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Introduction to ARIX CNC milling machine

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IEEM 215. Manufacturing Processes I<br />

<strong>Introduction</strong> <strong>to</strong> the <strong>ARIX</strong> <strong>CNC</strong> <strong>milling</strong> <strong>machine</strong><br />

The image below is our <strong>ARIX</strong> Milling <strong>machine</strong>. The <strong>machine</strong> is controlled by the controller. The<br />

control panel has several sets of keys, as shown below. These are described below.<br />

Spindle<br />

Table<br />

Controller<br />

Mode keys<br />

DISPLAY<br />

Edit keys<br />

Operating keys<br />

Jog keys<br />

Function keys<br />

Start S<strong>to</strong>p<br />

Some Important safety notes:<br />

1. DO NOT put your hand or other body parts in the <strong>machine</strong> workspace when spindle is ON.<br />

2. Always wear safety glasses when operating <strong>machine</strong>.<br />

3. When loading/unloading parts from fixture, turn spindle OFF.


Explanation of mode and Function keys<br />

Manual: To execute home, coordinate selection, setup, go and timer function.<br />

Teach in: Perform the pattern drilling, pocket mill, facing, frame mill.<br />

Program: To edit, manage and simulate the programs, files transfer.<br />

Run: To perform au<strong>to</strong>matic operation.<br />

Cam: Defines pocket shapes for au<strong>to</strong> programming [we will not use this mode].<br />

System: Check and set system parameters.<br />

Screen off: To turn the display moni<strong>to</strong>r ON/OFF. Leave this On at all times.<br />

Function keys: F1-F8 are for sub-functions under each mode operation<br />

Explanation of the standard operation keys<br />

Lamp Switch: Turn on/off the lamp.<br />

Coolant switch: Turn on/off the coolant pump.<br />

CCW Spindle: Turn on the spindle in counter clockwise direction.<br />

S<strong>to</strong>p: Turn off the spindle.<br />

CW Spindle: Turn on the spindle in clockwise direction.<br />

Jog Enable: Enable jog keys for movement of X, Y, Z axes. Each “jog” motion is a short step<br />

motion of that axis, at the current feed rate; Jog speed will turn <strong>to</strong> G00 after the RAPID key is<br />

pressed.


Cycle Start: Start the cycles / program.<br />

S<strong>to</strong>p: S<strong>to</strong>p the cycles / program.<br />

Rapid Enable: Enable the jog speed change <strong>to</strong> G00 from feed speed.<br />

How <strong>to</strong> use the <strong>machine</strong><br />

1. Manual mode operation<br />

• Make sure the part is fixed securely in fixture.<br />

• Make sure the <strong>to</strong>ol is fixed securely in the <strong>to</strong>ol holder, and <strong>to</strong>ol holder is secure on<br />

spindle.<br />

• Know the feed rate and spindle speed you will use before starting the <strong>machine</strong>.<br />

Emergency<br />

s<strong>to</strong>p<br />

Servomo<strong>to</strong>r OFF, ON<br />

Joystick: moves X- and Y in + and - directions<br />

Z+: move table up<br />

Z-: move table down<br />

Adjust feed rate Adjust rapid jog speed Adjust Spindle speed<br />

(i) Power ON the <strong>machine</strong>.<br />

(ii) Select Manual mode key, <strong>to</strong> get the following screen display:


(iii) Turn Servo On and press F1/ Home function key and then press Cycle Start <strong>to</strong> execute<br />

home process.<br />

(iv) Press Work table up/down Z+ / Z- but<strong>to</strong>ns <strong>to</strong> adjust working level below Z axis<br />

(v) Adjust the feed speed adjust knob <strong>to</strong> desired value.<br />

(vi) Set the <strong>machine</strong> coordinates with respect <strong>to</strong> the part. It is common <strong>to</strong> use three planar faces<br />

of the part <strong>to</strong> set the XY, YZ and XZ planes. To set the X-coordinate of the <strong>machine</strong> coordinate<br />

frame, move the <strong>to</strong>ol till it just <strong>to</strong>uches the plane you want <strong>to</strong> call the YZ plane on the s<strong>to</strong>ck.<br />

