Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
241～270 item / All 1009 items
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.
Since it is in a straight line, modifying the blade shape is easy! It can be attached to a shank arbor with M screw specifications!
The "EXC-SLE" is a modular type switching end mill. It can be mounted on an M-thread shank arbor. Head replacement on the machine is easy and quick, reducing tool change time. Additionally, since it is in series, modifying the blade shape is easy. 【Features】 ■ Can be mounted on an M-thread shank arbor ■ Head replacement on the machine is easy and quick, reducing tool change time ■ Easy modification of blade shape due to series design ■ Various coding options available Sanyo Tool (our company) also accepts full custom special tools made of diamond, cermet, and carbide. We propose special tools that are different from others by utilizing the concept of original tools. *For more details, please refer to the PDF document or feel free to contact us.
Introducing a diverse lineup! Main specifications such as outer diameter and shank length are also included.
We would like to introduce our "End Mill Series." Starting with the "Modular Type Slotting End Mill EXC-SLE," we also offer products such as the "Diamond End Mill DIAE." In addition, we have available the "Pre-Solid Slotting Ultra Long End Mill SH-ELSLE" and the "Long Jack 2-Flute End Mill LS-SLE." 【Product Lineup (Partial)】 ■ Modular Type Slotting End Mill EXC-SLE ■ Diamond End Mill DIAE ■ Solid Slotting End Mill S-SLE ■ Solid Slotting Long End Mill S-LSLE Sanyo Tool (our company) also accepts custom orders for special tools made of diamond, cermet, and carbide. We propose unique special tools that differ from others by utilizing the concept of original tools. *For more details, please refer to the PDF document or feel free to contact us.
Challenging the molding limits of fine PCD tools! A Φ2 tool with 300 blades utilizing microprocessing with ultra-short pulse lasers!
PCD tools have difficulty in forming small diameters, fine shapes, and multiple blades. Our company has successfully manufactured a 300-blade tool with a diameter of 2 mm by applying fine processing using ultra-short pulse lasers. 【Features】 ■ Expanding the possibilities of PCD tools, including applications to hard and brittle materials and composite materials. *For more details, please download the PDF or feel free to contact us.
![Resin End Mill [For Rubber and Resin Tools]](https://image.mono.ipros.com/public/product/image/446/2001051902/IPROS89795841708463925888.png?w=280&h=280)
Successfully developed tools that can cut lightly! Introducing products that achieve a semi-mirror finish.
We would like to introduce our "end mills for resin." For carbide, we offer standard products "AM series" and "standard products." For PCD, we can manufacture "straight" and "straight + C face" according to your desired blade diameter and blade length. Additionally, we have "LCB (rake face groove processing)" which improves chip evacuation, and "SF class," which is more affordable than single crystal diamond end mills. 【PCD Lineup】 ■ Straight ■ Straight + C face ■ LCB (rake face groove processing) ■ SF class *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study] Material Manufacturer](https://image.mono.ipros.com/public/product/image/aa0/2001053785/IPROS30185161791400364506.png?w=280&h=280)
Solving problems in cutting sites! A case study of establishing processing technology for new materials.
Here is an example of the machinability evaluation testing service requested by a materials manufacturer. The company requested to test process new materials (high-hardness resins, films, laminated materials) and to prototype and test process tools for composite materials. Since they do not have the equipment for processing in-house, they are looking for a place that can conduct test processing, and they have expressed that they have been able to establish processing technology for new materials. [Case Overview (Partial)] ■Request Details - They want to test process new materials (high-hardness resins, films, laminated materials). - They would like to prototype and test process tools for composite materials. - They want to know the appropriate tools and processing conditions. - They want to reduce processing time. *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study] Machinery Manufacturer](https://image.mono.ipros.com/public/product/image/7d1/2001053786/IPROS37874022236104502570.png?w=280&h=280)
A case where measurable data can be presented to customers! We solve problems in the cutting field.
Here is an example of the machinability evaluation testing service requested by a machinery manufacturer. The company requested to investigate the performance of their machine and spindle, evaluate tools made with a new tool molding machine, and assess the spindle. We were able to measure data that can be presented to the customer. At our company, we solve issues in cutting operations at our facility, the "R&D Center," where we can quantitatively measure cutting. Please feel free to contact us if you have any requests. 【Case Overview】 ■Request Details - Investigate the performance of the machine and spindle - Evaluate tools made with a new tool molding machine - Assess the spindle *For more details, please refer to the PDF document or feel free to contact us.
![Equipped with an environment that allows for quantitative evaluation of cutting [Machinability Evaluation]](https://image.mono.ipros.com/public/product/image/11a/2001053792/IPROS29324284432698936453.png?w=280&h=280)
We will use cutting power meters and high-performance high-speed cameras!
We would like to introduce our "Machinability Evaluation." "Cutting Force Measurement" allows us to measure cutting forces using a Kistler cutting dynamometer, enabling the investigation of machinability, tool deflection, and material vibrations. "Machined Surface Roughness Measurement" allows us to evaluate surface quality by measuring the surface roughness Ra and Rz after machining. Additionally, we can also conduct "Chip Discharge Measurement" and "Chip Observation." Please feel free to contact us if you have any requests. 【Machinability Evaluation】 ■ Cutting Force Measurement ■ Machined Surface Roughness Measurement ■ Chip Discharge Measurement ■ Chip Observation *For more details, please refer to the PDF document or feel free to contact us.
![[PCD Tool Development Example] R-SF Class](https://image.mono.ipros.com/public/product/image/a1a/2001053796/IPROS51939691306133908362.jpeg?w=280&h=280)
Developed using in-house developed laser processing technology! Sharp edges equivalent to SF class.
