Vacuum chambers - Import export

The vacuum packgaing machine AZ450ES from AIRZERO is working with a suction nozzle compared to vacuum chamber machines. The main advantages are Since only the bag and not the entire chamber is emptied, the process is faster. Lower gas consumption when gassing (only the bag is gassed and not the entire chamber). The gas is blown into the bag in a targeted and controlled manner. No limitation of the bag length by the chamber. Bar goods can therefore also be processed. Compact standalone device. double sealing (up/down) ejektorvakuum pump (air pressure required) gas flushing vacuum creation timer controlled, sensor controlled digital vakuum display 4 programms can be saved housing of stainless steel suitable for cleanroom

In contrast to chamber devices, the vacuum sealer AZ450 from AIRZERO works with a suction nozzle. This principle offers advantages Since only the bag and not the entire chamber is emptied, the process is faster. Lower gas consumption when gassing (only the bag is gassed and not the entire chamber). The gas is blown into the bag in a targeted and controlled manner. No limitation of the bag length by the chamber. Bar goods can therefore also be processed. Compact desktop device. double sealing (up/down) ejektor vakuum pump (air pressure required) gas flushing digital vakuum display 4 programms can be saved housing of stainless steel

KCT circular vacuum dryer with additional equipment for smoking oak 10 m³ - 40 m³ of stacking space The KCT Eurovac circular vacuum dryer conforms to the requirements for smoking. The measuring equipment and the control valves are made of stainless steel. As is the carriage with rollers. The vacuum pump meets ATX requirements. The vacuum chamber is equipped with a ventilation system so that you can evacuate the ammonia at the end of the smoking process. The MK 200 control from Kronseder meets the requirements of the smoking process and controls the process for optimum coloring.

The automatic leakage tester used to control the tightness of CO2 inert gas packaging allows even the smallest leaks - even in the micro range - to be detected.The package is tested by simply placing it in the vacuum chamber. The automatic test cycle starts when the lid is closed. The unit generates a user-defined vacuum during this process. After the vacuum is reached, the sensor is set to the "virtual" zero point. If the CO2 concentration rises during the measuring time that now begins and was previously selected by the user, this indicates that the packaging is leaking. The measured increase of the CO2 content in ppm gives information about the size of the not tightly sealed area. The sensor demonstrably detects even the smallest leaks up to approx. 10 µm. (µm is a micrometre and corresponds to 0.001 millimetres)