Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
721～750 item / All 1033 items
A specialized trading company for industrial machinery, cutting tools (blades), and peripheral equipment.
As a cutting tool expert, I propose products that can meet all of our customers' needs.
![[Catalog Gift] High-Speed Machining End Mill PM Series](https://image.mono.ipros.com/public/product/image/56f/2000282377/IPROS53849304141834424732.jpeg?w=280&h=280)
[Series catalog available] End mill that balances cutting performance and rigidity with unique blade and groove shape.
We are a tool manufacturer that starts with super hard materials and coating films, committed to quality and precision. With a quarter-century of accumulated know-how and the concept of regrinding, we promise to achieve high-efficiency processing while always thinking of "more than now" through our cutting tools. ~ A brief introduction of our offerings ~ ■ Carbide 4-flute Square End Mill for High-Speed Machining A strong-twist end mill that balances chip evacuation and cutting edge rigidity at a high level. Ideal for high-efficiency machining of groove cutting and side milling. ■ Carbide 4-flute Radius End Mill for High-Speed Machining A strong-twist radius end mill that balances chip evacuation and cutting edge rigidity at a high level. In addition to standard 2D machining, it accommodates a wide range of cutter paths such as ramping and profiling. ■ Carbide 2-flute Ball End Mill Capable of machining a wide range of materials from general steel to hardened steel. It is also compatible with high-speed machining centers. ◇ We also welcome inquiries for custom tools and will respond accordingly ◇ * For more details, please contact us or download the catalog.
Under dynamic conditions, the melting torque of the polymer is detected, and the melting viscosity, temperature, and shear stability are measured. Evaluation of small sample quantities is possible.
The laboplastomill examines the behavior during mixing by measuring the torque and resin temperature during the kneading process. A lump-like kneaded product is obtained, and tests can be conducted with approximately tens of grams of material.
An evolving historic brand: DICK'S cutting tools
"DICKS" is the trademark brand name of our original products.
Uchiyama Co., Ltd. creates the cutting tools demanded by the times and contributes to society through these tools.
The "End Mill Catalog for Resin" introduces the lineup of resin end mill products from Uchiyama Tool Co., Ltd. Uchiyama's resin end mills feature characteristics such as "short delivery times (7 to 10 days)" and "high precision in outer diameter variation." 【Contents】 〇 Business Introduction ○ LSG (Relief Surface Step) PCD End Mill ○ LCB (Chip Breaker) PCD End Mill 〇 AM Series Carbide Router ○ Semi-Mirror SF Class PCD End Mill 〇 Carbide Router AM Series Stock List ○ Development Examples *For more details, please download the PDF or feel free to contact us.
Developing PCD tools compatible with new materials!
Simultaneous processing of glass, a brittle material, and resin, a viscoelastic material, has been difficult. Our company has successfully shaped blades suitable for glass and blades suitable for resin within a single tool through microprocessing using ultra-short pulse lasers. 【Features】 ■ Realization of simultaneous processing of dissimilar laminated materials ■ Chipping of the glass layer below 10μm, no melting of the resin layer *For more details, please download the PDF or feel free to contact us.
![[Case Study] Tool Manufacturer](https://image.mono.ipros.com/public/product/image/131/2001053782/IPROS86323861367764185201.png?w=280&h=280)
Quantitative measurement of cutting is possible! We will listen to your requests and develop a testing plan.
We would like to introduce a case of machinability evaluation testing services requested by a tool manufacturer. The company requested a quantitative evaluation of their tools, an investigation into the causes of tool defects, and measurement of the surface roughness of the machined surfaces. Our R&D center has facilities that can quantitatively measure cutting processes, enabling tool evaluation and machinability assessment. We received feedback from the company indicating that they were able to identify the causes of the tool defects. 【Case Overview】 ■Request Details - To conduct a quantitative evaluation of the tools - To investigate the causes of tool defects - To measure the surface roughness of the machined surfaces ■Result: The causes of the tool defects were identified *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study] Parts Processing Manufacturer](https://image.mono.ipros.com/public/product/image/cb3/2001053783/IPROS93209880243957546597.png?w=280&h=280)
By reviewing the cutting conditions, the working time has been shortened! It is possible to present appropriate solutions.
