Brief: Discover the High Stability Coolant-Through Flat Bottom Carbide Drill, designed for precision blind hole machining. This drill features a flat bottom tip for smooth finishes and efficient coolant-through cooling, ideal for aluminum, copper, and non-ferrous metals. Perfect for mold manufacturing and structural parts.
Related Product Features:
Flat bottom tip design ensures a flat hole bottom, eliminating secondary processing.
Coolant-through channel delivers high-pressure coolant for precise cooling and chip evacuation.
Made from ultra-fine grain solid carbide for high hardness and wear resistance.
Suitable for blind holes, step holes, and through-hole chamfering in various materials.
Available with optional coatings like TiAlN, DLC, or uncoated for different applications.
Precision grinding ensures sharp cutting edges and low cutting resistance.
Reduces cutting temperatures and extends tool life for stable machining.
Compatible with carbon steel, stainless steel, aluminum alloys, and copper alloys.
Faqs:
What materials is the AMG Solid Carbide Coolant-Through Flat Bottom Drill suitable for?
It is suitable for blind hole, deep hole, and step hole machining in carbon steel, stainless steel, alloy steel, aluminum alloys, and copper alloys.
What is the difference between a flat bottom drill and a flat end mill?
A flat bottom drill can create a flat-bottom blind hole in a single operation, reducing process steps, while a flat end mill requires step-by-step machining.
Can AMG provide customized sizes?
Yes, AMG supports customization of cutting diameter, cutting length, and coating to meet various deep hole flat bottom machining requirements.