Last Updated： Aggregation Period:Nov 26, 2025～Dec 23, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 26, 2025～Dec 23, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 26, 2025～Dec 23, 2025
This ranking is based on the number of page views on our site.
226～240 item / All 979 items
Optimal for high-efficiency, precision finishing of high-hardness material molds.
Optimal for high-efficiency, precision finishing of high-hardness material molds. With the adoption of a newly developed lubrication coating, friction resistance during cutting is reduced, and wear resistance is also improved. Achieves high shape accuracy of +3 to -7 μm with one-pass grinding, enabling high-precision processing.
Optimal for high-efficiency rough machining.
Optimal for high-efficiency rough machining Achieves stable machining with a wave-shaped serrated cutting edge ideal for rough machining of molds and similar applications Long lifespan due to excellent high-temperature hardness and toughness of ultra-fine particle cemented carbide with a smooth coating
Continuous processing from hole drilling to pocket milling.
Continuous processing from drilling to pocket grooves Coated carbide end mills capable of continuous processing from drilling to pocket grooves Low variation in cutting resistance allows for high-efficiency processing even with small machining centers.
High-efficiency deep pocket machining of aluminum alloy.
High-efficiency deep pocket machining of aluminum alloy Coated with DLC, which has high hardness, low friction coefficient, and excellent wear resistance The DLC coating and large chip pocket improve chip evacuation, enabling high-efficiency machining Excellent machining accuracy allows for high-quality processing
Achieving long-lasting processing of non-ferrous metals.
Achieving long-lasting processing of non-ferrous metals 100% diamond coating Ideal for non-ferrous metals such as aluminum alloys Over 10 times longer lifespan than untreated products in aluminum alloy processing Series Diamond Coated Drill Diamond Coated FF Drill
It is used for the crushing and grinding of incineration ash that comes out of the incineration plant.
It consists of a heavy roller in the shape of a wheel and a pan (circular container). This machine crushes the raw materials placed inside the rotating pan by being compressed under the weight of the roller. It can be integrated into a continuous process for feeding and discharging.
It is widely used in various fields. This is a wet ball mill from Chuko Seiki, suitable for fine grinding and durable for long-term use.
Crushed materials, grinding media (balls or stones), and water or other liquids are fed into the mill. It is faster than dry grinding and is suitable for fine grinding. Generally, alumina balls are used with an alumina brick lining to prevent iron contamination, and it is used for high-tech industries related to fine ceramics and electronic components.
During the operation of the ball mill, grinding heat is generated, which negatively affects the quality of the raw materials. Preventing temperature rise helps maintain the properties of the raw materials and leads to efficient grinding.
When grinding heat-sensitive raw materials for an extended period, a method is used to cool the mill body with cooling water and heat transfer media to prevent the temperature of the contents from rising. Subtle changes in the material industry also have an impact on the production of functional materials or the high-tech commercialization of products. Water jacket type mills are on the rise.
Clear information on the advantages and disadvantages of batch and continuous processes is available. Applications for crushing tests are also being accepted.
This document includes basic knowledge about ball mills, which are widely used for the fine grinding, mixing, and dispersion of raw materials. It clearly introduces the advantages and disadvantages of both "batch" and "continuous" methods, as well as the features of our ball mills. If you are considering the introduction or upgrade of a ball mill, please take a look. 【Contents】 - What is a ball mill? - Types of ball mills (advantages and disadvantages of batch and continuous types) - Types of linings and balls - Features of our ball mills (dry and wet) *This document can be viewed via "PDF Download." Please feel free to contact us with any inquiries.
There are two types: one for steel and one for Ti/SUS, compatible with all types of workpieces.
The laminated coating of heat-resistant film and hard film enables machining of high-hardness materials. It excels in wear resistance and adhesion resistance, achieving stable chip evacuation for a wide range of work materials.
Manufacturing of two-wheeled and four-wheeled vehicle parts and tools, and sales of machine tools, cutting tools, and industrial equipment.
We also engage in the sale of machine tools, cutting tools, and industrial equipment.
Machines come to life, blades come to life.
Interchangeable head type
High toughness ultra-fine particle super hard alloy!
S-TiN coating. It demonstrates excellent performance in cutting processes with material hardness of 55 HRC or higher.
Super hard material!
We are particular about quality and precision in our coating films.
