![]() ![]() General purpose and high – performance taps can improve thread quality and boost output while reducing production costs.Ability to produce threaded holes with longer tool life, uniform quality and short cycle times.Basic choices include Cut vs Thread-forming taps.The following methods may offer some support in deciding the best solution for your threading process. Making a thorough analys i s before committing to the tool will generate quality threads in the most efficient and cost-effective way. Thread Making MethodĬhoosing the right tool for your threading process can be challenging, and that is why it is important to examine your application’s needs and get advice from the cutting tool experts. So, a 17/32” modern drill today would typically yield an “on-size” hole, which is too high a percentage of thread and would make a tap work far too hard. But at the time, the expectation was a probable oversize of.Most machinists could recite 17/32” (.5312”) dia is the “tap drill” for 5/8-11.However, far too many machinists still go by the good old industry standard tap drill charts that have been around for decades. ), drilling “oversize” has been for the most part eliminated. With modern, high-performance solid carbi de drills and machinery ( t oolholding etc. The importance of having a good, straight, on – size hole prior to threading cannot be overstated. ![]() Threading method – tapping vs thread milling.Holemaking – preparation of the hole before threading.In this article, we will discuss aspects that influence the quality of your threaded hole s, including: Did you know that machining internal threads can be one of the most challenging operations for any machining organization? Furthermore, it is typically one of the final operations, so faulty threads can be very costly. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |