CIMCO Edit Professional HEIDENHAIN SIMULATION€¦ · Heidenhain Simulation CIMCO Edit provides a...
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CIMCO A/S Copenhagen Denmark Tel: Fax: Website E-mail www.cimco.com [email protected] Tel: Fax: +45 45 85 60 50 +45 45 85 60 53 +1 704 644 3587 +1 704 943 0514 CIMCO Americas, LLC 651 S Sutton Road, Suite 276 Streamwood, IL 60107 When Reliability Matters Europe Reseller CIMCO Americas Heidenhain Simulation CIMCO Edit provides a comprehensive set of essential editing tools necessary for meeting the demands of modern CNC program editing. With the release of CIMCO Edit the support for Heidenhain Conversational code has been incorporated into the editor and its backplotter * . This means that creating and editing Heidenhain code can now be done easier, faster, safer and with the full power of CIMCO Edit at hand. The highly responsive backplotter in CIMCO Edit ensures that when creating or editing a CNC program the changes are visualized simultaneously in the backplotter. This enables CNC programmers to locate errors as they write their programs minimizing the number of errors and speeding up the overall process. The Heidenhain commands and cycles can be divided into several groups, which covers the functionality of the Heidenhain interpreter in CIMCO Edit. These groups are described below. Basic movements Basic movements such as lines, arcs, chamfer and corner rounding. Also different forms of approach and depar- ture are included. Point patterns Circular and linear pattern can be used in any combination with all the different cycles in the groups: Drilling, Tapping/Thread and Pocket/stud/slot cycles. Pocket, stud and slot cycles Complete toolpath simulation, showing toolpath overlap, plungings, side and bottom finish. Coordinate transformation cycles The toolpath is simulated according to the active transformations. These can be in the working plane or even a change of the working plane. Macro programming Macro functions or Q parameter functions such as FN are interpreted and visualized in the simulation. * Heidenhain simulation is only available in CIMCO Edit Professionalt Drill cycles Centering, Drilling, Reaming, Boring and Pecking. A detailed simulation of these cycles gives a complete picture of their behaviour, by showing details such as plungings and chip breakings. Tapping and Thread cycles As with Drills cycles a detailed simula- tion of the Tapping and Thread cycles are performed according to the cycles’ parameters. Multipass milling Complete toolpath simulation showing numbers of cuts, toolpath overlap and plungings. Subprograms Interpretation of subprograms and subprogram calls ensures a correct toolpath simulation. Even subprogram calls via certain macro functions are interpreted. 5-Axis simulation 5-Axis positioning and simultaneous 5-Axis simulation. Simulate basic movements such as approach, departure, lines, arcs and chamfer Simulate multipass, point pattern with drills and threads, and pockets Simulate multiple parts with coordinate transformations and subprograms Simulate 5-Axis positioning and simultaneous 5-Axis CIMCO Edit Professional HEIDENHAIN SIMULATION PRODUCT FEATURE HIGHLIGHT
Transcript of CIMCO Edit Professional HEIDENHAIN SIMULATION€¦ · Heidenhain Simulation CIMCO Edit provides a...
CIMCO A/SCopenhagenDenmark
Tel: Fax:
WebsiteE-mail
Tel: Fax:
+45 45 85 60 50+45 45 85 60 53
+1 704 644 3587 +1 704 943 0514
CIMCO Americas, LLC651 S Sutton Road, Suite 276Streamwood, IL 60107
W h e n R e l i a b i l i t y M a t t e r s
EuropeReseller CIMCO Americas
Heidenhain Simulation
CIMCO Edit provides a comprehensive set of essential editing tools necessary for meeting the demands of modern CNC program editing. With the release of CIMCO Edit the support for Heidenhain Conversational code has been incorporated into the editor and its backplotter * . This means that creating and editing Heidenhain code can now be done easier, faster, safer and with the full power of CIMCO Edit at hand.
The highly responsive backplotter in CIMCO Edit ensures that when creating or editing a CNC program the changes are visualized simultaneously in the backplotter. This enables CNC programmers to locate errors as they write their programs minimizing the number of errors and speeding up the overall process.
The Heidenhain commands and cycles can be divided into several groups, which covers the functionality of the Heidenhain interpreter in CIMCO Edit. These groups are described below.
Basic movementsBasic movements such as lines, arcs, chamfer and corner rounding. Also different forms of approach and depar- ture are included.
Point patternsCircular and linear pattern can be used in any combination with all the different cycles in the groups: Drilling, Tapping/Thread and Pocket/stud/slot cycles.
Pocket, stud and slot cycles Complete toolpath simulation, showing toolpath overlap, plungings, side and bottom finish.
Coordinate transformation cyclesThe toolpath is simulated according to the active transformations. These can be in the working plane or even a change of the working plane.
Macro programmingMacro functions or Q parameter functions such as FN are interpreted and visualized in the simulation.
* Heidenhain simulation is only available in CIMCO Edit Professionalt
Drill cycles Centering, Drilling, Reaming, Boring and Pecking. A detailed simulation of these cycles gives a complete picture of their behaviour, by showing details such as plungings and chip breakings.
Tapping and Thread cyclesAs with Drills cycles a detailed simula-tion of the Tapping and Thread cycles are performed according to the cycles’ parameters.
Multipass millingComplete toolpath simulation showing numbers of cuts, toolpath overlap and plungings.
SubprogramsInterpretation of subprograms and subprogram calls ensures a correct toolpath simulation. Even subprogram calls via certain macro functions are interpreted.
5-Axis simulation5-Axis positioning and simultaneous 5-Axis simulation.
Simulate basic movements such as approach, departure, lines, arcs and chamfer
Simulate multipass, point pattern with drills and threads, and pockets
Simulate multiple parts with coordinate transformations and subprograms
Simulate 5-Axis positioning and simultaneous 5-Axis
C IMCO Ed i t Profess iona l
HEIDENHAIN SIMULATION
P R O D U C T F E A T U R E H I G H L I G H T
