ワイ・エム・エス Product Lineup

In the traditional manufacturing process of plum wine, the tasks of adding new plums to the fermentation tank and removing the leftover plums after the fermentation were mostly done by hand. Since the harvesting period for the plums, which are the fruit, is simultaneous, they must be added in a short period of time. Additionally, the work with the leftover plums is done in an environment with residual alcohol, making it very labor-intensive. We developed a device that not only solves these problems all at once but also significantly reduces labor costs, equipment expenses, and waste.

It was a problem with the transportation of powder from the drum, addressing dangers during extraction, environmental pollution due to dust generation, and the risk of contamination all at once! With the drum inversion suction system, it is possible to transport powder contained in a plastic bag inside the drum without contaminating the surroundings. 【Currently, a video is available!】 【For more details, please download the catalog or feel free to contact us】 (Vacuum conveyor, bridge prevention, rat hole, suction-type transport device, air transport, air conveyance, powder transport, powder conveyance, blockage, blockage prevention)

1. The noise level is below 65 dB. 2. The vacuum level is MAX 5000 mbar. 3. Since it also has a filter, no powder will accidentally go into the blower. 4. The exhaust is gently released from the wall filter of the side cover of the main unit, so it does not blow up dust in the surrounding area. 5. The cover is made of stainless steel, making it clean and durable. Additionally, it comes with casters, so you can take it anywhere.

The "Powder Automatic Suction System" is a device that can automate the labor-intensive tasks of powder suction, such as the installation of powder containers and the handling of residual suction. By simply installing the container, it automatically sucks up the powder, achieving significant labor savings. We offer a series of five products optimized for various applications, including FIBC bags, drums, paper bags, and large containers. Please refer to the catalog for more details. 【Features】 ■ Prevents the occurrence of contamination ■ Requires no manual labor, enabling labor savings ■ Prevents foreign matter such as hair from the operator from mixing in ■ No dust generation, creating a comfortable working environment ◎ For more details, please refer to the PDF materials or feel free to contact us.

The "Aeration Hopper" is a storage device that smoothly discharges powder without rat holes or bridging by supplying air from the porous layer inside the cone. The new all-stainless steel model can withstand a maximum heat safety temperature of 540°C. It can transport and discharge heated powders directly without a cooling process, and by supplying high-temperature air, it can also transport powders that are prone to clogging while heating and drying them. 【Features】 ■ Compatible with powder temperatures up to 540°C due to seal material ■ Improves powder flowability, uniform bulk density, prevents adhesion, and eliminates static electricity ■ Available with a dust collection function to suppress dust during loading ■ Active in a wide range of fields including pharmaceuticals and food *For more details, please refer to the materials. Feel free to contact us with any inquiries.

We have great news for users who have been troubled by issues such as clogging, adhesion, blockage, electrical malfunctions, secondary disasters caused by electric shocks, and dust explosions due to static electricity. We have developed a deionizing feeder to prevent these problems before they occur, obtained a patent, and have started sales. For more details, please contact us or download the catalog. (Vacuum conveyor, bridge prevention, rat hole, suction-type transport device, air transport, air conveyance, powder transport, powder conveyance, blockage, blockage prevention)

We have been receiving an increasing number of inquiries from end users handling powders that are toxic to humans, asking if there are any good options available. There are also questions about systems for handling hygroscopic powders in a dry air environment. Additionally, there are concerns about powders that are not suitable for exposure to oxygen, and whether handling in an N2 gas environment is possible. In response to these requests, our company has developed a system for extracting powders from the top using one-way disposable FIBC (Flexible Intermediate Bulk Container) bags, which has been highly requested by many users. We had previously commercialized a drum inversion suction system, but this new system addresses the specific needs of our customers. (Vacuum conveyors, bridge prevention, rat holes, suction-type transport devices, air transport, air conveyance, powder transport, powder conveyance, blockage, blockage prevention)