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16～30 件を表示 ／ 全 117 件
In July 2010, we began selling our own brand of tools, the "GT Radius Series," based on our regeneration technology.
The lineup consists of four types: heavy, middle, light, and fly, with blade shapes designed for each type of material being machined, achieving a longer lifespan. In particular, the "GT Radius Middle" is suitable for difficult-to-machine materials such as Hastelloy, significantly improving durability.
Delivery is immediate! A 6-flute carbide end mill suitable for machining difficult-to-cut materials.
The "Falcon White End Mill" is a carbide end mill designed for ultra-heat-resistant alloy difficult-to-cut materials. It features an SPWC coating with a helix angle of 51°, and is available in four different model numbers with cutting diameters ranging from 6 to 12 and cutting lengths from 18 to 36. This product has six cutting edges and is used for machining difficult-to-cut materials. Please feel free to contact us if you have any inquiries. 【Product Lineup】 ■SPHF6-6 ■SPHF6-8 ■SPHF6-10 ■SPHF6-12 *For more details, please refer to the PDF document or feel free to contact us.
Easy tool selection and user-friendly! Plug and play with clear and simple display.
The "CoroMill Dura" is a versatile and highly stable general-purpose carbide end mill for aluminum alloys, designed to handle everything from roughing to finishing with ease of use. Thanks to its completely unequal pitch/lead, it enables smoother and more stable end milling than ever before. Please feel free to contact us for inquiries. 【Features】 ■ Cutting length of 1.5-3×D, 3-flute design ■ A general-purpose end mill that achieves excellent surface quality and reduces burr generation ■ Plug and play with clear and simple labeling ■ Easy tool selection and user-friendly ■ Regrindable and recoatable ■ WhisperKut technology *For more details, please refer to the PDF document or feel free to contact us.
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.
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.
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.
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
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.
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
Optimal for high-efficiency, precision finishing of high-hardness material molds.
Optimal for high-efficiency, precision finishing of high-hardness material molds. With the adoption of a newly developed lubrication coating, friction resistance during cutting is reduced, and wear resistance is also improved. Achieves high shape accuracy of +3 to -7 μm with one-pass grinding, enabling high-precision processing.
Optimal for high-efficiency rough machining.
Optimal for high-efficiency rough machining Achieves stable machining with a wave-shaped serrated cutting edge ideal for rough machining of molds and similar applications Long lifespan due to excellent high-temperature hardness and toughness of ultra-fine particle cemented carbide with a smooth coating
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