We would like to introduce a case of the machinability evaluation testing service requested by a parts processing manufacturer. The company requested an investigation into the causes of defects (burrs, welding, and chatter), testing with tools for defect countermeasures, and the selection of tools for mass production, as well as an evaluation of the machinability of difficult-to-cut materials and hard brittle materials. We received feedback that they were relieved to find a place that could conduct test machining of difficult-to-cut materials while minimizing burrs on the products. [Case Overview (Partial)] ■ Request Details - Investigate the causes of defects (burrs, welding, and chatter) - Conduct test machining with tools for defect countermeasures - Select tools for mass production - Evaluate the machinability of difficult-to-cut materials and hard brittle materials *For more details, please refer to the PDF document or feel free to contact us.
![Equipped with an environment for quantitative evaluation of cutting [Tool Evaluation]](https://image.mono.ipros.com/public/product/image/d8b/2001053791/IPROS22979557534249975691.png?w=280&h=280)
It has a significant impact on the finished surface! It is possible to quantify the surface roughness of the finished surface.
We would like to introduce our "Tool Evaluation" services. In the "Cutting Edge Radius Measurement," we quantitatively assess the sharpness of the cutting edge by measuring the radius of curvature using a laser microscope. In the "Rake Face and Relief Face Roughness Measurement," we can quantify the surface roughness of the finished surface by using a laser microscope for measurement. We also offer "Cutting Edge Observation." 【Tool Evaluation】 ■ Cutting Edge Radius Measurement ■ Rake Face and Relief Face Roughness Measurement ■ Cutting Edge Observation *For more details, please refer to the PDF document or feel free to contact us.
![[Laser Technology Development Example] 90-Blade Ball End Mill](https://image.mono.ipros.com/public/product/image/2ea/2001053797/IPROS38502469101818957406.jpeg?w=280&h=280)
Expanding possibilities such as applications to hard and brittle materials and composite materials! Introducing examples of our laser technology development.
We would like to introduce our laser technology development example, the "90-blade ball end mill." We have successfully manufactured a 90-blade ball end mill with a blade diameter of φ2. The possibilities of PCD tools are expanding, including applications for hard and brittle materials as well as composite materials. We also have various other development examples. If you are facing issues such as "vibration during cutting" or "burr formation," please feel free to contact us. 【Overview of Development Example】 ■ Development Content: Manufacture of a 90-blade ball end mill with a blade diameter of φ2 ■ Result: Expanded possibilities of PCD tools *For more details, please refer to the PDF document or feel free to contact us.
![[Example of Laser Technology Development] DIA Coating + Laser Sharpened End Mill](https://image.mono.ipros.com/public/product/image/771/2001053802/IPROS31837586408912569993.jpeg?w=280&h=280)
We have many development examples! Achieving a long lifespan (about 6 times that of standard blades) and sharpness at the cutting edge.
We would like to introduce our example of laser technology development, "DIA Coating + Laser Sharpened End Mill." By applying laser irradiation to carbide DIA coated tools, we have achieved a significant increase in tool life (approximately six times that of standard tools) and enhanced sharpness of the cutting edge. We have various other development examples as well. If you are experiencing issues such as "vibration during cutting" or "burr formation," please feel free to contact us. 【Overview of Development Example】 ■ Development Content: Laser irradiation on carbide DIA coated tools ■ Results: Achieved increased tool life (approximately six times that of standard tools) and enhanced sharpness of the cutting edge. *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 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 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-made bar material, 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 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.
With CVD coating, it prevents interlayer delamination through compression cutting.
The "DFC Super Hard Composite Material Compression End Mill" features a structure with UP CUT and DOWN CUT spiral grooves that compress the top and bottom surfaces of plate-shaped composite materials towards the center of the plate thickness for machining composite materials. This action prevents DELAMINATION (interlayer separation) of the composite material. 【Features】 ○ The spiral grooves create a shearing action to cleanly cut the fibers within the composite material. ○ The strong positive rake angle minimizes heat generation, preventing the curing agent resin from burning onto the cutting edge, allowing for a quick, sharp, and clean cut. ○ The ultra-hard body coated with a diamond film through CVD can withstand the extremely high wear characteristics unique to composite materials. For more details, please contact us or download the catalog.
A minimum diameter of 0.8mm prevents interlayer delamination with compression cutting.
A twist groove with both up-cut and down-cut on a single tool prevents the occurrence of burrs and delamination, and compresses the cutting force towards the center of the thickness of the plate-like material. 【Features】 ○ Forms a reinforced finished edge on the top and bottom surfaces of the workpiece due to compression ○ To extend tool life against highly abrasive composites that can wear even carbide tools, two types of coatings are available: DLC coating and CVD coating. For more details, please contact us or download the catalog.
