Product Specifications

1 CNC Controller Function

1.01 CNC Controller Simulation Fanuc 0i-TF Turning

1.02 The Operation Panel Function is the complete emulation based on the actual CNC machine operation panel

(1) Position Display [POS]: machine coordinate, absolute coordinate, relative coordinate

(2) Program function[PROG]:

(a) Automatic mode [AUTO]: Program content display, check, current block, next block

(b) Program Edit [EDIT]: [ALTER][INSERT][DELETE], program lock

(c) Background Edit

(d) Data Transfer, [F input] ,[F output]

(3) Tool compensation[OFS/SET]: work shift, coordinate system, tool geometry, tool wear, MACRO, Metric/Inch mode setting

(4) System parameters [SYSTEM]: transmission, machine, edit

(5) Alphabetic and Numeric keys, [INPUT], [RESET], [CANCEL]

1.03 Alarm display
The alarm codes show the same codes as in the machine

(1) E.g.: X axis is over travel, the alarm code indicates:

”500 OVER TRAVEL:+X”

To clear the alarm , move X axis to the proper position and press [RESET] to clear the alarm

(2) E.g.: 1211 EMG ESTOP, pull up the emergency button to clear alarm

(3) System records the time and the error codes whenever the alarm message is displayed

1.04 To transmit the program by using RJ45 interface information transmission function

Professional Version Additional Features

1.21 Operation Panel Function

(6) Graphic function: Display path simulation, Drawing Parameter [PARAM],

Path Drawing: Drawing from the head of the program [START], Executes the program for drawing and stops temporarily on a block-by-block [1BLOCK], [REWIND], [ERASE], [STOP]

Moving the graphic range,
Changing the graphic coordinate system,
Rotating the graphic coordinate system

2 CNC Machine Operation Panel

2.01 Mode Select Function

(1) [EDIT] Program edit mode – Edit program content

(2) [AUTO] Auto execution mode – Program executes automatically

(3) [MDI] Manual Data Input – For parameter settings and temporary input program 

(4) [HANDLE] Handle mode – Using handwheel move and adjustment position

(5) [JOG] Cutting feed mode – Using axis key to feed

(6) [RAPID] Rapid mode – Using axis key to move rapidly

(7) [ZRN] Zero Point Return – X, Z axis return to Machine Home Position

2.02 Rapid Speed adjustment button, Feed speed adjustment button, Spindle speed adjustment button

2.03 Optional block skip [B.D.T], Single block execution [S.B.K], Optional stop [M01], Start [CYCLE START], Stop [FEED HOLD]

2.04 Spindle forward, Spindle stop, Spindle reversal

2.05 Program lock, Emergency stop, Tool change button, Coolant

2.06 Axis movement buttons: X+, X-, Z+, Z-, Reset button, axis return signal

2.07 manual handle rate button, manual handle axis button

Professional Version Additional Features

2.08 Working light button, Safety door open/ close

3 CNC Machine Simulation for Turning

3.01 Based on 3D physical construction, the machine model of Horizontal Turning-Single spindle and turret including: chuck, jaw, turret, tool, tailstock, live center

Rapid:   X axis 20 m/min,  Z axis 24 m/min 

Max Feedrate:  X axis6 m/min,  Z axis 8 m/min

3.02 Simulate whole CNC machine with physical machine controlling panel and dynamic interactive simulation

3.03 Collision detection function: tool and material. If the tool isn’t rotating, the contact between the tool and the material will be considered a collision

3.04 Simulation Speed Adjustment: 100%, 160%, 250%, 500%

3.05 Audio on/off, system volume adjustment

3.06 Workpiece material setting,

Diameter, Max Diameter= 250mm

Length, Max Length=450mm

3.07 Turning tool setting: Diamond (80°, 55°, 35°), Triangle (60°),Thread, Groove, Round, Drill, Trigon, Radius corner groove, Center drill, Screw tap, End Mill

3.08 Turret setting: Tool install, modify, delete

3.09 Standard view : Top (XY), Front (ZX), Side, (YZ), 3-Dimension (ISO)

3.10 Common zoom view: Material view, Table view, Machine view 

3.11 Free operation view: Shift, Rotate, Zoom in/out

Standard Version Features (included)

3.21 Based on 3D physical construction, the machine model of Horizontal Turning-Single spindle and turret including: Machine bed, spindle head, chuck, jaw, turret, tool, tailstock, live center

