16～30 件を表示 ／ 全 37 件
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
Demonstrates excellent cost performance in heavy cutting processing.
Exhibits excellent cost performance in heavy cutting processing. The newly developed high-alloy high-speed steel and AG coating maximize the balance of wear resistance, toughness, and chipping resistance, enabling high-efficiency processing. Stable processing is possible even in heavy cutting. Ideal for high-efficiency rough machining of grooves and sides.
Excellent cost performance for intermediate finishing.
Excellent cost performance for intermediate finishing. The newly developed high-alloy high-speed steel and AG coating maximize the balance of wear resistance, toughness, and chipping resistance, enabling high-efficiency machining. Ideal for intermediate finishing from rough machining. Demonstrates stable performance in high-efficiency machining of grooves and sides.
Ideal for high-speed finishing of high-hardness material molds.
Ideal for high-speed finishing of high-hardness materials CBN ball end mills are optimal for high-speed finishing of high-hardness molds Achieves long tool life in finishing processes
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.
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.
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 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
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
