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6.8 Importing DXF Contours
6.8.1 Fundamentals
Contours available in DXF format can be imported into the TURN
PLUS programming mode of operation.
DXF contours describe
■ Workpiece blanks
■ Finished parts
■ Contour train
■ Milling contours
For workpiece blank and finished-part contours as well as for
contour trains, DXF layers should contain only one contour. For
milling contours multiple contours can be contained and imported.
Requirements of a DXF contour or DXF file
■ Only two-dimensional elements
■ The contour must be in a separate layer (without dimension lines,
without wraparound edges, etc.)
■ Turning contours (workpiece blanks or finished parts) should be
shown above the turning center (if this is not the case, then they
must be revised in TURN PLUS)
■ No complete circles, no splines, no DXF blocks (macros), etc.
■ The imported contours can consist of up to 4000 elements (lines,
arcs). In addition, up to 10 000 polyline points are permitted.
Preparation of contours during DXF import
The contour is converted from DXF format to TURN PLUS format
during importation. The following changes are made to the contour
representation, since there are basic differences between the DXF
and TURN PLUS formats:
■ Possible gaps between contour elements are closed
■ Polylines are transformed into linear elements
In addition, the following features, which are necessary for a TURN
PLUS contour, are specified:
■ The starting point of the contour
■ The rotational direction of the contour
Sequence of a DXF importation:
Selection of the DXF file
Selection of the layer, which contains only the contour(s)
Import of the contour(s)
Saving (and editing) of the contour in TURN PLUS
6.8 Importing DXF Contours
- CNC PILOT 4290 1
- CNC PILOT 4290, Software and 4
- Functions 4
- Contents 10
- Introduction and Fundamentals 13
- 1.1 The CNC PILOT 14
- 1.1 The CNC PILOT 15
- 1.2 The Operating Modes 17
- Expansion Stages (Options) 18
- 1.4 Fundamentals 19
- 1.4 Fundamentals 20
- 1.5 Tool Dimensions 22
- Basics of Operation 23
- 2.1 User Interface 24
- 2.2 The Info System 28
- 2.3 The Error System 29
- 2.3 The Error System 30
- 2.4 Data Backup 31
- 2.5 Explanation of Terms 31
- Manual Control 33
- 3.1 Switch-On, Switch-Off 34
- Reference Run 34
- 3.1.2 Switch-Off 35
- 3.2 Manual Operating Mode 36
- 3.2.1 Entering machine data 37
- 3.2.2 M Commands 37
- 3.2.4 Handwheel 38
- 3.3 Tool Lists, Tool Life 40
- Management 40
- 3.3.1 Setting Up a Tool List 41
- ■ Actual tool ≠ nominal tool 43
- NC Program 44
- 3.3.4 Tool Life Management 45
- 3.4 Setup Functions 46
- 3.5 Automatic Mode of 53
- 3.5.2 Defining a Start Block 54
- 3.5.4 Compensation 56
- 3.5.5 Tool Life Management 57
- 3.5.6 Inspection Mode 58
- 3.5.7 Block Display 60
- 3.5.8 Graphic Display 61
- ■ Enlarge: ”Page forward” 62
- ■ Reduce: ”Page back” 62
- ■ Shift: Cursor keys 62
- 3.6 Machine Display 64
- 3.7 Load Monitoring 66
- DIN PLUS 71
- 4.1 DIN Programming 72
- 4.2 Programming Notes 77
- 4.2 Basics of Programming 78
- 4.3 The DIN PLUS Editor 83
- 4.3The DIN PLUS Editor 84
- 4.4 Program Section Codes 91
- 4.5 Geometry Commands 100
- 4.6 Machining Commands 122
- 4.7 Turning Cycles 134
- 4.8 Thread Cycles 152
- 4.8 Thread Cycles 153
- 4.9 Drilling cycles 155
- 4.9 Drilling Cycles 156
- 4.10 C-Axis Machining 160
- 4.10 C Axis Machining 161
- 4.11 Milling Cycle Group 164
- 4.11 Milling Cycles 165
- 4.12 Special functions 171
