Solid Carbide Tools
4-Flute Solid Carbide End Mills with CVD Coating, Model D20*45*100L-68°, Machining of Planes, Steps, Grooves, and Contoured Surfaces
End mills are extensively used milling cutters in mechanical machining. They are primarily employed on milling machines for processing planes, steps, grooves, contoured surfaces, and cutting off workpieces. They are particularly adept at milling workpiece side surfaces and steps. The core difference between an end mill and a drill bit: Drill bits can primarily only perform axial drilling motions, while end mills can cut in both the lateral (radial) and axial directions, thus
End Mill，CNC Insert, PVD Coating, Model D12*45*100L-3T(D12*45*100L-55° ),Machining of Planes, Steps, Grooves, and Contoured Surfaces
End mills are extensively used milling cutters in mechanical machining. They are primarily employed on milling machines for processing planes, steps, grooves, contoured surfaces, and cutting off workpieces. They are particularly adept at milling workpiece side surfaces and steps. The core difference between an end mill and a drill bit: Drill bits can primarily only perform axial drilling motions, while end mills can cut in both the lateral (radial) and axial directions, thus
D12*30*75L-68° Solid Carbide End Mill Automotive Manufacturing Energy Carbide Cutting Tools
End mills are extensively used milling cutters in mechanical machining. They are primarily employed on milling machines for processing planes, steps, grooves, contoured surfaces, and cutting off workpieces. They are particularly adept at milling workpiece side surfaces and steps. The core difference between an end mill and a drill bit: Drill bits can primarily only perform axial drilling motions, while end mills can cut in both the lateral (radial) and axial directions, thus
End Mill，CNC Insert, PVD Coating, Model D10*25*75L-55°,Machining of Planes, Steps, Grooves, and Contoured Surfaces
As a core component of machine tool processing, the milling cutter arbor is widely used in high - end manufacturing fields with high requirements for precision, efficiency, and tool stability. It features anti - deformation ability, high precision, and shock resistance. End mills are extensively used milling cutters in mechanical machining. They are primarily employed on milling machines for processing planes, steps, grooves, contoured surfaces, and cutting off workpieces.
Milling Cutter, End Mill，CNC Insert, PVD Coating, Model D8*24*60L-55°,Machining of Planes, Steps, Grooves, and Contoured Surfaces
End mills are extensively used milling cutters in mechanical machining. They are primarily employed on milling machines for processing planes, steps, grooves, contoured surfaces, and cutting off workpieces. They are particularly adept at milling workpiece side surfaces and steps. The core difference between an end mill and a drill bit: Drill bits can primarily only perform axial drilling motions, while end mills can cut in both the lateral (radial) and axial directions, thus
Milling Cutter, End Mill，CNC Insert, PVD Coating, Model D6×24×75L-55°,Machining of Planes, Steps, Grooves, and Contoured Surfaces
End mills are extensively used milling cutters in mechanical machining. They are primarily employed on milling machines for processing planes, steps, grooves, contoured surfaces, and cutting off workpieces. They are particularly adept at milling workpiece side surfaces and steps. The core difference between an end mill and a drill bit: Drill bits can primarily only perform axial drilling motions, while end mills can cut in both the lateral (radial) and axial directions, thus
End Mill, CNC Insert, PVD Coating, Model D20*75*150L-55°(D20*150*3T)， suitable for engine component machining.
As a core component of machine tool processing, the milling cutter arbor is widely used in high - end manufacturing fields with high requirements for precision, efficiency, and tool stability. It features anti - deformation ability, high precision, and shock resistance. End mills are extensively used milling cutters in mechanical machining. They are primarily employed on milling machines for processing planes, steps, grooves, contoured surfaces, and cutting off workpieces.
End Mill，CNC Insert, PVD Coating, Model D8*20*60L-68°,Machining of Planes, Steps, Grooves, and Contoured Surfaces
As a core component of machine tool processing, the milling cutter arbor is widely used in high - end manufacturing fields with high requirements for precision, efficiency, and tool stability. It features anti - deformation ability, high precision, and shock resistance. End mills are extensively used milling cutters in mechanical machining. They are primarily employed on milling machines for processing planes, steps, grooves, contoured surfaces, and cutting off workpieces.
Milling Cutter, End Mill，CNC Insert, PVD Coating, Model D12*45*100L-68°,Machining of Planes, Steps, Grooves, and Contoured Surfaces
As a core component of machine tool processing, the milling cutter arbor is widely used in high - end manufacturing fields with high requirements for precision, efficiency, and tool stability. It features anti - deformation ability, high precision, and shock resistance. End mills are extensively used milling cutters in mechanical machining. They are primarily employed on milling machines for processing planes, steps, grooves, contoured surfaces, and cutting off workpieces.
Milling Cutter, End Mill，CNC Insert, PVD Coating, Model D10*25*75L-68°,Machining of Planes, Steps, Grooves, and Contoured Surfaces
As a core component of machine tool processing, the milling cutter arbor is widely used in high - end manufacturing fields with high requirements for precision, efficiency, and tool stability. It features anti - deformation ability, high precision, and shock resistance. End mills are extensively used milling cutters in mechanical machining. They are primarily employed on milling machines for processing planes, steps, grooves, contoured surfaces, and cutting off workpieces.
Model HYSR1.5*6*D2.85*10*D4*60L, 2-flute ball nose end mill with PVD coating, designed for 3D precision machining of soft materials and small-diameter applications.
