PRECIGENOME PG-MFC-8CH Iflow Touch Microfluidic Pressure Flow Controller

( Brand: Precigenome ), ( Manufacturer Part Number: PG-MFC-8CH ), ( Part Type: Pressure Flow Controller )

Review PRECIGENOME Iflow Touch Microfluidic Pressure Flow Controller

The **Precigenome PG-MFC-8CH iFlow Touch Microfluidic Pressure Flow Controller** is a cutting-edge, high-precision instrument designed to revolutionize control and automation in microfluidic systems, particularly for applications in biotechnology, synthetic biology, and high-throughput experimentation. Engineered for researchers and engineers seeking unparalleled accuracy and flexibility, this compact yet powerful device integrates an intuitive **touchscreen interface** with advanced **8-channel pressure and flow regulation**, enabling seamless manipulation of fluid dynamics in complex microfluidic setups. Its **closed-loop feedback system** ensures real-time monitoring and adjustment of pressure and flow rates with sub-milliliter precision, making it ideal for delicate operations such as cell culture, droplet generation, or DNA/RNA synthesis workflows. The **iFlow Touch interface** provides an intuitive, user-friendly environment with customizable presets, real-time data logging, and graphical visualization of flow dynamics, allowing operators to optimize experiments with minimal intervention. Built with **modular design principles**, the PG-MFC-8CH accommodates a wide range of microfluidic chips and connectors, including standard Luer locks, Teflon tubing, and custom interfaces, ensuring compatibility with diverse experimental setups. Its **compact footprint** and **low-noise operation** make it well-suited for integration into lab benches or automated workflows without compromising performance. Additionally, the system s **software-driven calibration and diagnostics** streamline troubleshooting, while its **high-resolution sensors** deliver consistent, repeatable results even under varying environmental conditions. Whether used for precise cell perfusion, controlled reagent delivery, or advanced synthetic biology applications, the PG-MFC-8CH stands as a versatile tool for pushing the boundaries of microfluidic experimentation, empowering researchers to achieve finer control over fluidic systems with confidence and efficiency.

### **Pros and Cons of buying a Precigenome PG-MFC-8CH iFlow Touch Microfluidic Pressure Flow Controller**

1. **High Precision and Control** The device offers precise regulation of flow rates in microfluidic systems, which is critical for experiments requiring accurate fluid delivery. Its touchscreen interface allows real-time adjustments, improving reproducibility.

2. **Multi-Channel Capability (8 Channels)** The 8-channel design enables simultaneous control of multiple fluid streams, making it ideal for complex microfluidic setups such as parallel experiments, multi-well plate applications, or multi-reagent mixing.

3. **Touchscreen Interface** The intuitive touchscreen simplifies operation, reducing the need for external software or complex programming. Users can set parameters directly on the device, which is particularly useful for non-technical researchers.

4. **Compatibility with Microfluidic Systems** Designed specifically for microfluidic applications, it integrates well with lab-on-a-chip devices, droplet generators, and other precision fluid handling systems.

5. **Compact and Portable Design** The device is relatively compact, making it suitable for benchtop use in laboratories with limited space. Its portability also allows for flexibility in experimental setups.

6. **Real-Time Monitoring** The system provides live feedback on flow rates and pressure, allowing immediate adjustments to prevent clogging or inconsistencies in experiments.

7. **Touch-Friendly Operation** The interface is user-friendly, reducing the learning curve for new users compared to traditional manual or software-controlled systems.

8. **Potential for Automation** While not fully automated, the device s programmability allows for scripted workflows, which can streamline repetitive tasks in microfluidic experiments.

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1. **High Initial Cost** Microfluidic flow controllers, especially multi-channel models, are typically expensive. The PG-MFC-8CH may represent a significant investment for smaller labs or individual researchers.

2. **Maintenance and Calibration Requirements** Like any precision instrument, it may require periodic calibration and maintenance to ensure accurate performance. Improper handling could lead to clogging or sensor drift.

3. **Limited Compatibility with Non-Standard Systems** While designed for microfluidics, it may not be compatible with all types of microfluidic chips or custom setups, requiring additional adapters or modifications.

4. **Learning Curve for Advanced Features** While the touchscreen simplifies basic use, mastering advanced functions (e.g., complex flow profiles or integration with external systems) may require training or documentation review.

5. **Dependence on Power Supply** The device requires a stable power source. Power outages or fluctuations could disrupt experiments, though backup options (e.g., UPS) may mitigate this risk.

6. **Potential for Wear and Tear** Frequent use of microfluidic channels can lead to clogging or degradation of seals, necessitating occasional cleaning or replacement of components.

7. **Limited Scalability for Large-Scale Operations** If a lab requires hundreds of parallel channels or high-throughput applications, this 8-channel model may not be sufficient, requiring multiple units or alternative solutions.

8. **Vendor Support and Warranty Considerations** Depending on the supplier, warranty coverage and customer support may vary. Ensuring reliable post-purchase support is important for troubleshooting or repairs.

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### **Conclusion**

The **Precigenome PG-MFC-8CH iFlow Touch Microfluidic Pressure Flow Controller** is a powerful tool for researchers and labs requiring precise, multi-channel fluid control in microfluidic applications. Its strengths lie in its accuracy, user-friendly interface, and versatility for complex experiments. However, its high cost, maintenance needs, and potential compatibility issues must be carefully considered before purchase.

For **small to mid-sized labs** conducting precise microfluidic experiments with up to 8 parallel channels, this device is highly recommended if budget and maintenance logistics are manageable. For **high-throughput or large-scale operations**, evaluating whether additional units or alternative systems would be more cost-effective is advisable.

For **individual researchers or startups** with limited budgets, exploring lower-channel alternatives or used/refurbished options may be a more practical starting point. Ultimately, the decision depends on the specific needs of the experiment, lab resources, and long-term scalability requirements.

Details:

Please look at all pictures before purchasing, only what is included in sale. Some scuffs on exterior, as shown in pictures. PreciGenome PG-MFC-8CH iFlow Touch Microfluidic Pressure Flow Controller, condition: Used, Condition Note: Item came from a working environment, large research lab liquidating equipment due to downsizing. Please look at all pictures before purchasing as they represent an integral part of the items.

specifications pneumativalv:

• brand: Precigenome
• mpn: Pg-mfc-8ch
• part type: Pressure Flow Controller

general pneumativalv:

• Pump Flow Controllers > Flow Controllers Meters > Mass Flow Controllers
• condition: Used

shipping pneumativalv:

• type: Calculated
• carrier: FedEx
• transit: 5-11 Days
• class: Standard
• cost: $38.31
• service: FedEx Ground / FedEx Home Delivery

offer pneumativalv:

• availability: In Stock
• quantity: 1
• best offers: True
• options: Ship-to-home
• started: April 17, 2026
• sold: 0

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• city: Los Angeles, California
• # reviews: 6909
• rating: 100.0%

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• method: Money back
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• policy: Returns Accepted