High Precision Carbide Threading Hard Turning Inserts For ISO Metric Internal Thread Turning

Carbide Threading Inserts for ISO Metric Internal Thread Turning

Feature Advantage:

• High-precision tooth shape for high-quality, high-precision thread machining of steel, stainless steel, and difficult-to-cut materials.
• Insert life and turning thread quality are completely comparable to European and American first-line brands.
• The ISO standard thread series is available in various types.
• Observed under a microscope of 40 times, the perfect edge grinding and passivation accuracy.
• The workpiece angle error is controlled at ±0.5 degrees.
• High-quality cemented carbide substrate, high toughness, high wear resistance and versatility.

Type:

Technical Information:

• ISO standard thread for industrial machinery industry.
• Turning threads are common operations on CNC machines. The use of indexable tools to cut threads enables safe and high productivity of the process.
• The feed of the machine is the most important factor in turning the thread: it must be equal to the pitch, which is the distance between a point on the thread and the corresponding point of the adjacent thread. The fit between the pitch and the feed per revolution is accomplished by controlling subroutines in the CNC machine.
• Thread turning should initially consider three aspects to determine the best method and tool selection for threading:
  • Main parameters of the thread:
    • External or internal thread
    • Thread type
    • Pitch
    • Right or left hand thread
    • Tolerance
  • Workpiece material properties, shape and quantity
    • Whether the workpiece is safely clamped
    • Whether there is any problem with chip removal
    • Workpiece batch
  • Machine parameter
    • Stability, power and torque requirements, especially for larger diameter threading
    • Workpiece clamping condition
    • Threading cycle should be easy to program
    • Cutting fluid and coolant

Recommended Cutting Parameters:

• The following cutting parameters are the recommended range values, and the actual values can be appropriately taken as high values.
• When testing new cutting speeds, you should carefully check the condition of the cutting edge.
• For stainless steel thread cutting, a high enough cutting speed should be used to avoid the formation of built-up edge.
• When cutting small pitch threads and using small nose radius tools, the cutting parameters should be appropriately reduced.

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