The ASP100 Series Digital Syringe Pump offers an exceptional user experience with a high-resolution color LCD and a fully intuitive touchscreen interface. It delivers liquids with remarkable accuracy and a pulseless flow, making it ideal for handling small volumes. Its real-time flow rate adjustment allows users to optimize pump parameters even during operation, ensuring efficiency and precision. Additionally, it comes equipped with ready-to-use LabView drivers and demos, streamlining automation and facilitating seamless integration with other lab equipment.  Welcome to contact us for the LabView Drivers. 

Key Features:

• High-Resolution LCD Touchscreen:
• Intuitive graphical interface for an interactive and user-friendly experience.
• Visual display of pump status, alarms, and operation guides for quick configuration and smooth operation.
• Compact Design with Large Linear Force:
• Adjustable linear force up to 320N ensures optimal performance for syringes ranging from 0.5 µL to 60 mL.
• Syringe holder securely accommodates syringes up to 60 mL.
• External Signal and Communication Control:
• Supports foot switch operation for remote control convenience.
• External signal control allows other devices to start/stop the pump.
• Communication function enables parameter configuration and pump operation via communication commands.
• Space-Saving Orientation:
• Can be placed on its side, reducing its footprint by 50%—perfect for limited bench space.
• Vertical orientation display rotates 90 degrees to maintain functionality in compact setups.
• Real-Time Optimization:
• Flow rate adjustments can be made while the pump is running, enhancing operational efficiency and reducing costs.
• User Guidance and Alerts:
• Features beep sounds, indicator lights, and text prompts to support users through the operation process.

Typical Applications

• Precision liquid handling or delivery
• Liquid handling with high accuracy at a small flow rate 
• Microfluidics and electro-spinning 
• Toxicology studies 
• Capillary electrophoresis 
• Drug discovery, cell injection
• Neuroscience