The overall tungsten carbide straight flute internal cooling reamer is an efficient cutting tool characterized by straight flutes and an internal cooling horizontal drill design Below is an introduction to the main features and structure of this reamer:

1. Material: The straight flute internal cooling reamer is typically made of high-strength, high-hardness materials such as tungsten carbide, offering wear resistance and cutting performance.

2. Straight flute design: The reamer has a straight flute design, which is suitable for forming threads or grooves on the workpiece surface, providing processing accuracy and efficiency.

3. Internal Cooling Horizontal Drilling: The design of internal cooling horizontal drilling can remove heat through cooling lubricant, reduce cutting temperature, extend tool life, improve surface quality of the processed surface.

4. Structure: The overall carbide straight flute internal cooling reamer has stable rigidity and vibration damping ability during the cutting process, which can realize high and efficient reaming operation.

5. Wear resistance: The hard alloy material makes this reamer have good wear resistance, suitable for long-time reaming operations and maintaining stable cutting performance.

Scope of application:

1. Automobile manufacturing: Suitable for reaming operations on components such as automobile engines and chassis, such as bearing holes, connecting holes, etc
   

2. Mold manufacturing: Commonly used in the mold manufacturing industry for reaming operations on mold parts, such as template holes, guide holes, etc

3. Mechanical processing: Suitable for tapping or recessing of various mechanical parts, such as bearing seats, connecting plates, etc.

4. Precision instrument manufacturing: Used in the manufacturing of precision instruments and meters for reaming operations on precision parts, ensuring processing accuracy and surface quality

The overall tungsten carbide straight flute internal cooling reamer is suitable for scenarios that require tapping and grooving operations. It features high efficiency,, and durability, and is widely used in industries such as automobile manufacturing and mold making.