Overview

Cycle

Call

Further information

202

BORING

  • Boring a hole
  • Input of the retraction feed rate
  • Input of the dwell time at bottom
  • Input of the retracting movement

CALL-active

204

BACK BORING

  • Machining a counterbore on the underside of the workpiece
  • Input of the dwell time
  • Input of the retracting movement

CALL-active

208

BORE MILLING

  • Milling of a hole
  • Input of a pre-drill diameter
  • Climb or up-cut milling selectable

CALL-active

241

SINGLE-LIP D.H.DRLNG

  • Drilling with single-lip deep hole drill
  • Deepened starting point
  • Direction of rotation and rotational speed for moving into and retracting from the hole
  • Input of the dwell depth

CALL-active

240

CENTERING

  • Drilling a center hole
  • Input of the centering diameter or depth
  • Input of the dwell time at bottom

CALL-active

206

TAPPING

  • With a floating tap holder
  • Input of the dwell time at bottom

CALL-active

207

RIGID TAPPING

  • Without a floating tap holder
  • Input of the dwell time at bottom

CALL-active

209

TAPPING W/ CHIP BRKG

  • Without a floating tap holder
  • Input of chip breaking behavior

CALL-active

262

THREAD MILLING

  • Milling a thread into pre-drilled material

CALL-active

263

THREAD MLLNG/CNTSNKG

  • Milling a thread into pre-drilled material
  • Machining a countersunk chamfer

CALL-active

264

THREAD DRILLNG/MLLNG

  • Drilling into solid material
  • Milling a thread

CALL-active

265

HEL. THREAD DRLG/MLG

  • Milling a thread into solid material

CALL-active

267

OUTSIDE THREAD MLLNG

  • Milling an external thread
  • Machining a countersunk chamfer

CALL-active

251

RECTANGULAR POCKET

  • Roughing and finishing cycle
  • Plunging strategy: helical, reciprocating, or vertical

CALL-active

252

CIRCULAR POCKET

  • Roughing and finishing cycle
  • Plunging strategy: helical or vertical

CALL-active

253

SLOT MILLING

  • Roughing and finishing cycle
  • Plunging strategy: reciprocating or vertical

CALL-active

254

CIRCULAR SLOT

  • Roughing and finishing cycle
  • Plunging strategy: reciprocating or vertical

CALL-active

256

RECTANGULAR STUD

  • Roughing and finishing cycle
  • Approach position: selectable

CALL-active

257

CIRCULAR STUD

  • Roughing and finishing cycle
  • Input of the start angle
  • Helical infeed starting from the workpiece blank diameter

CALL-active

258

POLYGON STUD

  • Roughing and finishing cycle
  • Helical infeed starting from the workpiece blank diameter

CALL-active

233

FACE MILLING

  • Roughing and finishing cycle
  • Roughing strategy and direction: selectable
  • Input of side walls

CALL-active

20

CONTOUR DATA

  • Input of machining information

DEF-active

21

PILOT DRILLING

  • Machining a hole for non-center cutting tools

CALL-active

22

ROUGH-OUT

  • Roughing or fine roughing of the contour
  • Takes infeed points of the rough-out tool into account

CALL-active

23

FLOOR FINISHING

  • Finishing with finishing allowance for the floor from Cycle 20

CALL-active

24

SIDE FINISHING

  • Finishing with side finishing allowance from Cycle 20

CALL-active

270

CONTOUR TRAIN DATA

  • Input of contour data for Cycle 25 or 276

DEF-active

25

CONTOUR TRAIN

  • Machining of open and closed contours
  • Monitoring for undercuts and contour damage

CALL-active

275

TROCHOIDAL SLOT

  • Machining of open and closed contours using trochoidal milling.

CALL-active

276

THREE-D CONT. TRAIN

  • Machining of open and closed contours
  • Detection of residual material
  • 3D contours—additional processing of coordinates from the tool axis

CALL-active

271

OCM CONTOUR DATA (option 167)

  • Definition of the machining information for the contour or subprograms
  • Input of a bounding frame or block

DEF-active

272

OCM ROUGHING (option 167)

  • Technology data for roughing contours
  • Use of the OCM cutting data calculator
  • Plunging behavior: vertical, helical, or reciprocating
  • Plunging strategy: selectable

CALL-active

273

OCM FINISHING FLOOR (option 167)

  • Finishing with finishing allowance for the floor from Cycle 271
  • Machining strategy with constant tool angle or with path calculated as equidistant (equal distances)

CALL-active

274

OCM FINISHING SIDE (option 167)

  • Finishing with side finishing allowance from Cycle 271

CALL-active

277

OCM CHAMFERING (option 167)

  • Deburr the edges
  • Consider adjacent contours and walls

CALL-active

291

COUPLG.TURNG.INTERP. (option 96)

  • Coupling of the tool spindle with the positions of the linear axes
  • Or, rescind the spindle coupling

CALL-active

292

CONTOUR.TURNG.INTRP. (option 96)

  • Coupling of the tool spindle with the positions of the linear axes
  • Create certain rotationally symmetric contours in the active working plane
  • Possible with tilted working plane

CALL-active

225

ENGRAVING

  • Engrave texts on a plane surface
  • Arranged in a straight line or along a circular arc

CALL-active

232

FACE MILLING

  • Face mill a level surface in multiple infeeds
  • Selection of the milling plan

CALL-active

18

THREAD CUTTING

  • With controlled spindle
  • Spindle stops at the bottom of the hole

CALL-active