This product is a 2-flute ball nose end mill with PVD coating, specifically engineered for precision machining of soft materials in small-diameter applications. It excels in 3D surface milling, complex contouring, and freeform geometry machining. With four key advantages—superior chip evacuation, high surface finish, excellent resistance to built-up edge (BUE), and extended tool life—it has become the preferred choice for 3D contouring in industries such as electronics, mold
Model HYD12*30*11.5*70*D12*150L-4Z, 4-flute uncoated end mill, suitable for machining aluminum materials.
Here is a partial list of our coating types and their application references. You may contact our website customer service or leave your contact details for us to provide you with a professional solution. Coating Grade Type Key Characteristics Recommended Application HYB208 PVD For difficult-to-machine materials (excluding superalloys) Bimetals, Copper, Aluminum, Non-ferrous metals HYB208H PVD Enhanced version of HYB208 for specific composites Bimetals, Copper, Aluminum, Non
Model HYD10*25*100-115°-4Z, a 4-flute chamfering cutter with PVD coating, is primarily designed for chamfering workpiece edges
The core function of a 4-flute chamfering end mill is to perform chamfering or deburring operations on workpiece edges with high efficiency, exceptional stability, and precision. Compared to single- or double-flute chamfering tools, its doubled number of cutting edges enables significantly improved machining efficiency under the same spindle speed and feed rate. Chamfering Cutter Application Industries and Scenarios Information Table Machinery Manufacturing Edge chamfering
Model HYD5R0.45*8*D10*60L，High Rigidity 4-Flute Solid Carbide End Mill with PVD Coating.
Solid carbide end mills, due to their monolithic construction, high rigidity, and high precision, are extensively used in modern manufacturing, making them essential tools for achieving high efficiency, high accuracy, and high-complexity machining. Application Industry Typical Application Scenarios Precision Mold Manufacturing Semi-finishing and finishing of steel/mold steel (e.g., mold cores, cavities, complex surfaces) Automotive Components Machining of cast iron/alloy
Solid Carbide Boring Tool, Model HYIM*16*30 (PIOORO50. 20. 4-16), PVD Coating, Suitable for Hole Machining
Application Industries of Solid Carbide Boring Bars Industry Sector Typical Application Scenarios Aerospace Engine casing ring grooves, Blade mounting holes, Deep holes in titanium structural components Medical Devices Implant fixation holes, Precision shaft holes in surgical instruments, Inner cavities of minimally invasive devices Automotive Manufacturing Engine high-pressure fuel passages, Transmission valve body oil channels, Hydraulic brake cylinder bores Precision
2 Flutes Dark Gray Internal Coolant Solid Carbide Deep Hole Drills Model HYDN8*120*D8*160*2Z CVD Coated For Aluminum Machining
Internal Coolant Solid Carbide Deep Hole Drills, Model HYDN8*120*D8*160*2Z, CVD Coated, 2 Flutes For Aluminum Machining Extra-long solid carbide drill bits are specifically designed for deep-hole drilling in confined spaces or applications requiring a high length-to-diameter ratio. Their defining characteristic is a length-to-diameter ratio significantly greater than that of standard drill bits. Their primary application is the efficient and high-precision machining of deep
Solid Carbide Boring Tool, Model HYD2.7R0.15*18*SD5*70, PVD Coating, Suitable for Hole Machining
Application Industries of Solid Carbide Boring Bars Industry Sector Typical Application Scenarios Aerospace Engine casing ring grooves, Blade mounting holes, Deep holes in titanium structural components Medical Devices Implant fixation holes, Precision shaft holes in surgical instruments, Inner cavities of minimally invasive devices Automotive Manufacturing Engine high-pressure fuel passages, Transmission valve body oil channels, Hydraulic brake cylinder bores Precision
PVD Coated T Slot Cutter HYD13R2*7*D8*28*SD12*80 - For Machining 40Cr Alloy Steel
Coated T-Slot Cutter HYD18*0.8*8*50L-9Z, 9-Flute Straight Shank A T-slot milling cutter is a specialized milling tool used for machining T-slots into workpieces. Its core function is to efficiently and precisely produce T-slots used for fixtures and connections. Core Application Scenarios T-Slot Machining Machine tool worktable T-slots (e.g., machining centers, milling machines, grinding machine worktables) Hydraulic fixture T-slots, modular fixture positioning slots Special
Extrusion Tap Precision CNC Cutting Tool With PVD Coating Model HYM14N*1.5*110L6HX,HYC409 Applicable Materials Aluminum Alloy , Low - Carbon Steel , Copper Alloy , Mild Steel
Straight Flute Tap, Precision CNC Cutting Tool, HYM14N*1.5*110L 6HX,HYM16*2*110L-R 6HX Applicable Materials: Aluminum alloy, low-carbon steel, copper alloy, stainless steel Not Applicable: Cast iron, carbide, and other brittle materials An extrusion tap is a chip - less machining tool that forms threads through the plastic deformation of materials rather than cutting. Its working part has no chip - holding groove. It makes the workpiece material flow and take shape through
Coated T-Slot Cutter HYD18*0.8*8*50L-9Z , 9-Flute Straight Shank — Designed for Machining T-Slots, Side Grooves, Chamfering and Special Contours in Superalloys and Titanium Alloys
Coated T-Slot Cutter HYD18*0.8*8*50L-9Z, 9-Flute Straight Shank Designed for machining T-slots, side grooves, chamfering, and special contours in superalloys and titanium alloys. T-Slot Cutter HYD18*0.8*8*50L-9Z, 6-Flute, Straight Shank Specifically designed for machining T-slots, side grooves, chamfering, and special contours. Core Application Scenarios T-Slot Machining Machine tool worktable T-slots (e.g., machining centers, milling machines, grinding machine worktables)