マイクロフーズジャパン List of News Articles

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and auxiliary equipment, production capacity has increased to approximately five times, enabling over 1 ton per day production per crusher. Improvements to the cooling function have allowed for the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we have achieved the ability to produce even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crushing machines. With the enhancements to the crushing machines and auxiliary equipment, production capacity has increased to approximately five times, allowing for over 1 ton per day per machine. Improvements to the cooling function have enabled the crushing of materials that would otherwise be altered by heat. Additionally, modifications to the internal structure of the crushing machine have achieved even finer particle size reduction. 【Case Overview】 ■Results - Increased production capacity - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its auxiliary equipment, production capacity increased by approximately five times, allowing for over 1 ton/day production per crusher. Improvements in the cooling function have enabled the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we have achieved the ability to produce even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the improvements to the crusher and auxiliary equipment, production capacity has increased to about five times, allowing for over 1 ton per day per crusher. The enhancement of the cooling function has made it possible to crush materials that would otherwise be altered by heat. Additionally, by improving the internal structure of the crusher, we have achieved even finer particle size reduction. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our grinding machines. With the improvements to the grinding machines and auxiliary equipment, production capacity has increased approximately fivefold, enabling over 1 ton per day per grinding machine. The enhancement of the cooling function has allowed for the grinding of materials that would otherwise be altered by heat. Additionally, by improving the internal structure of the grinding machine, we have achieved even finer particle sizes. 【Case Summary】 ■Results - Increased production capacity - Enabled grinding at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its auxiliary equipment, production capacity has increased to approximately five times, allowing for over 1 ton per day per crusher. Improvements to the cooling function have enabled the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we have achieved the ability to crush into even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its auxiliary equipment, production capacity increased by approximately five times, enabling over 1 ton per day production per crusher. Improvements to the cooling function have allowed for the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we have achieved the ability to crush materials into even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its auxiliary equipment, production capacity has increased to approximately five times, allowing for over 1 ton per day per crusher. Improvements to the cooling function have enabled the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we have achieved the ability to crush to even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the improvements to the crusher and its ancillary equipment, production capacity increased by approximately five times, allowing for over 1 ton per day per crusher. The enhancement of the cooling function enabled the crushing of materials that would otherwise be altered by heat. Additionally, by improving the internal structure of the crusher, we achieved the ability to crush into even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the improvements to the crusher and its auxiliary equipment, production capacity increased by about five times, allowing for over 1 ton per day per crusher. The enhancement of the cooling function has enabled the crushing of materials that would otherwise be altered by heat. Additionally, by improving the internal structure of the crusher, we have achieved even finer particle size reduction. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its auxiliary equipment, production capacity has increased to approximately five times, enabling over 1 ton per day production per crusher. Improvements to the cooling function have allowed for the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we have achieved the ability to crush to even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its ancillary equipment, production capacity has increased to approximately five times, enabling over 1 ton per day per crusher. Improvements to the cooling function have allowed for the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we have achieved the ability to crush to even finer particles. 【Case Overview】 ■Results - Increased production capacity - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crushing machines. With the enhancements to the crushing machines and auxiliary equipment, production capacity increased to approximately five times, allowing for over 1 ton per day per machine. Improvements to the cooling function have enabled the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crushing machine, we have achieved the ability to crush to even finer particles. 【Case Summary】 ■ Results - Increased production capacity - Enabled crushing at lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the improvements to the crusher and auxiliary equipment, the production volume increased to approximately five times, allowing for over 1 ton per day per crusher. The enhancement of the cooling function enabled the crushing of materials that would otherwise be altered by heat. Additionally, by improving the internal structure of the crusher, we achieved the ability to crush to even finer particles. 【Case Summary】 ■Results - Increased production volume - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its auxiliary equipment, production capacity increased by approximately five times, allowing for over 1 ton per day per crusher. Improvements to the cooling function have enabled the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we have achieved the ability to produce even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its auxiliary equipment, the production volume increased by approximately five times, allowing for over 1 ton per day per crusher. The improvements to the cooling function have enabled the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we have achieved the ability to crush to even finer particle sizes. 【Case Summary】 ■Results - Increased production volume - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the improvements to the crusher and its ancillary equipment, the production volume increased to approximately five times, allowing for over 1 ton per day per crusher. The enhancement of the cooling function has enabled the crushing of materials that would otherwise be altered by heat. Additionally, by improving the internal structure of the crusher, we have achieved the ability to crush to even finer particles. 【Case Summary】 ■Results - Increased production volume - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the improvements to the crusher and auxiliary equipment, production capacity has increased to approximately five times, enabling over 1 ton per day per crusher. The enhancement of the cooling function has allowed for the crushing of materials that would otherwise be altered by heat. Additionally, by improving the internal structure of the crusher, we have achieved the ability to crush into even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its auxiliary equipment, production capacity increased by approximately five times, enabling over 1 ton per day per crusher. Improvements to the cooling function have allowed for the crushing of materials that would otherwise be altered by heat. Additionally, modifications to the internal structure of the crusher have achieved even finer particle size reduction. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its ancillary equipment, production capacity increased to about five times, allowing for over 1 ton per day per crusher. Improvements to the cooling function enabled the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we achieved the ability to produce even finer particles. 【Case Overview】 ■Results - Increased production capacity - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its ancillary equipment, production capacity increased to approximately five times, allowing for over 1 ton per day per crusher. Improvements to the cooling function have enabled the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we achieved the ability to crush to even finer particles. 【Case Overview】 ■Results - Increased production capacity - Enabled crushing at lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the improvements to the crusher and its ancillary equipment, production capacity has increased to approximately five times, allowing for over 1 ton per day per crusher. The enhancement of the cooling function has enabled the crushing of materials that would otherwise be altered by heat. Additionally, by improving the internal structure of the crusher, we have achieved even finer particle size reduction. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our grinding machines. With the enhancements to the grinding machines and auxiliary equipment, production capacity increased by approximately five times, allowing for over 1 ton per day per grinding machine. The improvements in the cooling function enabled the grinding of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the grinding machine, we achieved the ability to grind to even finer particles. [Case Summary] ■Results - Increased production capacity - Enabled grinding at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its auxiliary equipment, production capacity increased by approximately five times, allowing for over 1 ton per day per crusher. Improvements to the cooling function have enabled the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we achieved the ability to produce even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our grinding machines. With the enhancements to the grinding machines and auxiliary equipment, production capacity has increased to approximately five times, allowing for over 1 ton per day per grinding machine. Improvements to the cooling function have enabled the grinding of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the grinding machine, we have achieved the ability to grind to even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled grinding at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its auxiliary equipment, production capacity increased by approximately five times, enabling over 1 ton per day production per crusher. Improvements to the cooling function have allowed for the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we have achieved the ability to crush into even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its auxiliary equipment, production capacity increased to approximately five times, allowing for over 1 ton per day per crusher. Improvements to the cooling function have enabled the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we achieved the ability to produce even finer particles. 【Case Overview】 ■Results - Increased production capacity - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the improvements to the crusher and its ancillary equipment, production capacity increased to about five times, allowing for over 1 ton per day per crusher. The enhancement of the cooling function has enabled the crushing of materials that would otherwise be altered by heat. Additionally, by improving the internal structure of the crusher, we achieved the ability to crush to even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our grinding machines. With the enhancements to the grinding machines and auxiliary equipment, the production volume increased to about five times, allowing for over 1 ton per day per grinding machine. Improvements to the cooling function have enabled the grinding of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the grinding machine, we achieved the ability to grind to even finer particles. 【Case Summary】 ■Results - Increased production volume - Enabled grinding at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the improvements to the crusher and auxiliary equipment, production capacity increased to about five times, allowing for over 1 ton per day per crusher. The enhancement of the cooling function enabled the crushing of materials that would otherwise be altered by heat. Additionally, by improving the internal structure of the crusher, we achieved the ability to crush to even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at even lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our crusher. With the enhancements to the crusher and its ancillary equipment, production capacity increased to approximately five times, allowing for over 1 ton per day per crusher. Improvements to the cooling function have enabled the crushing of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the crusher, we achieved even finer particle sizes. 【Case Summary】 ■Results - Increased production capacity - Enabled crushing at lower temperatures - Further micronization

