The video shows that there is a tank at the bottom of the vacuum conveyor, and steam is constantly being released (in a simulated manner). If no measures are taken, the steam will enter the inside of the vacuum conveyor, condense into water droplets, and cause powder adhesion. Both our company and our customers have been troubled by such installations. This time, with the special module jointly developed with Minato Engineering Co., Ltd., we have succeeded in blocking the rising steam. From around the middle of the video, you can see that this function is turned on. You should be able to understand that the steam that was previously rising has disappeared. As a result, it has become possible to install equipment in a steam atmosphere, which was previously difficult to do, with peace of mind.

▶Issue: Before further processing the powder in the next stage (such as packaging machines), it is necessary to inspect for the presence of metal foreign objects using a metal detector. To achieve high sensitivity, the powder needs to be inspected through free fall, but due to low ceiling height and operational inconvenience, it is not possible to install the metal detector in the next stage. ▶Solution: The CEIA metal detector will be installed under a Volkmann vacuum conveyor and on a Volkmann mobile lift. The height-adjustable lift will allow the product discharge outlet of the metal detector to be adjusted to the appropriate height for the mobile container. Additionally, the vacuum conveyor can be lowered to a height that allows the mobile lift to pass through doors. The powder will be transported, for example, from an IBC container to the mobile lift and then to the metal detector via vacuum transfer. Metal foreign objects will be sorted and collected in a separate bottle. The inspected powder will be collected in a mobile container. Another vacuum conveyor is installed for the next stage, such as the packaging machine, from which the powder will be drawn from this container. Inspection and separation of metal parts can be conducted very close to the next stage, and it is also possible in more distant production areas.