Active microfluidic units offer numerous advantages for various applications, such as process control, quality assurance, occupational health and safety, monitoring within the realm of energy technology, and predictive maintenance.
These benefits include compact size, versatile applicability, minimal power consumption, effortless scalability, low maintenance requirements, digital operation, cost-effectiveness, and straightforward retrofitting.
The features collectively enable you to optimize efficiency and reduce operational costs.
Our micropumps and microfluidic components are available worldwide, in many countries also directly through our distributors!
Active gas sampling with micropumps revolutionizes air quality and occupational safety monitoring. Advantages over passive monitoring:
The combination of micropump technology and precise gas analysis provides optimized monitoring that contributes significantly to workplace safety. Rely on advanced solutions for maximum safety.
The mp6 micropump revolutionizes active gas sampling with its compact size and precise control.
Combined with MOX sensors, known for their high sensitivity and fast response time, gas analysis becomes even more reliable. This synergy makes it possible to quickly detect and respond to even the slightest changes in the atmosphere.
The cooperation of mp6 micropumps and MOX sensors sets new standards in quality assurance and efficiency of gas monitoring.
The technology of active gas sample delivery using micropumps has revolutionized the field of gas monitoring, especially in the context of Modified Atmosphere Packaging (MAP).
Modified Atmosphere Packaging is an innovative packaging technology that prolongs the shelf life of food by controlling the atmosphere inside the packaging.
Precise gas analysis is therefore crucial to ensure the quality and safety of the products.
The mp6 micropump revolutionizes active gas sampling with its compact size and precise control.
Combined with MOX sensors, known for their high sensitivity and fast response time, gas analysis becomes even more reliable. This synergy makes it possible to quickly detect and respond to even the slightest changes in the atmosphere.
The cooperation of mp6 micropumps and MOX sensors sets new standards in quality assurance and efficiency of gas monitoring.
In fuel cells, precise control of fuel and air supply by means of microfluidics plays a crucial role. Consistent and precise supply can significantly increase efficiency and extend the life of the cell.
This is where Bartels Mikrotechnik’s mp6 micropump comes into play: thanks to its compact size, low energy consumption and ability to deliver precise amounts of fluid, it is ideally suited for use in fuel cells.
It ensures a constant fuel supply, maximizing fuel cell efficiency and performance.
In a market where every detail counts, the integration of the mp6 micropump is a decisive step towards optimized fuel cell systems.
The mp6 micropump revolutionizes active gas sampling with its compact size and precise control.
Combined with MOX sensors, known for their high sensitivity and fast response time, gas analysis becomes even more reliable. This synergy makes it possible to quickly detect and respond to even the slightest changes in the atmosphere.
The cooperation of mp6 micropumps and MOX sensors sets new standards in quality assurance and efficiency of gas monitoring.
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