Reducing setup costs / avoiding collision
Machines in stock
● DMG MORI CTX gamma 2000 (1-Kanal)
● DMG MORI CTX alpha 500 V6 Sternrevolver 16-fach
● DMG MORI CTX beta 800 16-fach Sternrevolver
● DMG MORI CTX beta 800 4A beta
● DMG MORI CTX beta 800 4A Twin
● DMG MORI CTX beta 800 TC
● DMG MORI CTX beta 1250 TC
● DMG MORI CTX beta 1250 TC 4A
● DMG MORI CTX beta 1250 4A beta
● DMG MORI CTX beta 1250 4A Twin
● DMG MORI CTX gamma 1250
● DMG MORI CTX gamma 2000
● DMG MORI GMX 200
● DMG MORI GMX 250
● DMG MORI GMX 300 /400
● DMG MORI GMX 400
● DMG MORI NTX 1000 2.Generation
● DMG MORI Sprint 50 2T
● DMG MORI Sprint 65 2T
● DMG MORI Sprint 50/65 3T
● DMG MORI Sprint 50/65 3TB
● DMG MORI Twin 32/42 Rahmengröße 1
● DMG MORI Twin 32/42/65 RG1
● DMG MORI Twin 65 B
● DMG MORI Twin 65 RG1
● DMG MORI Twin 65 Rahmengröße 2
● DMG MORI Twin 102
● DMG MORI Twin 500
Delivery times of further machines on request
Programming
● You can copy or re-create workpieces.
● When creating the operation plan, the work sequences are defined.
● Work sequences are created with tools, tool changes and machining levels.
● Workpiece contours are to be imported into the 2 / 3D CAD data format DXF-STEP-IGES (option).
● You can program workpieces with a 2.5D CAD / CAM system and machining macros.
● It is also possible to create / optimize the NC programs manually.
● You can transfer NC programs from external CAD / CAM systems via the clipboard.
● Program templates (templates) for various processing types (bar-, feed-processing ...) are stored.
● The required program structures are generated automatically.
● Our Plandesigner shows you clearly the multi-channel processing.
● You can extend your 3D tool library with your own tool trims.
● Our programmer automatically generates workpiece setup sheets.
● You can export the operation plan and the workpiece setup sheet to Excel.
3D machine space simulation V5.1
● The NC programs are simulated on the 3D machine model with blank, clamping device and 3D tools.
● Machining on the blank is shown in the same way as in the real machine.
● Parallel to the simulation, the NC programs are displayed with technology and axis data.
● In the event of a collision, our programmer marks the affected components and NC blocks.
● Project history and additional windows for further machine conditions can be retrofitted.
● Main / subprogram names are displayed in the simulation.
● The 3D blank (prismatic, rotationally symmetrical) can be imported into the simulation in the STL format.
● For a new project, the simulation generates the current workpiece as a 3D blank in the STL format.
● The distances are measured three-dimensionally.
● The NC block run times can be output as an EXCEL table.