Manual table movement can be done by four different ways:<br />

(a) Press the Jog Enable key, use the joystick for X-, Y- and Z- movements.<br />

(b) You can also move the table directly by pressing the jog keys for X- Y- and Z axes.<br />

(c) For very fine stepping, use the encoder<br />

Encoder<br />

Axis select<br />

Speed select<br />

(d) Directly input the coordinates and spindle RPM using F3 / MDI (manual data input).<br />

If your NC program has its axis origin at a corner of the workpiece, then set the Part work<br />

coordinates (work zeros) set up by pressing F4 / SETUP.<br />

If the coordinates need <strong>to</strong> be set <strong>to</strong> some other values, Select Work Coordinate by pressing F2 /<br />

WCS, and then set the coordinate values for X- Y- and Z-.


Running a program<br />

Import a program file<br />

1. Select Program mode by pressing Program key.<br />

2. Select F1 / File manage.<br />

3. Select F4 / Import <strong>to</strong> insert file.<br />

4. Select file path from B:\*.* of floppy drive or from [ N ] network by using page up / down<br />

and ↑ ↓ edit keys and confirm by ‹→›.<br />

5. Press F1 / OK <strong>to</strong> input the selected file.<br />

Work coordinates setup<br />

1. Place and fix the part in the clamp on the worktable.<br />

2. Change <strong>to</strong>ol <strong>to</strong> the desired end mill if necessary.<br />

3. Adjust the part <strong>to</strong> a proper Z level below the <strong>to</strong>ol by using worktable adjust but<strong>to</strong>ns Z+ / Z-<br />

on control panel.<br />

4. Select Manual mode.<br />

5. Select F2 / Select WCS and F2 again for G54 coordinate system.<br />

6. Go back by pressing ◄ key and select F4 / Setup.<br />

7. Jog the part <strong>to</strong> approach the <strong>to</strong>ol by using jog keys and joystick.<br />

8. Fine adjust <strong>to</strong> enable the part just in <strong>to</strong>uch the <strong>to</strong>ol by using the hand held encoder for X<br />

axis.<br />

9. Select F2 / Set X.<br />

10. Press ◄ <strong>to</strong> go back, select F2 / Select WCS and using ↓ ↑ edit keys <strong>to</strong> highlight X axis.<br />

11. Press F1 / Data input.<br />

12. Input the new calculated <strong>to</strong>ol radius compensated value, then confirmed by ‹→›.<br />

13. Press ◄ <strong>to</strong> go back and repeat steps 6-12 for Y axis.<br />

14. For safety purpose in test run, adjust Z axis so that the <strong>to</strong>ol is kept in a clearance level<br />

above the part then select F4 / Set Z.<br />

Simulate and run a program file<br />

1. Select Run mode and turn Servo On.<br />

2. Press F1 / Select work file.<br />

3. Select the file by using page up / down and ↑ ↓ edit keys, then confirm by ‹→›.<br />

4. Press F5 for Graphical simulation: the <strong>to</strong>ol path will be plotted on the CRT.<br />

5. If there is no error visible, press Cycle start for a test run, check if the <strong>to</strong>ol path is within<br />

the desired working area in the first few steps.<br />

6. Press Cycle s<strong>to</strong>p and red Reset edit key.<br />

7. Go back <strong>to</strong> Manual mode and press F4 / Setup again.<br />

8. Jog and fine adjust the <strong>to</strong>ol just in <strong>to</strong>uch the part in Z axis and press F4 / Set Z for Z work<br />

zero.<br />

9. Raise up the <strong>to</strong>ol and go back <strong>to</strong> Run mode.<br />

10. Turn on Compressed air (for cutting plastic) and Coolant (for cutting metal) if necessary.<br />

11. Press F5 for simulation and then Cycle start <strong>to</strong> run the program au<strong>to</strong>matically.

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