Abstract
This workpiece process is: to find out how to transfer images from Auto CAD software to the Q plus CELL Milling Cnc software, and to find out how to transfer programs from the CNC Milling QELL KELLER software to the TU 3A CNC milling machine. The making of this workpiece uses three main media, namely Auto CAD 2000 software, CNC Milling KELLER Q plus software, and TU 3A CNC milling machine. The process of making the workpiece starts from making the workpiece design in Auto CAD software which is then stored on the CDR via DFX data. The design of the workpiece contained in the CDR is then transferred to CNC Millling KELLER Q plus software via Geometry. in Geometry, the design of the workpiece is dimensioned. Completed from the Geometry the workpiece design is included in the Work plan to be processed so that it can be simulated to move to a CNC program to convert the graphical language into a numeric language so that it can be read by a CNC machine. The programming results from the CNC KELLER Q plus software are then recorded to be executed on the CNC TU 3A milling machine to obtain the workpiece in accordance with the design in AutoCAD. Programming results from CNC Milling KELLER Q plus software cannot be directly used on the TU 3A milling machine (EMCO), because the programming language used is different. Programming language in CNC Milling KELLER Q plus software uses the DIN 66025 standard, while the CNC TU 3A (EMCO) milling machine uses ISO standards, so it needs to be converted first.
Highlights
This workpiece process is: to find out how to transfer images from Auto CAD software to the Q plus CELL Milling Cnc software, and to find out how to transfer programs from the CNC Milling QELL KELLER software to the TU 3A CNC milling machine
1) Materials and Tools a) Material In this study the material used to make this workpiece is Aluminum with a length of 150 mm, width 150 mm and 20 mm thick. b) Tools In this study the tools used among others: a) Computer set b) TU 3A CNC Milling Machine c) Milling Keller Q Plus CNC Software d) AutoCAD 2000 software 2) Research Procedure A scientific research in its implementation must be guided by scientific procedures as well
Workpiece design the one on the disk is transferred to the CNC Millling KELLER Q plus software through Geometry. in Geometry, the design of the workpiece is arranged dimensions
Summary
1) TU 3A CNC milling machine a) Understanding CNC machines Machine C N C (Computer Numeriicall Controlled can be interpreted briefly a machine that is controlled by a computer using numeric language (command movement and stop with using numeric and letter codes (Select,2001: 1). B) CNC Milling machine Broadly speaking, CNC milling machines can be classified into two, namely CNC Training Unit (TU) milling machines and Milling Production Unit (TU) machines Both types are in principle the same only in different applications and uses. The basis of the CNC Milling Q Plus CNC programming software, is not much different from the programming on the actual CNC milling machine. Programming is enough to be done on a computer, but the appearance in this software is almost the same as the display on the actual CNC machine monitor. This software can be directly used for a variety of machines including the FanucOT brand, Gildmeister EPL2, Sinumerik 810T and Traub TX8D. The way to activate a Windows program is by double-clicking on the icon at Deskstop, or by selecting it from the Start menu on the Taksbar
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