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When using goose-neck holder 1. Machining precision improves by additional finishing process. 2. Chips do not come into the guide bush. 3. Better chip control due to large chip evacuation space.
Pattern 1 Pattern 2 EE
RoughingRoughing Roughing-FinishingRoughing-Finishing
Available for roughing and finishing with one Available for roughing and finishing with one Goose-neck holder.Goose-neck holder.
FinishingFinishing
Available for machining after roughing without Available for machining after roughing without returning bar material into guide bush, returning bar material into guide bush, preventing damages and improving precision.preventing damages and improving precision.
Case 4Case 4 Bar material deviation fromBar material deviation from the guide bush disables the guide bush disables machining.machining.
For better chip control
| Optimum cutting edge Optimum cutting edge | With conventional With conventional | |
| position and large position and large | threading toolholders, threading toolholders, | |
| space for efficient chip space for efficient chip | chip biting into guide chip biting into guide | |
| evacuation.evacuation. | bush can cause damages bush can cause damages | |
| ThreadingThreading | on threads.on threads. |
Advantages of Toolholder installation - When using a goose-neck holder Goose-neck Holder Tool post
1. Maximum number of toolholders can be attached. 2. No interference with next tool post.