フーズテック List of Products and Services

The "Frozen Container" from Foods Tech Co., Ltd. boasts corrosion resistance and airtightness that withstand harsh marine conditions, as well as robustness that allows stacking up to six units high. We introduce examples such as containers that enable first-in, first-out for frozen materials, cases where doors have been installed on the sides of containers, and instances of use in refrigerated humidification warehouses for agricultural products. 【Examples of Frozen Container Modifications】 ■ Containers that enable first-in, first-out for frozen materials ■ Installation of doors on the sides of containers ■ Refrigerated humidification warehouses for agricultural product storage ■ Combination of two refrigerated containers ■ Replacement of dedicated refrigeration units with general-purpose units *For more details, please refer to the PDF materials or feel free to contact us.

At Futech Co., Ltd., we deliver cultivated know-how and reliable technology. We provide services centered around the design, manufacturing, and construction of food manufacturing machinery, environmental hygiene machinery, sanitary equipment, refrigeration and freezing, air conditioning, and general food factory equipment. If you are having trouble with the design or construction of food manufacturing machinery or environments, please feel free to consult with us. 【Business Activities】 ■ Sales, rental, and renovation of (marine) refrigerated and frozen containers ■ Design and manufacturing of refrigeration, freezing, and heating equipment ■ Design, manufacturing, and installation of sanitary food machinery ■ General renovation work for food factories ■ Water treatment business ■ Design and manufacturing of fully automatic vacuum fryers (patented in Japan and the U.S.) ■ Overseas export operations of food machinery *For more details, please refer to the PDF materials or feel free to contact us.

Foods Tech Co., Ltd. provides services centered on the design, manufacturing, and construction of general food factory equipment, including food manufacturing machinery, environmental sanitation machinery, sanitary equipment, refrigeration and freezing, and air conditioning. With the automation of food factories, various types of machinery and components are being developed. We aim to continuously provide comprehensive engineering that combines these elements and sometimes develops new ones to deliver a diverse range of systems swiftly. 【Business Activities】 ■ Sales, rental, and renovation of (marine) refrigerated and frozen containers ■ Design and manufacturing of refrigeration, freezing, and heating equipment ■ Design, manufacturing, and installation of sanitary food machinery ■ General renovation work for food factories ■ Water treatment business ■ Design and manufacturing of fully automatic vacuum fryers (patented in Japan and the U.S.) ■ Overseas export operations of food machinery *For more details, please refer to the PDF materials or feel free to contact us.

This catalog is a collection of case studies for the products of Food Tech, which specializes in the design, manufacturing, construction, and sales of food factory equipment. We introduce numerous case studies, including product packaging lines, multi-stage net steam hot air dryers, and general-purpose vacuum cooling devices. When it comes to food manufacturing machinery, you can rely on us. 【Featured Cases (Excerpt)】 ■ Product Packaging Line ■ Automatic Continuous Seasoning Device ■ Chicken Processing Line ■ Multi-Stage Net Steam Hot Air Dryer ■ Tunnel Freezer *For more details, please refer to the PDF document or feel free to contact us.

This document introduces examples of modifications to refrigerated and frozen containers. It includes examples such as refrigerated and frozen containers that allow for first-in, first-out (FIFO) operation, the installation of doors on the sides of containers, and the replacement of cooling units in refrigerated and frozen containers with quiet models. Our company designs, manufactures, constructs, and sells food factory equipment, primarily focusing on food manufacturing machinery, leveraging years of accumulated know-how and reliable technical expertise. [Featured Examples (Excerpt)] ■ Refrigerated and frozen containers that allow for first-in, first-out operation ■ Installation of doors on the sides of containers ■ Replacement of cooling units in refrigerated and frozen containers with quiet models ■ Mobile negative pressure rooms, positive pressure rooms, drying rooms ■ Product storage testing rooms *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of the implementation of a "frozen and refrigerated container" that allows for first-in, first-out (FIFO) operation. The container had doors on only one side, which required rearranging the pallets to facilitate FIFO handling of frozen and refrigerated materials and products. To address this, we added a door on the exit side and installed a roller conveyor, allowing two pallets to be moved in parallel. This enabled us to consistently retrieve older materials and products, resulting in significant labor savings. [Case Overview] ■ Background leading to implementation - The container has doors on only one side - Rearranging the pallets was necessary for FIFO operation ■ Solution - Added a door on the exit side to simplify FIFO handling - Installed a roller conveyor to allow for parallel movement of two pallets *For more details, please refer to the PDF document or feel free to contact us.