We would like to introduce a case that was resolved through improvements made to our grinding machines. With the enhancements to the grinding machines and auxiliary equipment, production capacity has increased to approximately five times, allowing for over 1 ton per day per grinding machine. Improvements to the cooling function have enabled the grinding of materials that would otherwise be altered by heat. Additionally, by modifying the internal structure of the grinding machine, we have achieved the ability to grind to even finer particles. 【Case Summary】 ■Results - Increased production capacity - Enabled grinding at lower temperatures - Further micronization

We will be exhibiting at the "Health Food Ingredients and OEM Exhibition 2023" held at Hall E of the Tokyo International Forum from April 25 (Tuesday) to 26 (Wednesday), 2023. We will be showcasing our contract processing technology focused on grinding and our mulberry leaf powder. Please be sure to stop by our booth. Our booth number: D11.

We will be exhibiting at "ifia JAPAN 2023," held from May 17 (Wednesday) to May 19 (Friday) at Tokyo Big Sight, South Halls 1 and 2. We will be showcasing our contract processing technology and mulberry leaf powder. Please be sure to stop by our booth. Our booth number is 1542.

We will be exhibiting at the "Health Food Ingredients and OEM Exhibition 2023" held at Hall E of the Tokyo International Forum from April 25 (Tuesday) to 26 (Wednesday), 2023. We will be showcasing our contract processing technology focused on grinding and our mulberry leaf powder. Please be sure to visit our booth. Our booth number: D11.