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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.
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.
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
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.
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
A carbide end mill with completely renewed materials, shape, and coating.
Our company offers the ultra-hard end mill "Aqua REVO Mill," which achieves both hardness and toughness through the optimization of alloy components and particle size. It adopts uneven division and uneven lead. This suppresses chatter vibrations, enabling stable and high-efficiency machining. Additionally, it excels in heat shock resistance and is strong in wet machining. 【Features】 - Suppresses corner wear progression, maintains cutting edges, and ensures long tool life. - Achieves stable machining under a wide range of conditions, even with stainless steel, which is prone to chatter. - Demonstrates high performance across a wide range of work materials, from general steel to stainless steel and high-hardness materials. *For more details, please download the PDF or contact us.
A new stainless steel option has been added to the Aqua REVO mill lineup.
Adoption of newly developed groove-shaped air flute, demonstrating overwhelming chip removal and cooling effects, achieving high efficiency and long tool life even in side machining and grooving of difficult-to-cut materials like stainless steel.
The ultra-hard end mill "Aqua REVO Mill" has arrived in the Aqua REVO series, which has completely revamped its materials, shapes, and coatings.
As the third installment of the Aqua REVO series, the "Aqua REVO Mill" has been developed. It adopts uneven division and uneven lead to suppress chatter vibrations. The REVO-M coating, which has high heat resistance and thermal shock resistance, demonstrates excellent durability in both dry and wet processing. It is compatible with a wide range of work materials, from general steel to stainless steel and high-hardness materials.
Unequal division and unequal lead end mill for suppressing vibration.
A series categorized by application, with Ti·SUS suitable for titanium alloys and the steel type suitable for carbon steel and alloy steel. Improved heat resistance, wear resistance, and anti-adhesion properties with GSX II coating.
Optimal for high-efficiency finishing processing.
Optimal for high-efficiency medium finishing machining Coating carbide end mills suitable for rough to medium finishing machining Achieves high-efficiency machining even with small machines
Achieving ball precision of 3μm that exceeds common sense.
Achieving ball precision of 3μm beyond common sense R precision ±3μm, R range 180° fully guaranteed Ideal for polishing-free processing of precision molds
Achieving dry machining of aluminum alloys.
Achieving dry machining of aluminum alloys Coating with DLC that has high hardness, low friction coefficient, and excellent wear resistance Excellent chip evacuation achieved through DLC coating, strong torsional angle, and wide pocket design Series DLC Mill for Aluminum, DLC Mill Radius
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
