Credit: Final form of the integrated microfluidic SPR sensor. Pressure gauge on heart-lung machine. Adrian Wressell, Heart of England NHS FT.

License: Attribution 4.0 International (CC BY 4.0)

Leak detection

Use case

Streamline your leak testing for maximum accuracy and reliability.

Talk to an expert

Controlled pressure environment

Achieve precise pressure management with feedback loop capabilities to ensure consistent testing conditions.

Effortless data logging

Easily measure and record pressure at any point within your setup, enabling comprehensive monitoring and analysis.

Versatile platform

Adjust the system to accommodate different testing conditions, providing flexibility for a variety of applications.

Highlights

Automated Leak Detection System

The Elveflow leak detection system is designed to deliver exceptional accuracy and reliability, ensuring that your systems can withstand the required pressure without leakage or failure. We’ve developed a tailored solution to meet all your pressure testing needs, allowing you to optimize control over your laboratory workflows and boost productivity.

Pressure Tight Test
Leak detection involves assessing the integrity of pressure-containing systems, such as piping or equipment, to ensure they meet required standards.

Transform Your Leak Detection with Elveflow
Upgrade from outdated and inefficient pressure testing methods to the Elveflow pressure-tight system, where precision and reliability are the core benefits.

Why Choose Elveflow for Leak Detection?

Leak detection is a critical test across industries like microfluidic chip manufacturing, automotive, research, and medical devices. It ensures product safety and performance by evaluating the pressure and flow support within microfluidic channels. The system checks if your device meets all requirements, guaranteeing quality and customer satisfaction.

Key Advantages:

Precision and Performance: The MPS sensor delivers exceptional resolution for precise pressure measurement and control, ensuring consistent and repeatable test results.
Real-Time Monitoring: The MSR reader facilitates high-resolution data handling and real-time pressure variation monitoring, allowing quick adjustments for optimal conditions.
Versatile Fluid Handling: The system is designed to handle various fluids, including gases and liquids, broadening the scope of applications.
Consistent Performance: The Elveflow system performs reliably under demanding conditions, ensuring every assay meets industry standards.
Optional Isolation: For tests requiring system isolation, our 2/2 valve can be used to close off access to the pressure controller, maintaining system isolation. While optional, it’s beneficial for certain pressure-tight evaluations.
Flow Control: The optional MFS flow sensor provides enhanced accuracy in flow control, adding another layer of precision to your tests.

Leak Detection Setup

Our system has been rigorously tested by customers across industrial sectors, proving its precision and control capabilities. The core components of the setup include the MPS sensor, MSR sensor reader, and the OB1 pressure controller. If you need a customized system, our experts are available to help tailor the setup to your specific needs.

Setup Includes:

OB1 Flow Controller
Microfluidic Pressure Sensor (MPS)
Microfluidic Sensor Reader (MSR)
Several Falcon Reservoirs
Microfluidic Two-Way Valve
Microfluidic Flow Sensor (MFS)
Kit Starter Pack with Luer Lock Fittings and Tubing
Microfluidic Chip of Your Choice (We Can Advise on the Best Option if Needed)
ESI Software
User Guide

This setup includes all the components required to establish a reliable and precise leak detection system. Discover how Elveflow can transform your pressure-tight experiments with cutting-edge technology and superior customer support.

Applications

Pressure Tight Testing Use Case

This pressure tight testing system is crucial across a wide range of industries and research sectors due to its ability to perform precise and controlled reactions under pressure. Here are the key applications:

Microfluidic Chip and Cartridge Testing:
Ensures there are no leaks, guaranteeing top manufacturing quality and reliability in every assay.
Oil and Gas Industry:
Verifies system integrity, reducing the risk of environmental and safety hazards by detecting potential leaks.
Aerospace Industry:
Confirms that aircraft systems can endure pressure changes during flight, maintaining a secure and airtight environment.
Automotive Industry:
Prevents fuel leaks and ensures the optimal performance of vehicles through rigorous pressure testing.
Medical Industry:
Ensures that medical devices remain airtight, preventing contamination and maintaining product efficacy.
Industrial Manufacturing:
Used across various manufacturing processes to verify that products meet strict quality standards and safety requirements.
Research and Development:
Crucial during the development and testing of new products and prototypes to assess performance and identify any potential design flaws.

The Elveflow system provides all the necessary equipment to conduct efficient and accurate pressure tight tests. With precise control over flow pressure, this system ensures you have the best conditions to achieve reliable results in your testing processes.

Leak detection

Use case

Streamline your leak testing for maximum accuracy and reliability.

Talk to an expert

Controlled pressure environment

Achieve precise pressure management with feedback loop capabilities to ensure consistent testing conditions.

Effortless data logging

Easily measure and record pressure at any point within your setup, enabling comprehensive monitoring and analysis.

Versatile platform

Adjust the system to accommodate different testing conditions, providing flexibility for a variety of applications.

Talk to an expert

Need help or technical information?

Talk to an expert

Need help or advice?

For any help to determine what microfluidic instruments you need, you can contact us!
Our experts will help you build the best microfluidic setup for your application, with our state-of-the-art microfluidic line.