Smarter control. Even flow. Every time.

AI-ready precision for flow chemistry

Automate your flow chemistry with ultra-smooth dosing and AI-ready integration.

Flow chemistry’s heart, now built for AI

The Asia Syringe Pump delivers pulse-free, precision dosing for advanced flow chemistry—with dual-channel control, high chemical compatibility, and stable performance up to 20 bar. Compact and flexible, it’s built for automation and reproducibility, making it ideal for academic chemists and lab-scale innovators.

Compatible with any flow chemistry system, the Asia External Controller (OPC UA-ready) lets you integrate with Python, MATLAB, LabView, or SCADA. Whether running AI-driven workflows, logging real-time data, or automating experiments, Asia Syringe Pump gives you total control and flexibility.

Core capabilities at a glance
Core capabilities at a glance
Explore the features that make the Asia Syringe Pump essential for advanced flow chemistry.
Universal integration and AI-ready control
The Asia External Controller lets you integrate the Asia Syringe Pump with any scientific software through OPC-UA.
Smooth, dual-channel flow
Ultra-stable rates from 1.0 µL to 10 mL/min.
Modular & scalable
Add more control, modules, or channels over time.
Pressure-safe
Run reactions up to 20 bar / 300 psi safely and accurately.

LIMITED TIME OFFER: Save over £5,500 today

Get everything you need to automate your lab:

  • £2,000 off the Asia Syringe Pump

  • Free Asia Manager Software (worth £3,526)

  • Free Asia External Controller (OPC UA server for AI integration)

Built to integrate. Designed for innovation.

The Asia Syringe Pump provides reproducible, pulse-free flow essential for advanced flow chemistry. With dual-channel control and AI-ready integration through OPC UA, Asia helps academic chemists build self-optimizing systems, drive machine learning workflows, and achieve next-level precision.

Request your offer

Don't miss our limited time offer
Includes FREE Asia Manager Software and FREE Asia External Manager
  • Terms & conditions
    1. Offer only valid on orders received before midnight (Pacific Time) 01 December 2025.
    2. Offer can not be used in conjunction with other offers, discounts or special promotions.
    3. Shipping costs not included and all other standard Syrris T&C’s apply – please see our website.
    4. We reserve the right to withdraw, amend or extend this offer at any time without prior notice.
  • Asia Syringe Pump specifications
    Universal pumping Works with any flow chemistry system
    Ultra-smooth flow Smooth flow for consistent results
    1.0μl to 10ml/min Wide flow rate range
    Excellent chemical compatibility PCTFE and glass components only
    Up to 20bar/300psi Wide pressure range
    Three control modes Manual, automated, and OPC-UA software control
    Dual-syringe Simultaneous independent flow channels
    User-friendly No tools or calibration required
    Safe Pressure sensors on each channel with automatic overpressure stop
    Compact design Space-saving at only 16 cm (6.3”) wide

     

  • Asia syringe volumes and flow rates

    Choose from four paired syringes with defined flow rate ranges:

    • Asia Yellow Syringes (50 µL / 100 µL): 1.0 µL to 250 µL/min)
    • Asia Green Syringes (250 µL / 500 µL): 5.0 µL to 1.25 mL/min)
    • Asia Blue Syringes (500 µL / 1 mL): 10 µL to 2.5 mL/min)
    • Asia Red Syringes (2.5 mL / 5 mL): 50 µL to 10 mL/min
  • AI integration & OPC UA compatibility explained

    Using the Asia External Controller, the pump connects seamlessly to third-party software platforms via OPC UA (Open Platform Communications Unified Architecture)—a widely adopted industrial communication standard.

    This means you can:

    • Control and monitor the pump from Python, MATLAB, LabView, SCADA, or any OPC UA-compatible system.

    • Integrate the pump into self-optimizing workflows, using machine learning algorithms to adjust flow rates, dosing patterns, or experiment parameters in real time.

    • Log, analyze, and react to live experimental data, enabling closed-loop control and predictive adjustments.

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