process microwave electromagnetic technology to ensure high quantification and repeatability of reaction boundary conditions.