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MILL Product List and Ranking from 271 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Nov 26, 2025～Dec 23, 2025
This ranking is based on the number of page views on our site.

MILL Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Nov 26, 2025～Dec 23, 2025
This ranking is based on the number of page views on our site.

  1. Bühler K.K. Kanagawa//Food Machinery
  2. ケイアイワールド Aichi//Other manufacturing
  3. フリッチュ・ジャパン 本社 Kanagawa//Chemical
  4. 4 東京山勝 Tokyo//Trading company/Wholesale
  5. 5 中央化工機 Aichi//Industrial Machinery
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MILL Product ranking

Last Updated： Aggregation Period:Nov 26, 2025～Dec 23, 2025
This ranking is based on the number of page views on our site.

  1. New Three-Roll Mill Trias Bühler K.K.
  2. Are there any of you who are troubled by or worried about regrinding cutting tools? ケイアイワールド
  3. Crusher Test Research Small Vibrating Mill MB-O/MB-1/MB-3 Type 中央化工機
  4. KLEEMANN self-propelled jaw crusher MC100R 日工 事業本部
  5. 4 If you need good dimensional accuracy and regrinding of special cutting tools and cutting tools, leave it to us. ケイアイワールド

MILL Product List

211～225 item / All 979 items

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Falcon Gold End Mill

Falcon Gold End Mill

High-speed cutting is possible under harsh conditions! Strong in dry cutting of difficult-to-machine materials.

The "Falcon Gold End Mill" is an end mill for peripheral and groove machining. It can be widely used on materials such as carbon steel, alloy steel, titanium alloy, super heat-resistant alloys, and difficult-to-cut stainless steel, demonstrating excellent performance in groove machining. It has very high rigidity and a long lifespan. We offer a lineup that includes "carbide unequal lead unequal pitch end mills" and "carbide unequal lead unequal pitch radius end mills." 【Features】 ■ Very high rigidity and long lifespan ■ Capable of high-speed cutting under harsh conditions ■ Strong in dry cutting of difficult-to-cut materials *For more details, please refer to the PDF document or feel free to contact us.

  • End Mills

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To improve the quality and precision of NC machining! What are the key points for resolving machining step differences?

To improve the quality and precision of NC machining! What are the key points for resolving machining step differences?

What are the key points for solving the 'processing step' that is likely to occur in product finishing? We are currently offering materials such as "Case Studies on Troubleshooting in Mold Processing"!

In finishing processes, if there are many leftover steps and a large number of tools are used, thermal displacement of each axis and the main spindle of the machine can easily cause "machining steps" on the finished surface. Therefore, to reduce or eliminate machining steps, it is essential to minimize the types and number of tools used during the finishing process. 【Five Important Points in Finishing Processes】 ◇ Tool Selection 1. Use tools with good cutting performance and edge accuracy (no variation in R accuracy or outer diameter). 2. Use tools with low deflection and high rigidity (use a pencil neck when the protrusion is long). 3. Use tools with coatings suitable for the work material (especially for soft steel). ◇ Machining Methods and Cutting Conditions 1. Ensure that roughing before finishing does not leave any material in corners or recesses. 2. In semi-finishing, process the entire area to a uniform finishing allowance (do not leave large bumps). 3. In finishing, avoid high-speed rotation to minimize the expansion and contraction of the machine spindle. 4. Use cutting fluid to improve chip removal and lubrication of the cutting edge. For more details, please refer to the PDF document. If you have any questions, please feel free to contact us.

  • Plastic Mould
  • Resin mold
  • Press Dies

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Improving the quality of molds and similar items! Five important points for finishing processes *Materials provided.

Improving the quality of molds and similar items! Five important points for finishing processes *Materials provided.

Training CAM operators and skill enhancement! What are the five key points for successfully performing long hours of finishing work?

In the finishing of product surfaces and design surfaces of mold parts, a high number of processes can easily lead to "machining steps." Therefore, to achieve a good finish, it is necessary to perform finishing operations with as few tools as possible. As a result, the initial finishing process that shapes the entire form often involves using a small-diameter tool for extended periods. 【 Five Important Points for Finishing Operations 】 ◇ Regarding Tool Selection 1. Precision of Ball End Mill Tip... Stable R precision over 180° 2. Tool Rigidity... Use a strong pencil neck when the protrusion is long 3. Coating Characteristics... Important to suppress chip welding and ensure lubrication ◇ Regarding Machining Methods and Cutting Conditions 4. Semi-finishing... Do not leave large bumps or excess material after roughing 5. Cutting Conditions... Set the rotation speed low to avoid sudden changes For more details, please refer to the PDF document. If you have any questions, please feel free to contact us.

  • Plastic Mould
  • Resin mold
  • Press Dies

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High Hardness Steel Thread Mill with Bottom Edge 'AT-2'

High Hardness Steel Thread Mill with Bottom Edge 'AT-2'

Simultaneous helical drilling and threading! Resource-saving through process integration for high-difficulty machining of high-hardness steel.

