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THREAD METHODS
Internal threading tool holder and the method of cutting "External Thread"
External Threading GRADES A
B
Right-Hand Thread Left-Hand Thread
Toolholder (L) L-hand Toolholder (R) R-hand
Insert (L) L-hand Insert (R) R-hand
The direction of M03 The direction of M04
spindle revolution spindle revolution
INSERTS
CBN & PCD C
E
Toolholder (R) R-hand Toolholder (L) L-hand
Insert (R) R-hand Insert (L) L-hand
The direction of M04 The direction of M03 TURNING
spindle revolution spindle revolution
BORING F
G
• Use Inserts with Partial Profile. GROOVING H
J
Infeed Methods Features L
Infeed Methods • The cutting edge moves toward the center of the workpiece every pass.
• Suitable for relatively small pitch size threading.
• V-shape chips are generated and chip control may be difficult depending on workpiece material. CUT-OFF
• Chips prevent coolant from reaching tool tip causing poor tool life.
THREADING SOLID END MILLS
• Used for large pitch size threading. MILLING M
• No DOC on right side of the figure causes insert wear and on materials that work harden will cause hardening P
SPARE PARTS
of this surface.
• Chips flow to one side.
TECHNICAL R
T
• Recommended method to reduce work hardening and improve insert life. INDEX
• 3-5 degrees for steel and up to 12 degrees for stainless materials.
• Chips flow to one side allowing coolant to reach insert tip.
• This method is recommended to threading by 2-thread insert.
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