KINERJA MESIN BUBUT GEMINIS DITINJAU DARI KEBULATAN BENDA KERJA

  • Eko Yudo Teknik Mesin, Polman Babel
  • Ariyanto Ariyanto Teknik Mesin, Polman Babel
Keywords: Lathe, Measurement of roundness, tolerance

Abstract

Machine tools in manufacturing that produce workpieces with high accuracy are needed for the world of Manufacturing Industry. Machine tools that produce workpieces (low roundness deviation) with good quality will produce prices comparable to those offered. So that requires more optimum maintenance and maintenance of the engine. Mechanical Laboratory Manufacturing Polytechnic of Bangka Belitung State has several lathes to produce workpieces in the form of student training products, machined parts and production activities with a precision size, this lathe has been used for approximately 20 years, the usage of which has been long can lead to changes in machine geometry deviations. Deviations that occur will affect the quality of the product produced. Among the lathes there are 3 units of Geminis lathes. To find out the roundness deviation that occurs after being used in the teaching and learning process and the manufacture of spare parts for 20 years and to determine the feasibility of a lathe if it is used to process workpieces with a certain size tolerance, it is necessary to do testing. The test that is done is testing the geometric of the machine on the roundness of the workpiece .. The results of the cutting process of the test object will be measured by rounding the analysis by means of a minimum circle area. The three geminis have an average deviation of 45.33 μm and the smallest average deviation of 20 μm can produce workpieces with tolerances above 41 μm.

Downloads

Download data is not yet available.

References

[1] Bagiasna K.(2000). Pengantar Pengetesan Ketelitian Geometrik Mesin Perkakas. Teknik Produksi Mesin ,ITB
[2] Darius Yuhas, Ade Sumpena, Rudy Edial. (2016). Pengukuran Statis Ketelitian Gepmetrik Mesin Bubut Maximat V13 Di Bengkel Teknik Mesin PNJ Menurut Referensi. Jurnal Politeknologi Vol 15.No 3. September 2016.
[3] Erizal Hamdi,Dodi Sofyan Arief, Adhy Prayitno. (2015). Pengujian Kebulatan Hasil Pembuatan Poros Aluminium Menggunakan Emco T.U CNC -2A SMKN2 Pekanbaru Dengan Roundness Tester Machine. JOM Fteknik, Volume 2 no 2, Oktober 2015.
[4] George Schelesinger. (1970). Testing Machine Tools. London: The Machining Publishing Co.
[5] Muhamad Yanis,(2013), Analisis Profil Kebulatan Untuk Menentukan Kesalahan Geometrik pada pembuatan Komponen Menggunakan Mesin Bubut CNC,ejournal unsri,vol 19,no 1.
[6] Rendi Revo Runtu, Jan Soukotta, Rudy Poeng (2014), Analisis Kemampuan Dan Keandalan Mesin Bubut Weiler Primus Melalui Pengujian Karakteristik Statik Menurut Standar ISO 1708. Jurnal Online Poros Teknik Mesin Volume 4 Nomor 1, UNSRAT.
[7] Taufic Rochim. (2001). Spesifikasi, Metrologi, dan Kontrol Kualitas Geometrik 1, Bandung, ITB.
Published
2019-03-18