A "S-type" ultra-fine powder crusher that rotates two impellers at high speed in the same direction!
A super fine powder grinder with a simple structure that allows for easy internal cleaning and maintenance.
Compatible with a wide range of materials! Ultra-fine powder grinding machine!
The latest advanced machine that breaks away from the conventional wisdom of the traditional 10-horsepower crusher!
It is possible to generate nanoparticles using "dry" processing through cryogenic grinding with liquid nitrogen.
Mechanochemical dehydration of water and material crystals.
Materials Technology for Lithium-Ion Batteries and All-Solid-State Batteries: From Processes to Evaluation Techniques
Grinding and refining organic pigments using NaCl!
Without a built-in screen, the structure is simple and robust, resulting in almost no failures and allowing for semi-permanent use.
This is a cantilever-type fine-grinding machine with easy to disassemble and cleanability.
This hammer-type fine-grinding machine boasts 16,000 min-1, which is best in class.
Food ingredients with high oil content are also possible! We will introduce examples of both liquid and solid oils that have been turned into fine powders.
We will develop and deliver a sustainable high-value-added functional material manufacturing system to the world!
There is no degradation in the quality of the raw materials due to heat!
Flavor, aroma, and color are elevated to the next level with powdered form! A jet mill combined with unique technology for ultra-fine grinding.
Achieve ultra-fine grinding of a very small amount of samples quickly and easily! Perfect for grinding small quantities of various types!
Micron-sized to several tens of microns fine grinding is possible!
It is a crusher for ears and scraps that can be designed to match the line height!
The technology of powdering that expands the uses of various ingredients.
This is a compact, impact fine-grinding machine that can be used in applications ranging from research to low-volume production.
Moist food ingredients are also possible! We will introduce examples of processing them into fine powders through freezing and crushing.
Low-temperature processing with liquid nitrogen! Here are examples of maintaining flavors and aromas, as well as heat-sensitive components, while achieving micronization.
Introduction to the features, applications, and benefits of food grinding using ultra-low temperature (-196℃) liquid nitrogen.
It is possible to grind high-oil almonds to an average of 5μm! We also accept sample submissions.
We also provide custom-made design and manufacturing support!
