Leave Your Message
PepAxis-Nova3 Peptide Synthesizer from China Factory - Top Suppliers for Precision Peptide Synthesis
Hot Products

PepAxis-Nova3 Peptide Synthesizer from China Factory - Top Suppliers for Precision Peptide Synthesis

Introducing our high-quality products sourced directly from leading manufacturers in China. As a trusted supplier, we prioritize excellence and reliability, ensuring that our inventory meets the highest standards. Our factory partners utilize state-of-the-art technology and skilled craftsmanship to deliver exceptional items that cater to diverse customer needs. By choosing us, you gain access to top-notch goods backed by the efficiency and innovation of Chinese suppliers and factories. Elevate your purchasing experience with our premium offerings today!

    The Nova 3 (formerly 386 pro) peptide synthesizer is a fully automated intelligent platform designed specifically for multi-task parallel synthesis. The instrument offers flexible configurations with 2, 4, or 6 channels and supports independent parallel or asynchronous synthesis modes. Each channel can simultaneously synthesize peptides with different sequences, scales, and synthesis methods, truly achieving "one machine, multiple uses." Equipped with a high-precision quantitative dispensing system, the instrument ensures accurate reagent dosing. Each channel supports independent configuration of synthesis parameters (such as activation method, reaction time, and deprotection time), significantly enhancing synthesis flexibility. Its efficient and reliable synthesis capabilities make it ideally suited for cutting-edge applications such as parallel preparation of multiple sequences, peptide drug screening, structure-activity relationship studies, and library construction.

    ⚙️
    Flexible Channel Config Available in 2, 4, or 6 channel configurations for scalable synthesis needs.
    🔬
    Parallel & Asynchronous Modes Supports independent parallel or asynchronous synthesis across all channels.
    💊
    Peptide Drug Screening Ideal for drug screening, SAR studies, and peptide library construction.
    🎯
    High-Precision Dispensing Ensures accurate and consistent reagent dosing for every synthesis cycle.
    🧬
    Multi-Sequence Preparation Each channel handles different sequences, scales, and synthesis methods simultaneously.
    🤖
    Fully Automated Platform Intelligent automation reduces manual intervention and improves reproducibility.
    nova 3.png
    Frequently Asked Questions
    What channel configurations are available for the Nova 3 peptide synthesizer?
    The Nova 3 peptide synthesizer is available in 2, 4, or 6 channel configurations, allowing users to choose the setup that best matches their throughput and synthesis requirements.
    Can each channel of the Nova 3 synthesize different peptide sequences simultaneously?
    Yes. Each channel operates independently and can synthesize peptides with different sequences, scales, and synthesis methods at the same time, making the Nova 3 a true multi-task parallel synthesis platform.
    What synthesis modes does the Nova 3 support?
    The Nova 3 supports both independent parallel synthesis and asynchronous synthesis modes, providing maximum flexibility for complex multi-sequence synthesis workflows.
    What synthesis parameters can be independently configured per channel?
    Each channel allows independent configuration of key synthesis parameters including activation method, reaction time, and deprotection time, enabling highly customized synthesis conditions for each individual channel.
    What applications is the Nova 3 peptide synthesizer best suited for?
    The Nova 3 is ideally suited for applications including parallel preparation of multiple peptide sequences, peptide drug screening, structure-activity relationship (SAR) studies, and peptide library construction.
    How does the Nova 3 ensure accurate reagent dosing during synthesis?
    The Nova 3 is equipped with a high-precision quantitative dispensing system that ensures accurate and consistent reagent dosing throughout the entire synthesis process, minimizing errors and improving reproducibility.