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ISPLab12 Twelve Channel Programmable Syringe Pump Precision Liquid Dispensing Pump
ISPLab12 Twelve Channel Programmable Syringe Pump Precision Liquid Dispensing Pump
Origin of place China
Model ISPLab12
Supplier DK INFUSETEK
Price
Hits 143
Updated 9/8/2026
  • Product Detail
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ISPLab12 Twelve Channel Programmable Syringe Pump

Product Introduction

The ISPLab12 Twelve Channel Programmable Syringe Pump is a high-precision multi-channel liquid handling device designed for applications requiring simultaneous and accurate micro-flow delivery. Equipped with 12 independent syringe channels, a durable stainless steel housing, and an intuitive 4.3-inch industrial-grade color LCD display, it provides stable and reliable liquid control for laboratory and research applications.

The ISPLab12 supports syringe sizes from 10 μL to 10 mL and enables precise multi-channel infusion and withdrawal operations. With excellent flow accuracy, flexible operating modes, and advanced communication functions, it is an ideal solution for applications requiring parallel liquid dispensing and automated fluid control.

The pump supports different syringe specifications through syringe size selection and customized inner diameter input, ensuring accurate flow calculation and reliable performance.

With RS232/RS485 communication and Modbus RTU protocol, the ISPLab12 can be easily integrated into automated laboratory systems, analytical instruments, and OEM equipment.

(Non-medical use only)


Key Features

1. Twelve Independent Syringe Channels

  • Equipped with 12 syringe channels for simultaneous multi-liquid delivery.
  • Each channel provides accurate and stable flow control.
  • Suitable for high-throughput experiments requiring multiple liquid streams.
  • Ideal for parallel testing, screening, and automated laboratory processes.

2. High Precision Micro Flow Control

The ISPLab12 provides precise and stable liquid delivery for micro-flow applications.

Key performance:

  • Minimum linear speed: 1 μm/min
  • Accuracy: ≤ ±0.3%
  • Adjustable linear force: 12–25 kgf
  • Maximum stroke: 140 mm

Suitable for applications requiring repeatable and accurate liquid transfer.


3. Real-Time Flow Rate Adjustment

The online flow rate modification function allows users to adjust the flow rate while the pump is running without stopping operation.

This function helps meet complex experimental requirements and enables flexible process adjustment.


4. Intelligent Syringe Selection System

  • Built-in syringe size selection function.
  • Users can select syringe specifications from the preset list.
  • Syringe inner diameter can also be entered manually.
  • Provides accurate flow calculation for different syringe sizes.

5. Multiple Working Modes

The ISPLab12 supports multiple operation modes:

  • Infusion
  • Withdrawal
  • Infusion → Withdrawal
  • Withdrawal → Infusion
  • Continuous operation
  • Infusion/withdrawal with bubble removal function

Parameters for different working modes can be configured and saved separately.


6. User-Friendly Display and Operation

The pump is equipped with a 4.3-inch industrial-grade color LCD display.

Features:

  • Friendly operation interface
  • Real-time display of technical parameters
  • Easy parameter setting and monitoring
  • Touchscreen and mechanical keypad control

7. Safety Protection Functions

Blockage Protection

When the drive mechanism is blocked during operation, the pump automatically stops and provides an alarm signal to protect the equipment and experimental system.

Power-Off Memory

After power recovery, the pump displays previous operating parameters for convenient restart and continued operation.


8. Flexible Communication and External Control

The ISPLab12 supports multiple control methods:

  • Start/stop signal
  • Infusion signal
  • Withdrawal signal
  • Active switch signal (5V–24V)
  • Passive switch signal
  • Foot pedal switch

Communication interfaces:

  • RS232
  • RS485
  • Modbus RTU protocol

These functions allow easy integration with automated laboratory platforms and OEM systems.


Technical Specifications

Parameter Specification
Working Mode Infusion, Withdrawal, Infusion-Withdrawal, Withdrawal-Infusion
Channel Number 12
Applicable Syringe Size 10 μL–10 mL
Syringe Selection Syringe size selection / Customized syringe diameter
Linear Speed Range 1 μm/min–132 mm/min
Flow Rate Calculation Flow rate = Linear speed × syringe inner cross-sectional area
Minimum Linear Speed 1 μm/min
Linear Force 12–25 kgf, adjustable
Maximum Stroke 140 mm
Stroke Resolution 0.078 μm/step
Accuracy ≤ ±0.3% (Stroke ≥30% of maximum stroke)
Reverse Distance 0.01–10 mm
Stored Modes Up to 60 modes
Display Industrial-grade 4.3-inch LCD color display
Control Method Touchscreen and mechanical keypad
Power-Off Memory Displays previous operating parameters after power recovery
Output OC gate signal output indicating running status and direction
External Control Start/stop signal, infusion/withdrawal signal, active switch (5–24V), passive switch, foot pedal
Communication Interface RS232 / RS485, Modbus RTU
Power Supply AC90–264V / 65W
Operating Temperature 0–40℃
Relative Humidity <80%
Dimension 325 × 282 × 165 mm
Weight 5.38 kg

Applicable Syringes

The ISPLab12 supports various syringe specifications for precision liquid delivery.

Compatible Syringe Range: 10 μL–10 mL

Suitable for:

  • Multi-channel liquid dispensing
  • Parallel experiments
  • Microfluidic research
  • Automated laboratory systems
  • Precision fluid handling

Applications

The ISPLab12 Twelve Channel Syringe Pump is widely used in:

  • Microfluidics
  • Electrospinning
  • Flow Chemistry
  • High-throughput experiments
  • Material research
  • Battery material research
  • Pharmaceutical research
  • Analytical instruments
  • Laboratory automation
  • Precision liquid dispensing

Product Advantages

12 Independent Channels
Supports simultaneous control of multiple liquid streams for high-throughput applications.

High Precision Performance
Provides accurate and repeatable micro-flow delivery with ≤±0.3% accuracy.

Flexible Automation Integration
RS232/RS485 Modbus RTU communication supports OEM integration.

Real-Time Flow Adjustment
Flow parameters can be modified during operation without stopping.

Reliable Laboratory Design
Stainless steel housing provides durability and stability in laboratory environments.

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