Here is an example of installing a door on the side of a container. With only one side having a door, it was necessary to move the items in front in and out every time goods were loaded or unloaded, and to reach the back, a passageway had to be secured inside. By installing doors (swing doors, sliding doors) on the side, the hassle of moving items in and out from the back during loading and unloading was eliminated, and the internal space could be utilized more effectively. [Case Overview] ■ Background leading to the introduction - There was only one door, so it was necessary to move the items in front in and out every time goods were loaded or unloaded. - A passageway had to be secured inside to reach the back. - Loading and unloading goods required significant effort to open and close the container's door (marine door). ■ Solution - Installed doors (swing doors, sliding doors) on the side. - Enabled loading and unloading of various types of frozen raw materials and products from each door. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case where the cooling system of a refrigerated and frozen container was replaced with a quiet model. The refrigeration equipment for marine refrigerated and frozen containers consumes relatively high amounts of electricity and is quite loud, which could lead to noise complaints from the surrounding area, especially at night when installed in urban settings. Therefore, by replacing the refrigeration equipment with a general-purpose unit that has the same structure as an air conditioner, it became easier to handle repairs and maintenance, and the noise level decreased, eliminating disturbances to the surrounding area. [Case Overview] ■ Background Leading to Implementation - The refrigeration equipment for marine refrigerated and frozen containers consumes relatively high amounts of electricity. - The noise is quite loud, which could lead to noise complaints from the surrounding area, especially at night. - Being made in China, it is difficult to repair domestically when used on land. ■ Solution - Replaced the refrigeration equipment with a general-purpose unit that has the same structure as an air conditioner. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case where a container was modified and implemented as a "mobile negative pressure room, positive pressure room, and drying room." Even when there is an urgent need for a negative pressure room, positive pressure room, or drying room, there is often no space available within the building. However, containers are robust, airtight, and have good thermal insulation, and by utilizing their mobility, they can be modified for mobile use. They can be installed in necessary locations at the time needed, allowing for a quick response in emergencies. [Case Overview] ■ Background for Implementation There is often no space within the building when there is an urgent need for a negative pressure room, positive pressure room, or drying room. ■ Solution Utilizing the robustness, airtightness, thermal insulation, and mobility of containers. ■ Effect They can be installed in necessary locations at the time needed, allowing for a quick response in emergencies. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce examples of converting and implementing containers into "mobile small stores, simple accommodation facilities, and karaoke rooms." The background for this implementation was the desire to create small stores, simple accommodation facilities, and karaoke rooms at a low cost and within a short timeframe. Marine containers can be modified for various uses, taking advantage of their robustness. Being mobile, they can also be used for events, and the initial investment for the store was kept low. 【Case Overview】 ■ Background for Implementation The desire to create small stores, simple accommodation facilities, and karaoke rooms at a low cost and within a short timeframe. ■ Solution Utilizing the advantages of marine containers' robustness, they can be modified for various purposes. ■ Effects - Being mobile allowed for use at events. - The initial investment for the store was kept low. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of the implementation of a "simple vacuum cooling and vacuum drying device." After harvesting vegetables (especially leafy greens like Chinese cabbage and cabbage), there is a lot of residual moisture, so it takes time to cool them to a certain temperature even if they are placed directly in the refrigerator, which affects their freshness. Therefore, we modified a marine container tank (made of SUS). After loading the vegetables on pallets onto the internal roll conveyor, we made it possible to perform vacuuming and cooling simultaneously. [Background leading to the implementation] - After harvesting vegetables, the high residual moisture causes a delay in reaching a certain cooling temperature. - This affects the freshness deterioration. - Although large vacuum cooling devices are available at agricultural cooperatives, the usage fees are high, making small-scale vacuum cooling difficult. *For more details, please refer to the PDF document or feel free to contact us.