![[Tool Improvement Example] Selecting the Appropriate Cutting Tool Based on the Machining Shape](https://image.mono.ipros.com/public/product/image/58d/2000279648/IPROS7398692413591427801.png?w=280&h=280)
"Selecting the appropriate cutting tool from various processed shapes to meet your needs" Case Study Introduction
"We select the appropriate cutting tools from various processed shapes to meet our customers' requests." Here is a case study. 《Customer's Challenge》 There was a relief groove at the bottom of the counterbore, making it impossible to process with commercially available end mills. Therefore, we collaborated with a tool manufacturer to create a custom tool. 《Solution》 The selection of cutting tools involves choosing the optimal tool shape, base material, and coating based on the workpiece, the machine tool used, the processing content, and the processing method. We also modify the processing content in-house to meet customer requests, which helps reduce tool costs. For more details, please refer to our catalog or feel free to contact us.
Suppressing chatter during cutting! Achieving stable processing and high precision by adopting unevenly divided blades!
The "OR-TBR" is a reamer with oil holes that suppresses vibration during cutting, utilizing an unevenly divided blade design. 【Features】 ■ Stable processing with high precision due to the use of 6-blade (8-blade) unevenly divided blades ■ The ultra-hard material type is made of ultra-fine particles, allowing it to accommodate a wide range of workpiece materials (coating options available through additional processing) ■ High precision processing is possible up to a depth of 5D due to the oil holes ■ Processing accuracy with H7 tolerance *For more details, please refer to the PDF document or feel free to contact us.
For crushing small stones contained in clay! A roller mill boasting excellent crushing power and processing capacity.
The "SH Series" is a roller mill that excels in crushing power and processing capacity compared to conventional roll crushers. In the ultra-large model "SH1018," the roll pressure exceeds 200 tons. The "SH0709F" model is compact yet high-performance and high-crushing power, with basic operations similar to medium and large models. By using an automatic control roll cutting device, the rolls can be automatically shaved while being fed, allowing operators to not constantly monitor the process and enabling operation outside of regular hours. The "SH1018" features an automatic chip suction device, while the "SH0812" includes a chip collection tray to prevent contamination of the raw material. 【Features】 ■ Gap adjustment between rolls is displayed digitally with one touch. ■ Anyone can set it automatically just by matching the numbers. ■ A quantitative feeding device (optional) is available. - Uniformly conveys and supplies raw material across the full width of the rolls. - Simultaneously prevents uneven wear on the rolls. *For more details, please refer to the catalog or feel free to contact us.
Contributing to resource recycling by crushing raw materials from various fields! Multipurpose hammer mill.
The "HM Series" is a horizontal hammer mill suitable for the effective utilization of resources. The hammers are combined and mounted based on the characteristics of the raw materials. The screen features a split drawer design, allowing for various combinations according to the raw materials. Additionally, high-moisture raw materials are discharged without clogging due to the unique screen structure. The interior of the grinder is equipped with thick plate liners, and inspection doors operated by hydraulic systems are provided, making maintenance and inspection easy. 【Features】 ■ Crushes a variety of raw materials to the desired size ■ Hammers are combined and mounted based on the characteristics of the raw materials ■ High-moisture raw materials are discharged without clogging due to the unique screen structure ■ Equipped with thick plate liners inside the grinder ■ The structure allows for easy maintenance and inspection due to the hydraulic inspection doors *For more details, please refer to the PDF document or feel free to contact us.
![[Ultra-small diameter size] PCD tool manufacturing case study](https://image.mono.ipros.com/public/product/image/ea8/2000213828/IPROS6320224751888327031.JPG?w=280&h=280)
We will propose the optimal tools based on the material being machined and the processing shape.
This is a case study of the production of a PCD tool with an outer diameter of 50μm, ordered by a research institution. Considering factors such as cutting performance and resistance to breakage, we opted for a square prism shape. (Actual tool outer diameter: 48μm) We manufacture optimal micro tools tailored to the workpiece, machining accuracy, and required precision. *Prototyping is possible from just one piece! For production details, please download the catalog and contact us for more information.
Nikkou Machinery Jimk Original NK End Mill Square 4-Flute
This is an original carbide end mill from Nichiko Machinery. It features a TiAlN coating! It is ideal for machining non-ferrous materials such as aluminum and copper, as well as carbon steel, pre-hardened steel, and heat-treated steel with a hardness of HRC 48 or lower.
Nikkou Machinery Jimk Original NK End Mill Ball 2-Flute
This is an original carbide end mill from Nichiko Machinery. It features a TiAln coating! It is ideal for machining non-ferrous materials such as aluminum and copper, as well as carbon steel, pre-hardened steel, and hardened steel with a hardness of HRC 48 or lower.
