Eureka ROBOT
Transform Your Robot into
a Precision Machining Cell
Program, Simulate, Optimize, and Deploy robot machining workflows safely, efficiently, and with complete confidence.
Eureka Robot transforms your CAM toolpaths into fully verified, collision-free robot programs, combining the flexibility of industrial robots with the accuracy of CNC machining.
Real-time simulation with millions of movements
What is Eureka Robot?
Eureka Robot bridges the gap between your CAM environment and the robot cell.
It converts APT or ISO toolpaths into precise, executable code for 6 or more axis robots, handling external axes, tool changes, and kinematic optimization automatically.
During conversion, Eureka simulates every motion in real time, from spindle rotation to robot articulation, ensuring the entire process is safe, efficient, and production ready.
With Eureka Robot you can:
- Turn any CAM toolpath into robot-ready code
- Catch collisions and singularities before they happen
- Optimize axis movements for smoother, faster cycles
- Reduce setup time, trial runs, and operator risk
why choose eureka robot
Unlock the full power of industrial robots for machining applications
Full-Spectrum Flexibility
From milling and deburring to additive deposition, polishing, spraying, or gluing, Eureka adapts to every robotic process.
Absolute Safety and Reliability
Every axis, external movement, and tool change is simulated and validated. Detect collisions, singularities, and out-of-range conditions instantly.
Optimized Productivity
Automatic trajectory optimization smooths motion paths, reduces cycle time, and extends robot lifespan.
Seamless Integration
Compatible with all major robot brands and CAM systems. Start optimizing within hours, not weeks.
Proven Performance
Trusted worldwide in aerospace, automotive, molds and dies, and advanced manufacturing environments.
Eureka ROBOT: CORE features
A simulation engine built for industrial performance
MODULAR Capabilities
Configure Eureka Robot for your exact production workflow
Available modules include
CAD/CAM Post-Processing
3D Digitizer Integration
Trajectory Editing and Optimization
Additive and Hybrid Processes
Multi-Robot and CNC Synchronization
Custom Macros and API Automation
Eureka Viewer, Mobile, and Cloud
Translate APT or ISO toolpaths directly into robot programs
Capture surface geometry and generate motion paths automatically
Trim, mirror, split, or blend paths interactively
Simulate spraying, deposition, and coating with full path control
Coordinate robots with CNC machines or secondary robots
Extend Eureka with custom scripts and process logic
Review, share, or run simulations remotely
Compatibility and Integration
Robot Brands Supported
ABB, KUKA, FANUC, Comau, Staubli, Kawasaki, Motoman and more
Supported CAM Systems
Mastercam, PowerMill, Edgecam, NX, Tebis, FeatureCAM, ZW3D, VISI, GibbsCAM and others
Standard Outputs
APT, ISO, and controller-specific robot code, customizable for tool changes, probing, or macros.
Fully extensible through VBScript, .NET, or C++ for enterprise automation
industries and APPLICATIONS
Aerospace
Large composite trimming, titanium machining,
and drilling
Automotive
Mold machining,
prototype surfacing,
and deburring
Marine and Energy
5-axis surface finishing and tool repair
Art and Architecture
Sculpting and surface milling
Additive Manufacturing
Spraying and hybrid production
Eureka Robot in action
Watch a full 6-axis robot milling sequence simulated in real time.
See collision detection, tool changes, and material removal in action.
“Eureka software has allowed us to go straight to production on new parts without having to tie up the machine proving out our programs. This would usually take a few hours per part. This has been very beneficial as we are moving 100’s of parts”
“Eureka has allowed Solvus to accelerate the implementation of advanced robotic motion for its additive manufacturing processes. Being able to resolve multi axis, coordinated motion through OLP simulation has enabled the Solvus team to significantly reduce deployment time and manufacturing risk. Additionally, having a true digital twin provided other optimizations in cycle times, minimized tool motion, and maximized working envelope.”
“ORNL is committed to working with industry to advance the state of the art in advanced manufacturing. This type of collaborative effort to develop integrated toolpath, process, and trajectory planning is essential for rapid testing of advanced manufacturing techniques.”
Experience Eureka Robot
Bring simulation-driven accuracy to
your robotic machining
Eureka virtual machining
solutions
Reduce machine setup time, avoid crashes and optimize cycle time by simulating your G-code programs
