Innovative compact valve technology for precise cutting of clean patterns

At the heart of this new development is a compact coaxial solenoid valve with an integrated check valve to prevent dripping and an integrated nozzle. The extremely fast opening and closing within a few milliseconds produces a precisely metered water jet that places the cuts cleanly. The check valve prevents unwanted dripping, which ensures product quality and keeps the system clean.

Fine jet nozzle for clean cut edges

The fine jet nozzle used ensures an even, concentrated water jet. Thanks to the choice of different nozzle sizes, the jet can be optimally adapted to different types of dough and cutting requirements. The cutting depth is flexibly adjustable, offering a high degree of process control – from fine surface cuts to complete separations.

Customizable process parameters

The new development enables operation at pressures of up to 150 bar initially (on request). Depending on requirements, we can individually adjust the pressure, nozzle size, and cycle frequency to achieve optimal results with minimal water consumption.

Increased productivity in food production

The extremely short switching times of our solenoid valves enable us to increase the cycle rate of the system, which means a significant increase in productivity. Our customers can process more dough pieces in less time without compromising on cutting quality.

Conclusion:

With this new development, we are raising the bar in water jet cutting of food products. The combination of a fast-acting 2/2-way coaxial solenoid valve, a fine jet nozzle, variable pressure adjustment, and a check valve to prevent dripping enables precise, clean, and highly productive processing—ideal for modern bakeries that value consistent quality and efficient processes.

Der Beitrag New development in waterjet cutting: Precise cutting of bread dough pieces with innovative 2/2-way coaxial solenoid valve erschien zuerst auf Bavaria Fluid Systems GmbH.

• electronics
• automotive industry
• rail vehicle construction
• Medical and biological research
• materials testing
• food industry
• aerospace industry
• defense industry.
  A challenge in these simulations is the management of condensate that can occur during testing. Our BMP120 vibratory piston pump used as a condensate pump offers a reliable solution for precise and efficient condensate management in environmental simulation systems and climate chambers.

Challenges in environmental simulation:

Environmental simulations allow products, components or materials to be tested under different environmental conditions, including temperature and humidity changes. During these tests, condensate can be generated, which must be carefully controlled and removed to ensure accurate and reliable test results and the safe operation of research and simulation facilities.

The advantages of the BMP120 condensate pump:

The BMP120 pump was originally developed as a water pump. Since then, other applications have been added, resulting in new models that pump deionized water, oils or beverages. As a condensate pump, it has proven itself especially in use in environmental simulation systems and climate chambers and has established itself as a permanent solution.

The BMP120 pump offers several advantages:

compact design for small installation spaces:

The BMP120 is compact and easy to integrate, which is important in the often limited space available in environmental simulation systems and climate chambers.

Efficient performance:

The BMP120 solenoid pump is self-priming up to a height of 800 mm, for example. The pump is designed for a duty cycle of 100%. The maximum flow rate is 3 l/min and the maximum pressure is 2.5 bar.

Flexibility thanks to modular system:

For example, we offer the internal thread G1/4″ or plug-in connector 3/8″ in the suction connection and ¼” in the pressure connection as connection options, as well as the operating voltages 24 V AC and 230 V AC. Various selectable seal sets complete the modular system.

Precise control of the condensate drain:

The BMP120 enables precise control of condensate drainage, which is crucial for the accurate adjustment of humidity conditions in environmental simulation.

Maintenance-free with low wear:

The BMP120 pump operates on the principle of liquid gap sealing which minimizes internal wear and significantly increases its service life.

Conclusion:

Thanks to its compact design, reliability and flexibility, the BMP120 oscillating piston pump is a crucial component for environmental simulations in various industrial sectors as a condensate pump in various environmental simulation systems, climate chambers or climatic chambers.

Der Beitrag BMP120 oscillating piston pump as a condensate pump for effective removal of condensate in climate and environmental simulation erschien zuerst auf Bavaria Fluid Systems GmbH.