Simulation Software
for CNC Machines

EurekaG-Code- SIMULATION OF THE POSTPROCESSED NC PROGRAM- REALISTIC 3D MACHINE SIMULATION- INTERACTIVE EDITOREUREKA SALES
www.goengineer.com

info@goengineer.com
800.688.3234

EUREKA SUPPORT
support@goengineer.com
855.470.0647

Eureka Ci-CODE
Simulation
Softwarefor CNC
Machines

Eureka integrates
with other software
applications througha rich set of COM
based APl's, compatible
with the most popular
programming languages
to include .NET, VB, C++,
Delphi and VBScript.

Eureka Ci-CODE

ACCURATE AND REALISTIC SIMULATIONCOMPLETE ANALYSIS OF THE RESULTS

CAD/CAM AND TOOL DATA MANAGEMENT S YSTEMS INTEGRATION

Eureka simulates the actual G-Code to besent to the machine, regardless of how it wascreated (manually or post processed from aCAD system).

Dimensional analysis on the machined stock.
Easily measure diameters, thickness anddistances.

Transfer machining toolpath, tools, stock, design model, origins and fixturesfrom your CAM system to Eureka with just the push of a button.

With no additional customization, it emulates
all of the most popular CNC controls,
including Fanuc, Siemens, Heidenhain, Haas,Fagor, Okuma, MoriSeiki, Mazak, Fidia, Selca,Osai, Num and more.
Material removal is simulated in real-time,verifying errors like rapid motion contacts andcollisions with the design model and fixtures.

Comparisons between machined stock and
CAD design model. Identify gouges andexcess material in 3D to enable analysis fromany point of view.
Export the machined stock as a high-quality
3D file compatible with any CAD system.
Standard and/or user defined reports in PDF
or Excel formats.
Use reports to prepare quotes or optimize
the machining process.

Supported systems:• ALPHACAM• GO2CAM• TDM• CAMWORKS• HYPERMILL• TEBIS• CATIA• MASTERCAM• TOPSOLID• CIMATRON• NX• VISI• CREO• POWERMILL• WINTOOL• EDGECAM• PRO-MANUFACTURING• WORKNC• FEATURECAM• RTM• ZOLLER TMS• ESPRIT• SOLIDCAM• ZW3D• GIBBSCAM• SUM3D

MAIN FEATURES
Eureka provides morethan just simulation.
It analyzes machining
results under many
scenarios to detect andremove mistakes, reduce
production time, whileproviding machining
process reports andtime summary sheets.

• Simulation of multi-channel, mill-turnmachines.

• Real-time collision detection between allmachine parts, stocks and fixtures.

• Powerful integrated editor to makereal-time modifications of the NC code
directly in Eureka, then simulate
again without restarting the process.

• Interactive and automatic tools to insert
or modify Approach and Retract movements
between operations.

• Material removal simulation.
• Simulation of tool change, head change andpallet change.
• Emulation of all control functionalities:• G codes and M functions.
• Coordinate systems.
• Tool radius and lengthcompensation.
• Drilling cycles, multiple cycles.
• Logical instructions.

• Emulation of Probing Routines.
• Tool length optimization feature to calculate
the minimum tool length for preventing
collisions.
• Real-time visualization of coordinate
systems and tool reference points.
• Verification of over-travel limits
JOG and MDI functionalities.

Eureka saves production
time eliminating theneed to test the programon your machine.
Potential errors such ascollisions, over travels
and gouging, can beeasily detected ahead oftime on your PC.
Available for:Windows XPNista/7 /8/1032 e 64 bit

Eureka provides an advanced tool assemblyprocedure, which is very efficient whenstarting from 3D models of tool components.
The tool components library is extended toinclude any combination of cutting and non­cutting parts, which simplifies using the tool
assembly window.

Eureka is also useful for training new
personnel and teaching NC programming tostudents.
NC programs for any kind of machine andcontrol can be designed and verified with
Eureka, even when the real machine is notavailable.

MULTI-CHANNEL MILL-TURN MACHINESPRODUCTION MACHINES• Unlimited axes.

• Machining simulation with multiple
workpieces, pallets and program zeros.

• Continuous 5-axis and simultaneousmill-turn machinings on different spindles
and workpieces.
• Multiple repetitive cycles emulation(G71, G72 for Fanuc and CYCLE93-CYCLE95
for Siemens 840D).
• Mill-turn machining toolpaths using Z, X andC axes or Z, X and V axes (Gl 12 for Fanuc
and TRANSMIT for Siemens840D).
• Automatic workpiece transfer to pick-off orsub-spindles.
• Accurate management of bar feeders
and sliding headstock machines.

• Accurate emulation of the Fanuc and Siemens
G-codes including logic and mathematicalfunctions.
• Tilted work planes simulation (G68.2, PLANESPATIAL, CYCLE800).
• Simulation of tombstones, tool changes andprobing cycles.
• Tools defined by parametric models, startingfrom a 2D profile or 3D model.
• Direct import of tools from CAD/CAM
systems and from tool managment
applications.
• Import/Export of the presetting table in Excel
format.

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