Product Description
Product Introduction
Constinfuse Constant Flow Syringe Pump is a high-precision continuous flow syringe pump designed for microliter-level liquid transferring, dispensing, and precise flow control applications.
With an advanced constant flow control system, Constinfuse provides stable and uninterrupted liquid delivery with a wide flow rate range from 0.06 μL/min to 70 mL/min. It is ideal for applications requiring accurate and continuous micro-liquid handling.
The system supports RS232 and RS485 communication interfaces with Modbus RTU protocol, allowing easy integration with automated equipment and OEM systems.
Equipped with a 4.3-inch industrial-grade true color LCD touchscreen, intelligent calibration function, closed-loop control, and overload protection, Constinfuse ensures reliable performance, convenient operation, and long-term stability.
(Non-medical use only)
Key Features
1. High Precision Continuous Flow Transfer
- Designed for continuous transferring and dispensing of microliter-level liquids.
- Provides stable and uninterrupted flow output.
- Flow rate range:
0.06 μL/min – 70 mL/min
- Suitable for precision liquid handling applications requiring high repeatability.
2. Multiple Working Modes
Constinfuse supports four flexible operation modes:
- Continuous Transfer Mode
- Continuous liquid delivery for long-term experiments.
- Fixed Volume Measurement Mode
- Accurate dispensing according to preset volume.
- Dispensing Mode
- Suitable for repeated liquid distribution.
- Timing Start/Stop Mode
- Automatic operation based on preset time parameters.
3. Intelligent Touchscreen Operation
Equipped with:
- 4.3-inch industrial-grade true color LCD screen
- User-friendly interface
- Real-time parameter display
- Synchronous simulation animation
The intuitive operation interface simplifies parameter setting and monitoring.
4. Flexible External Control & Communication
Supports various control methods:
Communication Interface
- RS232
- RS485
- Modbus RTU protocol
External Control
- Passive switch signal:
- Start/Pause control
- Foot pedal switch support
- Active switch signal:
- Start/Pause
- Stop
- Washing
- Initialization
- Compatible with 5–24V control signals
5. Intelligent Maintenance Management
The system can record:
- Valve usage times
- Syringe usage times
This function helps users monitor equipment status and perform preventive maintenance.
6. Offline Operation Capability
The pump unit supports offline operation.
Advantages:
- One controller can control multiple pump units with different parameters.
- Convenient integration with other instruments and automation systems.
- Controller supports offline reminders and parameter synchronization.
7. Reliable Protection System
Closed-loop Control
Provides accurate movement control and improves flow stability.
Overload Protection
Automatically protects the syringe and drive system under abnormal conditions.
Quiet Operation Design
Optimized mechanical structure reduces operating noise.
8. Durable Industrial Structure
- 304 stainless steel spray-coated housing
- Stable and durable construction
- Suitable for laboratory and industrial environments
Technical Parameters
| Parameter |
Specification |
| Flow Rate Range |
0.06 μL/min – 70 mL/min |
| Dispensing Volume Range |
0.1 μL – 25 mL |
| Stroke Control Accuracy |
≤±0.1% (Stroke ≥30% of maximum stroke) |
| Communication |
RS232 / RS485, Modbus RTU |
| External Control |
Passive switch / Active switch (5–24V) |
| Output |
Open collector output indicating liquid output status |
| Display |
4.3-inch industrial-grade true color LCD |
| Control Method |
Touch screen and keypad |
| Maximum Liquid Path Pressure |
0.68 MPa |
| Valve Type |
3-port 120° valve |
| Valve Body Material |
PCTFE |
| Valve Element Material |
PTFE |
| Tube Connection Interface |
1/4-28UNF |
| Syringe Size |
50 μL, 100 μL, 250 μL, 500 μL, 1 mL, 2.5 mL, 5 mL, 10 mL, 25 mL |
| Syringe Barrel Material |
Borosilicate glass |
| Plunger Rod Material |
Stainless steel |
| Plunger Seal Material |
PTFE |
| Pump Unit Power Supply |
Standard 24V adapter |
| Controller Power Supply |
Standard 5V adapter |
| Power Consumption |
Controller ≤10W; Pump Unit ≤60W |
| Operating Temperature |
15–40℃ |
| Relative Humidity |
<80% RH |
Applicable Syringes
| Syringe Size |
Minimum Flow Rate |
Maximum Flow Rate |
| 50 μL |
0.0625 μL/min |
608.37 μL/min |
| 100 μL |
0.125 μL/min |
1.21 mL/min |
| 250 μL |
0.3125 μL/min |
3.04 mL/min |
| 500 μL |
0.625 μL/min |
6.08 mL/min |
| 1.0 mL |
1.25 μL/min |
12.16 mL/min |
| 2.5 mL |
3.125 μL/min |
30.41 mL/min |
| 5.0 mL |
6.25 μL/min |
60.83 mL/min |
| 10 mL |
12.5 μL/min |
70.00 mL/min |
| 25 mL |
31.25 μL/min |
55.00 mL/min |
Applications
Constinfuse Constant Flow Syringe Pump is widely used in:
- Microfluidics
- Flow Chemistry
- Electrospinning
- Battery Material Research
- Chemical Synthesis
- Biomedical Research (Non-medical)
- Analytical Instruments
- Laboratory Automation
- Precision Liquid Dispensing
- Continuous Flow Experiments
Product Advantages
✅ Ultra-stable continuous flow control
Provides precise microliter liquid transfer.
✅ Wide flow range
Supports applications from μL/min level to mL/min level.
✅ High accuracy calibration system
Ensures reliable experimental repeatability.
✅ Automation-ready communication
RS232/RS485 Modbus integration available.
✅ Professional industrial design
304 stainless steel housing ensures durability.
bio-equip.cn
DK INFUSETEK is a professional syringe pump supplier, with the headquarter as well as R&D center located in Shanghai, and a Production Base in northern China, focusing on device design, customize and producing in the field of micro-fluid handling.
With professional and rich R&D experience, we continuously meet the ever-changing needs of the researchers and producers across the world. Whether it’s the need for unique features or limited budget, we strive to bring advanced but cost-effective products and high-quality services.
Meanwhile, we also keep looking into the future, constantly bring innovations to keep us at the cutting edge of syringe pump production field, and aim to meet new demands shown in our related scientific areas.
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