- 4.12 Special Functions 172
- 4.13 Other G Functions 180
- 4.14 Data Input and Data 185
- 4.14 Data Input, Data Output 186
- 4.15 Programming Variables 187
- 4.15Variable Programming 188
- 4.16 Subprograms 194
- 4.17 M Functions 195
- 4.18 Notes and Examples 196
- Graphic Simulation 207
- 5.1 Simulation Mode of 208
- Operation 208
- Continued 209
- 5.1.2 Basics of Operation 212
- 5.2 Main Menu 213
- 5.3 Contour Simulation 215
- 5.4 Machining Simulation 217
- 5.5 Motion Simulation 219
- 5.6 Zoom Function 220
- 5.7 3-D View 221
- 5.8 Checking the 222
- NC Program Run 222
- 5.9 Time Calculation 224
- 5.10 Synchronous Point 225
- Analysis 225
- TURN PLUS 227
- 6.1 TURN PLUS Mode of 228
- 6.2 Program Management 229
- 6.3 Workpiece Description 231
- 6.3Workpiece Description 232
- 6.4 Workpiece Blank Contours 240
- 6.5 Contour of Finished Part 241
- 6.5 Finished Part Contour 242
- 6.6 C-Axis Contours 254
- 6.7 Manipulating Contours 268
- 6.8 Importing DXF Contours 275
- 6.9 Assigning attributes 279
- 6.9 Assigning Attributes 280
- 6.10 User Aids 285
- 6.10 Operating Aids 286
- 6.11 Prepare 289
- 6.12 Interactive Working Plan 298
- Generation (IWG) 298
- 6.12.1 Tool call 299
- 6.12.2 Cutting Data 300
- 6.12.3 Cycle specification 300
- 6.12.4 Roughing 301
- Roughing automatic 302
- Hollowing – Automatic 305
- 6.12.5 Recessing 306
- Recessing radial/axial (G866) 306
- Recess turning (G869) 307
- Parting (Cutting-off) 308
- Parting and tool transfer 308
- ■ 0: Angular synchronization 310
- ■ 1: Speed synchronization 310
- 6.12.6 Drilling 311
- Centric predrilling (G74) 311
- Types of machining for holes 312
- 6.12.7 Finishing 313
- Finishing – Clearance turning 315
- Finishing – Undercut 315
- (G890 – Q=4) 317
- 6.12.8 Thread Machining(G31) 318
- 6.12.9 Milling 319
- Engraving (G840) 321
- 6.13 Automatic Working Plan 322
- Generation (AWG) 322
- 6.13.2 Machining Sequence 323
- List of Machining Sequences 324
- 6.14 Control Graphics 333
- 6.15 Configuration 334
- 6.16 Machining Information 336
- 6.17 Example 344
- Parameters 349
- 7.1 Parameter Mode of 350
- 7.1.2 Editing Parameters 351
- 7.2 Machine Parameters 353
- 7.3 Control Parameters 360
- 7.4 Set-Up Parameters 367
- 7.5 Machining Parameters 369
- Operating Resources 383
- 8.1 Tool Database 384
- 8.1 Tool Database 385
- 8.2 Chucking Equipment 402
- Database 402
- 8.2.2 Chucking Equipment Data 404
- Chuck jaws 406
- Collet chuck 407
- Face driver 408
- Rotating gripper 408
- Dead center 409
- Lathe center 409
- Centering cone 410
- 8.3 Technology Database 411
- (CuttingValues) 411
- Service and Diagnosis 413
- 9.2 Service Functions 414
- 9.1 Service Mode of Operation 414
- 9.3 Maintenance System 417
- 9.4 Diagnosis 420
- Transfer 423
- 10.1 The Transfer Mode of 424
- 10.2 Transfer Systems 425
- 10.2 Transfer Method 426
- 10.3 Data Transfer 429
- 10.4 Parameters and Operating 432
- Resources 432
- 10.5 File Organization 435
- Tables and overviews 437
- 11.1 Undercut and Thread 438
- 11.1.4 Thread Parameters 440
- 11.1.5 Thread Pitch 441
- Q=2 Metric ISO thread 441
- Q=8 Cylindrical round thread 441
- Q=11 Whitworth pipe thread 442
- Q=10 Tapered Whitworth thread 442
- Q=13 UNC US coarse thread 442
- Q=14 UNF US fine-pitch thread 443
- 11.2 Technical Information 445
- 11.2 Technical Information 446
- 11.3 Peripheral Interfaces 449
- HEIDENHAIN CNC PILOT 4290 451
- ■ Select marked element/point 481
- ■ Confirm selection 481
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