Leave Your Message
China Suppliers - PepAxis™-Nova1 Single Channel Peptide Synthesizer from Factory for Solid-Phase Peptide Synthesis
Hot Products

China Suppliers - PepAxis™-Nova1 Single Channel Peptide Synthesizer from Factory for Solid-Phase Peptide Synthesis

,

319pro1.png  Our advanced solid-phase peptide synthesis (SPPS) technology is at the forefront of peptide production, making us a leading supplier in China.

,

319pro3.png  Featuring a cutting-edge 180° up-down mixing system that ensures zero dead angles, our factory guarantees efficient and uniform mixing for optimal peptide synthesis.

,

319pro2.png  The addition of amino acids has been meticulously completed, showcasing our commitment to quality and precision in peptide manufacturing.

,

    Single-Channel Peptide Synthesizer

    PepAxis-Nova 1 (formerly 319 Pro) single-channel peptide synthesizer is a classic system focused on precision synthesis and process optimization. It is suitable for routine peptide synthesis, method development, and research/teaching applications.

    Mixing Technology

    The instrument adopts pendulum-style / 180° vertical inversion mixing technology to achieve dead-zone-free mixing of the reaction system, ensuring full contact between solid and liquid phases. Stirring speed is continuously adjustable to meet mixing intensity requirements for different resin types and synthesis stages.

    Liquid Delivery

    Equipped with a high-precision liquid delivery system, the instrument supports quantitative preparation and accurate dosing of amino acids and activation reagents, with liquid addition accuracy up to 0.1 mL, ensuring correct stoichiometric ratios and process consistency for each reaction step.

    With a concise and intuitive user interface, users can flexibly set synthesis programs and easily complete fully automated operations from amino acid coupling to deprotection.

    PepAxis-Nova 1 features a compact structure and stable operation, making it an ideal platform for high-quality small- to medium-scale peptide synthesis and process optimization.

    Basic Parameters

    Type Channels Reactor (mL) Amino Acid Sites Solvent Sites Sizes (cm)
    PepAxis™-Nova 1 1 25 / 50 8 or 16 7 60×60×72
    1 50 / 100 / 250 8 or 16 7 60×60×72

    Technical Specifications

    Temperature Control Method Electromagnetic induction / Water bath
    Amino Acid Positions 8 / 16
    Amino Acid Bottle Volume 10–100 mL
    Sequential Synthesis Mode Users arrange amino acids according to peptide sequence order; amino acids are used sequentially and replenished cyclically.
    Solvent Positions 7
    Solvent Reservoirs 0.5 L, 1 L, 2 L, 5 L, 10 L
    Precision Liquid Delivery Quantitative aspiration, minimum dosing volume 0.1 mL
    Mixing Mode Pendulum type / 180° vertical inversion
    Weight 68 kg
    Power Supply 110/220 V, 50/60 Hz

    Frequently Asked Questions (FAQ)

    What mixing technology does the PepAxis-Nova 1 use?
    The system utilizes a pendulum-style / 180° vertical inversion mixing technology. This ensures dead-zone-free mixing within the reaction system and guarantees full contact between the solid and liquid phases.
    How accurate is the liquid delivery system?
    The instrument features a high-precision liquid delivery system that supports quantitative aspiration and accurate dosing of amino acids and activation reagents with an accuracy of up to 0.1 mL.
    How many amino acid and solvent positions are available?
    The PepAxis-Nova 1 is configured with either 8 or 16 amino acid positions and includes 7 solvent positions to accommodate various synthesis protocols.
    What reactor sizes are compatible with this synthesizer?
    It supports multiple reactor options depending on your setup, including 25 mL / 50 mL configurations, as well as larger 50 mL / 100 mL / 250 mL reactor sizes.
    What is the "Sequential Synthesis Mode" on this instrument?
    In sequential synthesis mode, users arrange the amino acids according to the target peptide sequence order. The system then automatically consumes them sequentially and replenishes them cyclically.