THE ADVANTAGES OF HIGHLY PRODUCTIVE MACHINING PROCESSES (CAM/HSM) REPRESENTED THROUGH THE PRODUCTION OF THE INFUSING CORE-PLATE FOR DRILL HOUSING

Authors

  • Milutin Ogrizović
  • Goran Duduković

Abstract

Contemporary design, especially of products for mass application, becomes more sophisticated which significantly complicates the construction of tools for production of their components. The life span of such products is constantly decreasing, which limits the period of time for tool development and construction. Additionally, higher productivity, narrower production field tolerance, higher number of working hours until failure and reduction of energy consumption are required from the tools, leading to the notion of competitive engineering. In order to produce a tool for the shortest time period, you need to use contemporary machining processes. Contemporary strategies, which lead to maximum productivity elevation, are known as HSM – High Speed Machining process [3]. In this work, HSM represents machining with cutting speed (about 1800 m/min), and high revolution numbers (up to 40 000 RPM), high speed of auxiliary movement and shallower cutting depth. This technology was used during the production process of infusing core-plate (Aluminum alloy) for the battery drill housing within the framework of SolidWorks program and its program module for creating of the final program code for CNC machine SolidCam management.

Author Biographies

Milutin Ogrizović

Technical School, Stara Pazova, Serbia

Goran Duduković

Solfins d.o.o. Belgrade

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Published

2010-07-01

Issue

Engineering Review Vol 30. No. 1

Section

Articles

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