We would like to introduce an example of tool development in the "R-SF class." In single crystal diamond tools, achieving a mirror finish on R-shaped surfaces is challenging. Therefore, by utilizing our self-developed laser processing technology, we have developed PCD tools with sharp edges equivalent to the SF class. As a result, we have achieved a mirror finish in R chamfering processes. [Overview of Development Example] ■ Issue: Single crystal diamond tools have difficulty achieving a mirror finish on R-shaped surfaces. ■ Result: Achieved a mirror finish in R chamfering processes. *For more details, please refer to the PDF document or feel free to contact us.
![[Example of Laser Technology Development] 120-Blade Pattern End Mill](https://image.mono.ipros.com/public/product/image/c2d/2001053799/IPROS20215212548147531716.jpeg?w=280&h=280)
The tool's pattern is 50µm pitch, and the twist angle is +30°, -30°! Here are examples of laser technology development.
We would like to introduce our laser technology development example, the "120-Blade Pattern End Mill." This is a PCD end mill with a blade diameter of φ2.3mm, designed for hard and brittle materials such as glass. The tool's pattern has a pitch of 50µm, with a twist angle of +30° and -30°. Using ultra-short pulse laser microprocessing technology, we successfully formed a helical shape. 【Development Example Overview】 ■ Development Content: PCD end mill with a blade diameter of φ2.3mm for hard and brittle materials ■ Results - Successfully formed a helical shape using ultra-short pulse laser microprocessing technology *For more details, please refer to the PDF document or feel free to contact us.
![[Example of Laser Technology Development] PCD End Mill with 10um Pitch Notches](https://image.mono.ipros.com/public/product/image/eff/2001053800/IPROS53143143511642748637.jpeg?w=280&h=280)
Application of microfabrication technology! A successful case of creating fine notches.
We would like to introduce our laser technology development example, "PCD End Mill with 10um Pitch Notches." In conventional technology, it was difficult to create small shapes, but by applying fine processing technology using ultra-short pulse lasers, we successfully added fine notches to straight-flute end mills. Please feel free to contact us if you have any inquiries. 【Development Example Overview】 ■ Challenge: It was difficult to create small shapes with conventional technology. ■ Solution: Application of fine processing technology using ultra-short pulse lasers. ■ Result: Successfully added fine notches to straight-flute end mills. *For more details, please refer to the PDF materials or feel free to contact us.
Support until the cutting issues are resolved! We also introduce case studies for requests to the R&D center and processing equipment.
This document introduces the features of the cutting performance evaluation service. In addition to strengths such as tool proposals and tool prototypes, it includes examples of requests to the R&D center for "quantitative evaluation of tools" and "quantitative evaluation of cutting performance." It also lists processing equipment such as "machining centers" and "NC lathes," as well as measurement equipment like "laser microscopes." [Contents (partial)] ■ Features of the cutting performance evaluation service ■ Examples of requests to the R&D center - Tool manufacturers - Machinery manufacturers - Parts processing manufacturers - Material manufacturers *For more details, please refer to the PDF document or feel free to contact us.
100% German materials, applicable for 45HRC to 70HRC.
1. The base material uses ultra-fine particle carbide material made in Germany. 2. Base material hardness: 94HRA (HV30 = 1930N/mm²). 3. Flexural strength: over 3900N/mm² (TRS > 3900N/mm²). 4. Processed using a CNC 5-axis controlled grinding machine made by Walter in Germany. 5. ALDURA coating. 6. Recommended for high hardness and high-speed cutting processing.
100% German materials, applicable from 45HRC to 70HRC.
1. The base material uses ultra-fine particle carbide made in Germany. 2. Base material hardness: 94HRA (HV30 = 1930N/mm²). 3. Flexural strength: over 3900N/mm² (TRS > 3900N/mm²). 4. Processed with a CNC 5-axis controlled grinding machine made by Walter in Germany. 5. ALDURA coating. 6. Recommended for high hardness and high-speed cutting processing.
100% German materials, applicable for 45HRC to 70HRC.
1. The base material uses ultra-fine particle carbide made in Germany. 2. Base material hardness: 94HRA (HV30 = 1930N/mm²). 3. Flexural strength: over 3900N/mm² (TRS > 3900N/mm²). 4. Processed using a CNC 5-axis controlled grinding machine made by Walter in Germany. 5. ALDURA coating. 6. Recommended for high hardness and high-speed cutting processing.
100% German materials, applicable from 45HRC to 70HRC.
1. The base material uses ultra-fine particle carbide made in Germany. 2. Base material hardness: 94HRA (HV30 = 1930N/mm²). 3. Flexural strength: over 3900N/mm² (TRS > 3900N/mm²). 4. Processed using a CNC 5-axis control grinding machine made by Walter in Germany. 5. ALDURA coating. 6. Recommended for high hardness and high-speed cutting processing.
100% German materials, applicable from 15HRC to 45HRC.
1. The base material uses ultra-fine particle carbide made in Germany. 2. Base material hardness: 92.3 HRA (HV30 = 1680 N/mm²). 3. Flexural strength: over 3800 N/mm² (TRS > 3800 N/mm²). 4. Processed using a CNC 5-axis controlled grinding machine made by Walter in Germany. 5. Recommended for high hardness and high-speed cutting processing.
100% German-made bar material, suitable for 45HRC to 70HRC.
1. The base material uses ultra-fine particle carbide made in Germany. 2. Base material hardness: 94HRA (HV30 = 1930N/mm²). 3. Flexural strength: over 3900N/mm² (TRS > 3900N/mm²). 4. Processed using a CNC 5-axis controlled grinding machine made by Walter in Germany. 5. ALDURA coating. 6. Recommended for high hardness and high-speed cutting processing.
