Leave Your Message
Industrial-Grade Customized Peptide Cleavage System by China Suppliers | PepAxis™-Aquila S Factory Solution
Hot Products

Industrial-Grade Customized Peptide Cleavage System by China Suppliers | PepAxis™-Aquila S Factory Solution

,

DL-PC1.png  The modular three-vessel system is designed for efficient cleavage, concentration, and precipitation processes, providing versatility for various applications.

,

DL-PC2.png  Equipped with dual-jacket temperature control, this system includes viewports for easy observation, ensuring precise temperature management crucial for chemical processes.

,

6862.png  The real-time monitoring system alerts users to pressure changes, internal solvent temperature, and agitation levels, enhancing safety and operational efficiency in manufacturing settings.

,

As a leading factory among China suppliers, we ensure our products meet high-quality standards, making us the preferred choice for reliable processing solutions.

,

    🔍 Product Profile
    PepAxis™-Aquila S industrial-grade customized peptide cleavage system adopts a modular three-vessel configuration consisting of a cleavage vessel, concentration vessel, and precipitation vessel. All vessels are double-jacketed, temperature-controlled, and equipped with sight glasses. Pressure, internal solvent temperature, and stirring speed are recorded and monitored in real time, with timely alarm functions. All solvents are transferred quantitatively via metering pumps. The internal solvent temperature control range of the vessels is –20 to 50 °C.
    📈 Basic Parameters
    Model Channels Cleavage Reactor (L) Solvent Positions Concentration Vessel Precipitation Vessel
    PepAxis-Aquila S 1 20~250 ≤ 5 1 1
    Technical Specifications
    Cracking Scale
    0.1–3.6 mol
    Cracking Reactor
    316L stainless steel lined with Hastelloy or coated with Teflon, double-walled temperature control
    Precipitation Vessel
    316L stainless steel with Teflon-coated inner wall, double-walled temperature control
    Settling Tank
    316L stainless steel with Teflon-coated inner wall, double-walled temperature control
    Stirring Mode
    Paddle stirring
    Power Supply
    220/380V
    Explosion-Proof Rating
    ExiaIICT4GB
    Frequently Asked Questions
    Q What is the PepAxis™-Aquila S peptide cleavage system used for?
    The PepAxis™-Aquila S is an industrial-grade customized peptide cleavage system designed for large-scale peptide synthesis workflows. It handles cleavage, concentration, and precipitation processes within a modular three-vessel configuration, enabling efficient and controlled peptide production.
    Q What is the temperature control range of the PepAxis™-Aquila S vessels?
    All vessels in the PepAxis™-Aquila S system support an internal solvent temperature control range of –20 to 50 °C, enabling precise thermal management throughout the cleavage, concentration, and precipitation stages.
    Q What materials are used in the construction of the cleavage reactor?
    The cleavage reactor is constructed from 316L stainless steel, lined with Hastelloy or coated with Teflon for superior chemical resistance. It features a double-walled design for precise temperature control during operation.
    Q What is the cracking scale capacity of the PepAxis™-Aquila S system?
    The PepAxis™-Aquila S system supports a cracking scale of 0.1 to 3.6 mol, with a cleavage reactor volume range of 20 to 250 liters, making it suitable for both pilot-scale and full industrial-scale peptide production.
    Q How are solvents transferred within the PepAxis™-Aquila S system?
    All solvents are transferred quantitatively via metering pumps, ensuring precise and reproducible solvent delivery throughout the cleavage and downstream processing steps, minimizing manual handling and improving process consistency.
    Q Is the PepAxis™-Aquila S system suitable for use in hazardous environments?
    Yes. The PepAxis™-Aquila S system is rated ExiaIICT4GB for explosion protection, making it suitable for deployment in hazardous industrial environments where flammable solvents are commonly used in peptide manufacturing processes.