16. UltiMonitor Extended Shop Floor (ESF)
Internet connection to Machine
Access through a web browser
17. UltiMonitor ESF
Optional webcam
Events with E-mail alerts
Power ON Remote service
Calibration diagnostics
E-Stop
Program Complete
Run-time errors
Etc.
33. How to move from one oriented feature to
another?
Safe retract and plunge
along tool vectors
Machine axes limits
Difficult to post process:
Part location and tool lengths
unknown before posting
34. Automatic Safe Repositioning (ASR)
Patented feature is unique to
Hurco
Control automatically
Retracts along tool vector
Reorients to new rotary angles
Moves above target point
Plunges along tool vector
Crawls along machine axes
limits
No more out of limits errors
35. ASR Transition between two Transform Planes
Transition moves generated automatically by control
36. ASR Transition between two Transform Planes
Transition moves generated automatically by control
Video
37. How to Program ASR
G08.1 starts ASR Buffering
G08.2 end ASR buffering
Last position & orientation before G08.2
is the Target Point
v8.1.6
…
G08.1 (ASR Buffering Start)
G68.2 I0.J1.K0. U0.V0.W1.
G00 X0Y0Z10 I0.J0.K1.
M141
G08.2 (ASR Buffering End)
38. How to Program ASR
Single G-code version
G08.2 specifies the Target Point
Even easier to program and post process
Works with NC Merge
v8.1.6 Reposition with a single G-code
…
G08.1 (ASR Buffering Start) v9
G68.2 I0.J1.K0. U0.V0.W1. …
G00 X0Y0Z10 I0.J0.K1. G68.2 I0.J1.K0. U0.V0.W1
M141 G08.2 X0Y0Z10 I0.J0.K1.
G08.2 (ASR Buffering End)
39. Intelligent ASR (I-ASR)
New for v9
Automatically activates
ASR
No G-code required
Don’t need to change
your 5-axis post
40. I-ASR & NC Merge
3+2-Axis using:
3-Axis NC Program
Conversational NC Merge
Two modifications to NC program:
1. Added G0I0J0K1 after each
tool change
2. Added M99 at end
42. Simple 5-Axis Post Processing
V8 G-Codes restricted v9 all G-Codes are allowed with
Transform Plane
M128 Workpiece Coordinate
System
43. Tool Vector Canned Cycles (TVCC)
How to program
numerous oriented holes?
44. Tool Vector Canned Cycles (TVCC)
How to program
X Z numerous oriented holes?
Y Without TVCC, for each hole:
Origin
1. Select Transform Plane Origin
2. Select X-direction
3. Select Y-direction
4. Establish 3D coordinate system
5. Select hole (location & depth)
45. Tool Vector Canned Cycles (TVCC)
How to program
numerous oriented holes?
Location Easy to program with TVCC:
1. Select the hole
Automatically gives:
• Location
• Depth
• Orientation (axis)
46. Tool Vector Canned Cycles (TVCC)
Supported by most CAM
systems
Simplifies programming
and Post Processors
Works with Tapping and
Boring cycles too
48. Desktop Complete
Load your actual machine
configuration
Compute estimated
runtime
Recovery Restart
Single & Dual Screens:
Same screens as on
machine control