A universal lathe[1] or parallel lathe[2] is the most common type of lathe.[3] It differs from other types of lathes in that it has the option of a tailstock, separate mechanisms for longitudinal and transverse feeds (typically via separate handwheels), and an automatic (usually mechanically) driven longitudinal leadscrew for making threads.[4]
Description
editUniversal lathes are used for the production of single products or small batches, and are suitable for maintenance and similar minor work in workshop, as well as anywhere there is a need for tools that should be as versatile as possible.[5][6]
On universal lathes, one can turn longitudinally, transversely, one can turn cylindrical and conical threads, Archimedian spirals, one can also bore, countersink, ream, tap threads with taps and dies, manually polish and file.[7] Extra accessories enables ball turning, copying and grinding. There are even aftermarket accessories for milling; typically by replacing the top slide (compound) with a milling head and a spindle for mounting the milling bit,[8][9] but sometimes instead by mounting a coordinate table in place of the top slide and by mounting the milling bit in the main spindle.[10]
The conventional layout is that the main spindle is located on the left side, while the tailstock is located on the right side.[11]
See also
editReferences
edit- ^ dreiebenk (in Norwegian). 2024-11-27.
- ^ "Tolltariff: KAPITTEL 84 - AVSNITT XVI MASKINER, APPARATER OG MEKANISKE." (PDF).
- ^ "Parallel Lathes - ZELMEN - Turning and Milling Precision". Retrieved 2024-12-12.
- ^ "Materialien für den Technikunterricht • tec.Lehrerfreund" (in German). 2017-08-01. Retrieved 2024-12-12.
- ^ Daniel (2023-12-18). "Parallel Lathe: Key Component in Workshops and Factories". Retrieved 2024-12-12.
- ^ Cirilli, Marco (2020-02-24). "The parallel lathe". Retrieved 2024-12-12.
- ^ Records, Savor (2024-04-03). "What are the different parts of the parallel lathe". Retrieved 2024-12-12.
- ^ "Accessories and Attachments of Lathe Machine and their Functions". Testbook. Retrieved 2024-12-12.
- ^ "Slotting/Milling Attachment to Enhance Features of Lathe, International Journal of Engineering Innovation and Research - Publication - Slotting/Milling Attachment to Enhance Features of Lathe, Prof. Tanuja Hulavale ,Dr. Harish Harsurkar, Sumit Bidkar, Nikesh Avhad" (PDF).
- ^ "Machining Your Own Milling Atachment by Harry Walton (Popular Science, 214)" (PDF).
- ^ morek (2021-04-30). "Universal lathe, construction and possible machining - basics - MorekTECH". Retrieved 2024-12-12.
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