4-Channel Continuous Perfusion Pump System
Four-channel syringe pump system with continuous flow capability and touchscreen control for automated microfluidic perfusion applications.
| Channels | 4 |
| Syringe Range | 1 - 10 mL |
| Flow Rate | 4.68 um/min - 133 mm/min |
| Features | Continuous flow, alternating pairs |
| Interface | 7" touchscreen |
| Automation Level | semi-automated |
The 4-Channel Continuous Perfusion Pump System provides precise, automated delivery of multiple fluid streams for microfluidic applications requiring sustained perfusion protocols. The system operates four independent channels with continuous flow capability through alternating pairs, enabling uninterrupted perfusion for extended experimental durations without manual intervention.
Each channel accommodates syringes from 1-10 mL with flow rates spanning 4.68 μm/min to 133 mm/min, providing the range necessary for both ultra-low flow cell culture applications and higher throughput tissue perfusion protocols. The integrated 7-inch touchscreen interface allows researchers to program complex perfusion sequences, monitor real-time flow parameters, and coordinate multi-channel delivery patterns from a single control point.
How It Works
The system operates on precision syringe pump mechanics with stepper motor-driven lead screws that advance syringe plungers at programmed rates. Each channel functions independently, with flow rate determined by syringe diameter and plunger advancement speed. The continuous flow feature utilizes alternating pairs of syringes, where one syringe delivers fluid while its paired syringe refills, eliminating flow interruption during syringe changes.
The touchscreen interface communicates with embedded microprocessors that coordinate motor control, flow monitoring, and timing sequences. Flow rates are calculated based on syringe cross-sectional area and linear displacement rate, with the system automatically adjusting stepper motor pulse rates to maintain programmed flow parameters across the specified range of 4.68 μm/min to 133 mm/min.
Multi-channel coordination allows for complex perfusion protocols including gradient generation, sequential delivery, and synchronized flow patterns. The alternating pair mechanism ensures continuous perfusion by seamlessly switching between syringes when one reaches empty, maintaining consistent pressure and flow throughout extended experiments.
Features & Benefits
Channels
- 4
Syringe Range
- 1 - 10 mL
Flow Rate
- 4.68 um/min - 133 mm/min
Features
- Continuous flow, alternating pairs
Interface
- 7" touchscreen
Automation Level
- semi-automated
Brand
- ConductScience
Research Domain
- Analytical Chemistry
- Cancer Research
- Cardiovascular
- Cell Biology
- Developmental Biology
- Materials Science
- Neuroscience
- Pharmaceutical QC
Weight
- 12.0 kg
Dimensions
- L: 320.0 mm
- W: 273.0 mm
- H: 365.0 mm
Comparison Guide
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Channel Count | 4 independent channels | Entry-level models often offer 1-2 channels | Enables complex multi-solution protocols and gradient generation without requiring multiple separate pump units |
| Continuous Flow Capability | Alternating pairs for uninterrupted flow | Basic pumps require manual syringe changes with flow interruption | Maintains physiological conditions critical for sensitive cell cultures and long-term experiments |
| Flow Rate Range | 4.68 μm/min to 133 mm/min | Limited range models may not achieve ultra-low flows | Covers both ultra-precise single-cell applications and higher throughput tissue perfusion in one system |
| User Interface | 7-inch touchscreen control | Basic models use simple button interfaces or require computer connection | Enables complex protocol programming and real-time monitoring without external computer dependency |
| Syringe Compatibility | 1-10 mL range | Fixed syringe size requirements in some models | Provides experimental flexibility for different volume requirements without hardware changes |
This system combines multi-channel capability with continuous flow operation and intuitive touchscreen control. The alternating pair mechanism and wide flow rate range make it suitable for both ultra-precise microfluidic applications and higher throughput perfusion protocols.
Practical Tips
Verify flow rates using a precision balance and timed collection before beginning critical experiments.
Why: Syringe manufacturing tolerances can affect actual flow rates compared to programmed values.
Clean syringe barrels and plungers with appropriate solvents after each use to prevent sample cross-contamination.
Why: Residual solutions can alter subsequent experiment conditions and affect flow accuracy.
Prime all tubing lines thoroughly and check for air bubbles before starting perfusion protocols.
Why: Air bubbles can cause flow irregularities and pressure spikes that disrupt sensitive cell preparations.
If flow rates appear inconsistent, check syringe mounting alignment and plunger seal condition.
Why: Mechanical misalignment or worn seals can cause variable flow delivery and pressure loss.
Document syringe lot numbers and calibration dates for experiments requiring regulatory compliance.
Why: Syringe manufacturing variations can affect flow precision and experimental reproducibility.
Use appropriate chemical-resistant tubing and fittings when perfusing aggressive solvents or biological samples.
Why: Incompatible materials can degrade and contaminate samples or create safety hazards.
Program alternating pair timing to ensure smooth transitions during continuous flow operations.
Why: Optimal timing prevents pressure spikes during syringe switching that could damage delicate microfluidic devices.
Regularly inspect stepper motor coupling and drive mechanisms for wear or debris accumulation.
Why: Mechanical wear affects flow precision and can cause system failures during extended experiments.
Setup Guide
What’s in the Box
- 4-Channel Continuous Perfusion Pump System main unit
- Power adapter and cord
- User manual and quick start guide
- Syringe mounting hardware (typical)
- USB cable for data transfer (typical)
- Tubing connection fittings (typical)
Compliance
Warranty & ConductCare
ConductScience provides a one-year manufacturer warranty covering defects in materials and workmanship, with technical support available for setup assistance and troubleshooting throughout the warranty period.
What is the minimum achievable flow rate for single-cell perfusion applications?
The system provides flow rates as low as 4.68 μm/min, suitable for ultra-low volume single-cell applications where precise chemical delivery is required without causing cell stress from excessive flow.
How does the continuous flow mechanism prevent pressure fluctuations?
The alternating pair system coordinates syringe pairs so one delivers fluid while its partner refills, with seamless switching that maintains constant pressure and eliminates the flow interruption typical of single-syringe systems.
Can the system generate stable concentration gradients across channels?
Yes, the four independent channels with precise flow control enable creation of linear or complex concentration gradients by programming different flow rates for solutions of varying concentrations.
What tubing connections are compatible with this system?
The system accommodates standard microfluidic tubing connections; consult product datasheet for specific fitting specifications and pressure ratings for your application.
How long can continuous perfusion experiments run unattended?
Runtime depends on syringe volume and flow rate; with 10 mL syringes and the alternating mechanism, extended experiments of several hours to days are achievable with periodic monitoring.
Is the system compatible with viscous solutions or cell suspensions?
The stepper motor drive provides sufficient force for moderately viscous solutions; consult product datasheet for specific viscosity limits and pressure specifications.
Can flow rates be changed during an experiment without stopping?
The touchscreen interface allows real-time flow rate adjustments and protocol modifications during operation, enabling dynamic experimental conditions without interrupting perfusion.
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