Product Introduction
WDF's solid carbide drills are designed to handle all kinds of "odd hole" problems! They're especially adept at difficult shapes like stepped holes and countersunk holes. The best part? One-step completion! Eliminating the hassle of changing tools and processes, efficiency soars. Because of its accuracy, it's widely used in demanding applications like automotive and aircraft.
Product Parameters
|
Geometry |
Solid Carbide Drills |
|
Structure |
Solid carbide/welded carbide tips (some with specialized guides) |
|
Type |
Designed for machining specific hole shapes (such as stepped holes, countersunk holes, and special-shaped holes), suitable for high-precision forming of non-standard holes. |
|
Material |
Carbide substrate (often with TiAlN, TiCN, or a specialized anti-stick coating to enhance wear resistance, chipping resistance, and adaptability to machining different materials). |
|
Processing Material |
Suitable for metals such as steel, cast iron, stainless steel, and aluminum alloys, as well as some non-metallic materials such as high-hardness plastics and composites. |
|
Other Characteristics |
Features a customized cutting edge shape to match the target hole shape. Some feature internal coolant holes (optimized chip evacuation and cooling). Available with straight or tapered shanks, the cutting angle is designed to meet the hole shape requirements to ensure forming accuracy. Suitable for high-precision machining equipment such as CNC machines. |
|
Diameter |
Minimum: 2 mm; Maximum: 60 mm (adjustable based on customized hole shape requirements). |
What materials are used?
Primarily carbide or top-quality high-speed steel, which are exceptionally durable! Encountering challenging materials? Don't worry, we also have versions with a TiAlN coating, which are three to five times more durable than standard tools! What does it look like? It depends on the type of hole you're drilling. For example, a step hole cutter has several "blade rings" of varying thicknesses; a countersunk hole cutter has a slightly angled blade. This prevents deviation during operation, ensuring consistent, consistent holes. Accuracy can be maintained to ±0.01mm, and the hole walls feel smooth to the touch (Ra ≤ 1.6μm).
This cutter handles materials from carbon steel to titanium alloy, making it particularly suitable for high-volume, high-precision work. Using it can save 30%-50% of your time, saving you money and increasing efficiency. We can also customize your machine size to suit your needs and the job you're working on, ensuring a perfect fit!
To maximize the performance of your Solid Carbide Drills, remember two key points: First, find a stable and rigid machine to hold them; second, use the right speed and specialized cutting fluid for optimal results!
Product Introduction
WDF's solid carbide drills are designed to handle all kinds of "odd hole" problems! They're especially adept at difficult shapes like stepped holes and countersunk holes. The best part? One-step completion! Eliminating the hassle of changing tools and processes, efficiency soars. Because of its accuracy, it's widely used in demanding applications like automotive and aircraft.
Product Parameters
|
Geometry |
Solid Carbide Drills |
|
Structure |
Solid carbide/welded carbide tips (some with specialized guides) |
|
Type |
Designed for machining specific hole shapes (such as stepped holes, countersunk holes, and special-shaped holes), suitable for high-precision forming of non-standard holes. |
|
Material |
Carbide substrate (often with TiAlN, TiCN, or a specialized anti-stick coating to enhance wear resistance, chipping resistance, and adaptability to machining different materials). |
|
Processing Material |
Suitable for metals such as steel, cast iron, stainless steel, and aluminum alloys, as well as some non-metallic materials such as high-hardness plastics and composites. |
|
Other Characteristics |
Features a customized cutting edge shape to match the target hole shape. Some feature internal coolant holes (optimized chip evacuation and cooling). Available with straight or tapered shanks, the cutting angle is designed to meet the hole shape requirements to ensure forming accuracy. Suitable for high-precision machining equipment such as CNC machines. |
|
Diameter |
Minimum: 2 mm; Maximum: 60 mm (adjustable based on customized hole shape requirements). |
What materials are used?
Primarily carbide or top-quality high-speed steel, which are exceptionally durable! Encountering challenging materials? Don't worry, we also have versions with a TiAlN coating, which are three to five times more durable than standard tools! What does it look like? It depends on the type of hole you're drilling. For example, a step hole cutter has several "blade rings" of varying thicknesses; a countersunk hole cutter has a slightly angled blade. This prevents deviation during operation, ensuring consistent, consistent holes. Accuracy can be maintained to ±0.01mm, and the hole walls feel smooth to the touch (Ra ≤ 1.6μm).
This cutter handles materials from carbon steel to titanium alloy, making it particularly suitable for high-volume, high-precision work. Using it can save 30%-50% of your time, saving you money and increasing efficiency. We can also customize your machine size to suit your needs and the job you're working on, ensuring a perfect fit!
To maximize the performance of your Solid Carbide Drills, remember two key points: First, find a stable and rigid machine to hold them; second, use the right speed and specialized cutting fluid for optimal results!