Based on the results of thread processing, establish the following problem diagnosis process:
Thread symptoms → Operational status → Inspection → Feedback → Suggestions → Testing → Optimization → Verification.
Main processing
Tool breakage | Tool life | Chip removal | Chip adhesion | Chip control at thread ends | Burrs | Go/no-go gauge issues | Deep hole threading | Thread surface quality | Difficult-to-machine materials
Materials covered:
Ductile iron | Stainless steel | Aluminum alloy | Brass | Lead-free brass | Titanium | Nickel-based alloy | High hardness | Difficult-to-machine materials
Technical Goals
Shorter troubleshooting time | Lower trial-and-error costs | Higher thread machining success rate | Lower production risks
Boundaries of Technical Responsibility
UGMIC's professional advice focuses on threading tools and issues directly related to threads.
The professional parameters of machine tools, spindles, tool holders, jigs, cutting fluids, and other non-UGMIC products should be evaluated by the relevant professional suppliers; however, all operating conditions can affect the stability of long-term automated threading operations.
Therefore, the focus is on:
Thread machining process → Thread cutting tool → Thread machining result (cost reduction and efficiency improvement)