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End Mills Product List and Ranking from 44 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Aug 20, 2025～Sep 16, 2025
This ranking is based on the number of page views on our site.

End Mills Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 20, 2025～Sep 16, 2025
This ranking is based on the number of page views on our site.

  1. YG-1ジャパン Osaka//Machine elements and parts
  2. さくさく Osaka//Machine elements and parts
  3. 東京山勝 Tokyo//Trading company/Wholesale
  4. 4 Cominix Osaka//Machine elements and parts
  5. 5 マーポス Tokyo//Testing, Analysis and Measurement
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End Mills Product ranking

Last Updated： Aggregation Period:Aug 20, 2025～Sep 16, 2025
This ranking is based on the number of page views on our site.

  1. Cutting tool さくさく
  2. CCD camera-equipped non-contact tool measurement system 'VTS WF' マーポス
  3. VMQE soft rubber processing end mill (patent pending) 三洋工具 長野事業所、東京本社、名古屋営業所、大阪営業所、マレーシア工場、メキシコ工場
  4. YG-1 Japan Co., Ltd. Company Profile YG-1ジャパン
  5. 5 Small upcycling crusher 安藤

End Mills Product List

391～405 item / All 615 items

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40% reduction in tool costs! Zhuzhou Tools High Hardness Machining End Mill HM Series

40% reduction in tool costs! Zhuzhou Tools High Hardness Machining End Mill HM Series

Combining high precision and low price, we are currently selling over 100,000 end mills annually in Japan! End mills for high-hardness material processing and the comprehensive catalog can be found below!

【Publication Content】 ■ High Hardness Material Processing HM Series ◎ For more details, please contact us or download the catalog. ■ About Stock Our Japanese distributor, Kyoni Co., Ltd. (Tokyo), has a rich inventory of standard products and can deliver them immediately across Japan.

  • Other cutting tools

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Key Points for Cost Reduction Design in Microfabrication of Difficult-to-Cut Materials

Key Points for Cost Reduction Design in Microfabrication of Difficult-to-Cut Materials

We will introduce the key points for cost reduction design of difficult-to-cut materials.

Before: End mills are not used for micro-machining. When machining difficult materials such as titanium, end mills wear out quickly, leading to poor tool life and increased tool costs. Additionally, managing dimensional accuracy becomes challenging due to tool wear, and there are cases where the dimensions at the base of features like bosses or blind holes become unstable. Particularly for parts that require high precision machining, frequent tool changes become necessary, resulting in significantly higher costs. After: Ball end mills are used for micro-machining. By incorporating an R shape at the base of the product within the design limits, machining accuracy can be stabilized. In such cases, it is possible to switch from standard end mills to ball end mills or radius end mills, which are less affected by wear at the tool tip, thereby improving tool life and stabilizing dimensional accuracy. ● For more details, please download the catalog or contact us.

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Freely combinable 'New Super Drill'

Freely combinable 'New Super Drill'

Versatile combinations! A drill capable of deep hole processing up to 1800mm.

The "New Super Drill" is a cutting tool capable of deep hole machining up to a maximum depth of 1800mm. By combining the standard style of the head and shank with an extension arbor, it can accommodate various machining depths, making it a highly versatile combination system that is easier to use. 【Combination Examples】 ■ Standard Head - Extension Arbor / Flat Head - Morse Taper Shank (Standard) - Morse Taper Shank (For Oil Hole Holder) - Straight Shank (For Milling Chuck) - Straight Shank (For Turret Lathe) *For more details, please refer to the PDF document or feel free to contact us.

  • drill

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Attention!! An end mill that produces no burrs! The 'Zero Burr Mill for Resin' has been born.

Attention!! An end mill that produces no burrs! The 'Zero Burr Mill for Resin' has been born.

Outstanding transparency with one-pass machining using an end mill! Machining can be done beautifully without any burrs! We will introduce examples of zero-burr end mills!

We would like to introduce a case study of zero-burr end mill processing that our company has conducted. Tool used: Zero-burr mill for resin (custom-made) Material: Acrylic It can be seen that the side areas are also beautifully drilled, with no burrs, achieving a clean perforation. The zero-burr mill allows for single-pass processing, reducing the number of processes and leading to cost savings. 【Processing Case】 ■ Tool used: Zero-burr mill for resin (custom-made) ■ Material: Acrylic ■ Zero-burr end mill ■ Single-pass processing ■ Excellent transparency ■ No burrs *For more details, please refer to the PDF document or feel free to contact us.

  • Other cutting tools

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End mill "DFC carbide composite material compression end mill"

End mill "DFC carbide composite material compression end mill"

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.

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End mill "Ultra-hard ultra-fine diameter compression end mill"

End mill "Ultra-hard ultra-fine diameter compression end mill"

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.

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[Tool Improvement Example] Selecting the Appropriate Cutting Tool Based on the Machining Shape

[Tool Improvement Example] Selecting the Appropriate Cutting Tool Based on the Machining Shape

"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.

  • Processing Contract

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[Ultra-small diameter size] PCD tool manufacturing case study

[Ultra-small diameter size] PCD tool manufacturing case study

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.

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Sea Wave End Mill for Difficult-to-Cut Materials "Snake Mill"

Sea Wave End Mill for Difficult-to-Cut Materials "Snake Mill"

End mills suitable for machining difficult materials such as aluminum and stainless steel.