3.22 Simulated design including coolant fluid, cutting the workpiece until chips spattering, audio (tool movement, cutting sound effect, spindle rotation, alarm)

3.23 Collision detection function: tool and material, jaw, tailstock, collision detection

3.24 Simulation Speed Adjustment: 50%, 100%, 250%, 500%

3.25 Workpiece linear measurement function: diameter, thickness, length

3.26 Quick reset to Factory Setting

3.27 CNC Program import/export function

Professional Version Additional Features

3.31 Based on 3D physical construction, the machine model of Horizontal Turning-Single spindle and turret including: Machine bed, sheet metal, automatic door, spindle head, chuck, jaw, turret, tool, tailstock, live center tailstock, live center

3.32 Machine case Display/Hide

3.33 Tool offset function

Workpiece Offset: Display material center line, color change of tool while cutting

Arm for contact tool setter: Auxiliary function for tool offset 

3.34 Jaw Install/Uninstall, Jaw Fix dynamic simulation: Jaw install/uninstall, Soft jaw select/ install, Soft jaw position adjustment, workpiece comparison, forming ring, soft jaw cutting, workpiece clamping

3.35 Program zero point display according to different tool offset dynamic position

3.36 Save and import configuration to completely save and resume the settings status as a reference of examination and correction

3.37 Workpiece and material: save and load function (format: STL)

3.38 Workpiece setting: inner hole dimension setting, jaw clamp setting

3.39 Tool setting: add, modify, delete, tool data import/export

3.40 Turret Install: Import/Export, Common Turret

3.41 Simulation Speed Adjustment: 10%, 50%, 100%, 160%, 250%, 500%, 900%, 990%, MAX

3.42 Limit the simulation speed within the range of 500% to help students with their program check and execution

3.43 Workpiece dimension measure: angle measurement (Absolute, both sides angle), arc(three points circle)

3.44 Equipped with machine produce status and immediate monitoring management system

3.45 Collision detection: 

Tool and material, jaw, spindle, tailstock, collision detection

Turret and material, jaw, spindle, tailstock, collision detection

3.46 The Alarm displays if the safety door is open during simulation

3.47 Material profile display: 1/2 and 1/4 profile function

4 CNC Machine Simulation for Turning

4.01 G Code function

(1) Interpolation: G00 G01 G02 G03 

(2) Dwell: G04

(3) Plane Selection: G17 G18 G19 

(4) Tool Radius Compensation: G40

(5) Workpiece dimension: Input in inch/mm: G20 G21 

(6) Return to reference position: G28 G30

(7) Feed per minute/ revolution: G98 G99, Constant surface speed control: G96 G97

(8) Workpiece Coordinate: G54, G55, G56, G57, G58, G59

4.02 M Code auxiliary function

(M00) Program stop, (M03) Spindle forward, 

(M01) Optional stop, (M04) Spindle reversal, 

(M02) End of program, (M05) Spindle stop, 

(M98) Calling of Subprogram

(M99) End of Subprogram

(M30) end of program

Standard Version Features (included)

4.21 G Code function

(9) Support G01 axis right angle of auto Chamfering/ corner R

(10) Cutting cycle G71, G72, G73, G74, G75, G76, G90, G92, G94

(11) Canned cycle for drilling & tapping: G80, G83, G84, G85

(12) Coordinate system setting or max spindle speed clamp: G50

(13) Chamfer command settings using comma (parameter)

(14) Omitting the use of decimal point of address (parameter)

(15) Using G Code group setting (parameter)

(16) Tool Radius Compensation: G40 G41 G42

4.22 M Code auxiliary function

(M08) Coolant fluid on (M09) Coolant fluid off

Professional Version Additional Features

4.31 G Code function:

(17) Support G01 Angle A command

(18) Support G01with auto Chamfer and Radius of any included angle

(19) Complete support for G71 Canned CycleII multiple stages rough cutting 

(20) MACRO mode call: G66, G67

4.32 MACRO program function

(1) Program variable – partial variable 

(2) Arithmetic command – 

addition +, subtraction -, multiplication x, division /

SIN, COS, TAN, SQRT square value, ABS Absolute value

(3) Logic Operations – EQ equal to, NE not equal to, GT greater than, LT less than, GE greater than or equal to, LE less than or equal to

(4) Conditional Branches –

(a) Unconditional branches GOTO n 

(b) Conditional branches IF [conditional] GOTO n

(c) Repetitive execution WHILE [conditional] DO m