We would like to introduce our high-hardness steel thread mill with a bottom blade, the 'AT-2'. By finely breaking down chips and smoothly discharging them, the risk of sudden breakage is reduced. Since no pilot hole is required, it enables process consolidation and avoidance of breakage risks. Additionally, it features the DUROREY coating, which is optimized for high-hardness steel machining, offering ultra-heat resistance and high toughness. 【Features】 ■ Left blade: Down-cut for long life ■ Rough blade mountain: Distributes load by adding a rough blade ■ DUROREY coating: Innovative new coating for high-hardness steel ■ Special blade shape: Suppresses tool tipping *For more details, please refer to the PDF document or feel free to contact us.

  • Other cutting tools

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Aqua Drill EX Flat

Aqua Drill EX Flat

180° flat drill

Non-step processing of deep holes up to 30D is possible. Long tool life even for deep hole machining of stainless steel. A series of five groove lengths ranging from 10D to 30D. The Aqua Drill EX oil hole pilot is optimal for guide hole machining.

  • drill

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Aquadrill EX Oil Hole Long / Pilot

Aquadrill EX Oil Hole Long / Pilot

High-efficiency oil hole deep hole drill

Non-step processing of 30D deep holes is possible. Long tool life even for deep hole machining of stainless steel. A series of five groove lengths ranging from 10D to 30D. The Aqua Drill EX oil hole pilot is optimal for guide hole machining.

  • drill

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Aqua Drill Hard

Aqua Drill Hard

Processing of hardened steel with a hardness of 50 to 70 HRC is possible.

High-efficiency machining of steel with a hardness of 50-70 HRC is possible. By using optimal carbide and Aqua Coat, stable tool life is achieved. A design with high rigidity prevents breakage. Adoption of end mill shank.

  • drill

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Aqua REVO Mill Bariless Ultra-Hard End Mill

Aqua REVO Mill Bariless Ultra-Hard End Mill

Burrless series suppresses burrs on the top surface of side machining.

The bottom edge side (tool tip side) has a right-hand spiral blade, while the shank side has a left-hand spiral blade, creating a double helical design that suppresses burrs on the top and bottom surfaces of the workpiece. Due to the action of the left-hand spiral blade, the machining surface deviation is smaller than that of a standard end mill, achieving high machining precision.

  • End Mills

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GSX MILL VL Ramping Carbide End Mill

GSX MILL VL Ramping Carbide End Mill

Carbide end mills optimal for machining high-hardness materials.

Ultra-hard end mills optimal for machining high-hardness materials. By adopting unequal division and unequal lead, chatter is suppressed, achieving high-quality machining. With a groove shape ideal for high-hardness materials, chip evacuation and tool rigidity are improved. High heat-resistant carbide types and GSX II coating ensure long tool life.

  • End Mills

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GSX MILL VL Hard Super Hard End Mill

GSX MILL VL Hard Super Hard End Mill

Carbide end mills optimal for machining high-hardness materials.

Ultra-hard end mills optimal for machining high-hardness materials. By adopting uneven division and uneven lead, chatter is suppressed, achieving high-quality machining. With a groove shape ideal for high-hardness materials, chip evacuation and tool rigidity are improved. High heat-resistant carbide grades and GSX II coating ensure long tool life.

  • End Mills

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GSX MILL VL Long Shank Carbide End Mill

GSX MILL VL Long Shank Carbide End Mill

Ideal for processing vertical walls up to a height of 5D.

Ideal for machining vertical walls up to a height of 5D Expansion of applications with the long shank design of VL to suppress vibration Achieves high-speed machining from raw materials to titanium alloys and heat-resistant alloys Enhanced heat resistance, wear resistance, and adhesion resistance with GSX II coating for long tool life Additional release of radius options

  • End Mills

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GSX MILL Ball Carbide End Mill

GSX MILL Ball Carbide End Mill

Ball end mills that cover from general-purpose to ultra-high-speed areas.

A ball end mill that covers from general-purpose to ultra-high-speed areas. The smooth streamlined ball blade shape ensures good chip evacuation. Capable of high-speed machining from raw materials to stainless steel and high-hardness steel. Enhanced heat resistance, wear resistance, and anti-adhesion properties with GSX II coating for long tool life.

  • End Mills

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GSX MILL Ramping Carbide End Mill

GSX MILL Ramping Carbide End Mill

High-efficiency roughing ultra-hard end mill

High-efficiency rough machining ultra-hard end mill Improved chipping resistance through optimization of cutting edge and nick shapes Enhanced wear resistance and heat resistance with GSX coating, resulting in longer tool life

  • End Mills

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GSX MILL - Ultra Hard End Mill

GSX MILL - Ultra Hard End Mill

Super versatile ultra-hard end mill that does not require a specific method of use.

Super versatile carbide end mill that does not require a specific usage method. By adopting fine-grained carbide with high resistance to breakage and excellent thermal shock resistance, reliability in wet processing of raw materials is improved. The use of the new GSX coating, which enhances wear resistance and heat resistance, increases longevity and reliability across a wide range of work materials.

  • End Mills

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GS MILL Hard Carbide End Mill

GS MILL Hard Carbide End Mill

Achieving ultra-high-speed processing

Achieving ultra-high-speed machining Ultra-high-speed machining at a cutting speed of 800m/min is possible with aluminum-rich GS hard coating The new cross-sectional shape balances chip evacuation and tool rigidity Improved durability with new ultra-fine particle carbide

  • End Mills

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