The Sea Wave End Mill "Snake Mill" is an end mill suitable for machining difficult-to-cut materials. Its special wave-shaped blade reduces cutting resistance and shortens machining time. Additionally, it minimizes burrs after processing, resulting in a cleaner finish. Features: ● Special Blade Shape The wave-shaped blade reduces cutting resistance and shortens machining time. ● Coating It uses a coating that excels in heat and wear resistance, achieving a long tool life. *Compatible with both dry and wet machining. Custom-made products with special dimensions are also available. Please contact us for more details.

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Sea Wave Aluminum Chamfer End Mill "Chamfer Mill"

Sea Wave Aluminum Chamfer End Mill "Chamfer Mill"

A chamfering end mill specifically designed to minimize burrs during aluminum machining.

The Sea Wave End Mill "Chamfer Mill" is a dedicated end mill for chamfering aluminum materials. Its unique blade shape speeds up the machining process! It also minimizes burrs after processing, resulting in a clean finish. Features ● Special Blade Shape Adopts a blade shape that minimizes secondary burrs during milling, suppressing their occurrence.

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Micro Ball Grinding Machine "MB-20"

Micro Ball Grinding Machine "MB-20"

Single crystal diamond tools with sub-micron precision! The definitive small diameter ball end mill.

The "MB-20" is a micro ball grinding machine developed to improve machine precision to the nanometer level and to transfer that precision to diamond tools through polishing. The XY axis features opposing linear motors, allowing for fine polishing at 10 nanometer steps with temperature-controlled cooling water at a 1 nanometer scale. Additionally, the C axis achieves a rotational accuracy of less than 50 nanometers through a unique mechanism using air static pressure and a DD motor. It is also ideal for enhancing the precision of PCD and CBN materials, in addition to single crystal diamond ball end mills. 【Features】 ■ Ball end mills with sub-micron precision ■ Contour accuracy of 0.3 microns and rotational runout accuracy of less than 1 micron ■ Capable of polishing single crystal diamonds (natural, synthetic, CVD) ■ Capable of polishing ultra-high hardness materials *For more details, please refer to the PDF document or feel free to contact us.

  • Grinding Machine

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Radius end mill for machining high hardness steel 'EPDREH-TH3'

Radius end mill for machining high hardness steel 'EPDREH-TH3'

Pursuing high-precision machining! The two-flute tools range from Φ0.2 to Φ1, while the four-flute tools range from Φ1 to Φ6.

The "EPDREH-TH3" is a small-diameter deep-cut radius end mill designed for high-hardness steel. In addition to the two-flute design, a four-flute option has been added (Φ1 to Φ6). Thanks to the effects of the TH3 coating and the unique blade shape, it enables long life and high-precision machining of high-hardness steel. The bottom blade adopts a positive rake shape that provides excellent cutting performance, allowing for good surface quality even when machining high-hardness steel. 【Features】 ■ R precision guarantee for high-precision machining ■ Tool design focused on high-precision machining ■ TH3 coating for high-hardness steel machining - High-hardness film with excellent wear resistance and heat resistance - Excellent impact resistance that suppresses sudden chipping - Long life in the machining range of high-hardness steel exceeding 50HRC, such as hardened steel *For more details, please refer to the PDF document or feel free to contact us.

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High-efficiency side cutting end mill 'ER5HS-PN'

High-efficiency side cutting end mill 'ER5HS-PN'

Achieve high-efficiency machining in combination with load control tool paths! Another option for rough machining.

The "ER5HS-PN" is a high-efficiency end mill for side cutting that enables reduced machining time, tool consolidation, and downsizing. By performing all rough machining with a single tool without using high-feed tools or tools for finishing, it achieves consolidation of processes and tools. Additionally, it possesses three essential tool characteristics for high-efficiency side cutting: "vibration suppression," "reduction of chip clogging," and "prevention of chipping." 【Features】 ■ 5-flute & uneven division - Vibration resistance: Achieves stable machining without vibration even under high-efficiency conditions. ■ Two-step relief shape - Vibration resistance: The gentle angle of the relief surface contacts the workpiece, reducing vibrations. - Chipping resistance: Increases edge rigidity, preventing chipping even under high-efficiency conditions. *For more details, please refer to the PDF document or feel free to contact us.

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Epoch SUS Series EPSF/EPSM/EPSW-PN

Epoch SUS Series EPSF/EPSM/EPSW-PN

Rich lineup! There are options for finishing processes, rough processing to finishing processes, and rough processing.

We handle the MOLDINO company's "Epoch SUS Series," which accommodates various machining processes from rough cutting to finishing. We offer three types: "Epoch SUS Finish (EPSF)" for finishing, "Epoch SUS Multi (EPSM)" for rough to finishing, and "Epoch SUS Wave (EPSW)" for rough cutting. In addition to the vibration suppression effect from the unevenly divided shape, wear resistance is improved by the PN coating. 【Features】 ■ Vibration suppression effect from unevenly divided shape (EPSF/EPSM/EPSW) ■ Smooth chip removal due to two-stage gash (bottom blade pocket) (EPSM/EPSW) ■ Improved chipping resistance and wear resistance due to double eccentric (EPSM) ■ Smooth chip removal due to suitable outer edge full shape (EPSW) ■ Improved wear resistance due to PN coating (EPSF/EPSM/EPSW) *For more details, please refer to the PDF document or feel free to contact us.

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NACHI: DLC Mill VL Series End Mill for Aluminum Processing

NACHI: DLC Mill VL Series End Mill for Aluminum Processing

End mills for aluminum processing, including radiused types, are also available in the lineup.

Ideal for aluminum alloy processing with DLC coating. An end mill for aluminum alloys that enables high-speed and high-quality machining through the adoption of uneven division and uneven lead. Long blade lengths, deep engraving processing, and radius types are also available in the lineup.

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