From job shops with three axis mills to complex production lines with advanced mill turn and Swiss, Eureka provides a single simulation and optimization platform that reduces risk, saves time, and increases spindle uptime across many industries.
Backed by Roboris, founded in Italy in 2001 and focused exclusively on virtual machining and robot simulation since 2005.
Where Eureka Delivers Value
Eureka is used anywhere that CNC programs, robots, and complex motion need to be verified before pressing cycle start. The software checks real G code, uses accurate digital twins of your machines, and shows operators exactly what will happen before metal is cut or a robot moves.
Below is a sampling of the industries and applications where customers rely on Eureka every day to prevent crashes, shorten prove out, and unlock more capacity from the equipment they already own.
Industries We Support
Aerospace and defense
High value parts, complex toolpaths, and tight delivery schedules leave no room for trial and error. Eureka verifies five axis and mill turn programs, prevents crashes on expensive equipment, and helps teams prove out parts quickly and safely.
- Complex structural components
- Blisks, blades, and impellers
- Fixtures and tooling
Automotive and motorsport
From engine blocks and transmission cases to molds and tooling, automotive work demands reliable and repeatable processes. Eureka helps users validate new programs, optimize cycle time, and keep production machines cutting instead of being used as a test bench.
- Powertrain components
- Molds and dies
- Prototype and racing parts
Medical and dental
Medical and dental components often involve exotic materials, small tools, and precise features that are difficult to rework. Eureka lets users validate every motion in advance so first article parts have a much higher chance of success.
- Implants and instruments
- Orthopedic components
- Dental abutments and prosthetics
General job shops
Job shops see a wide variety of parts and setups, often with limited time for prove out. Eureka gives programmers and operators a fast way to check new jobs, confirm clearances, and avoid learning through broken tools and scrapped material.
- Three axis and five axis milling
- Turning and simple mill turn
- Short run and prototype work
Mold, die, and tooling
Long programs, deep cavities, and long reach tooling make verification essential. Eureka checks roughing and finishing strategies, detects over travel and collisions, and helps teams avoid mistakes that could destroy expensive cavities.
- Injection molds and compression tools
- Progressive dies
- Electrode and graphite work
Energy, oil, and gas
Large components, expensive materials, and long cycle times make simulation a smart investment. Eureka validates toolpaths and machine motion so unexpected events do not occur hours into a cut.
- Valves and pump bodies
- Rotors and casings
- Offshore and power generation components
Applications Across the Shop
Eureka consumes real toolpaths and NC programs from your CAM systems and controllers, creating a detailed digital twin of your machines and cells. From there, we simulate tool motion, material removal, collisions, and robot kinematics before the first part is cut or welded.
Three axis and entry level machining
Eureka Free three X gives users a no cost way to see the advantages of simulation on a real Haas three axis machine before expanding to more brands and models. For production work, Eureka supports a wide range of vertical and horizontal machining centers for roughing, finishing, drilling, and more.
- Setup verification and clearance checks
- Fixture and vice validation
- Operator training and what if review
Mill turn and Swiss type
For parts that move between spindles, share tools across channels, or require many tools and live operations, simulation is essential. Eureka can represent complex mill turn centers and Swiss type lathes with multiple channels so teams can see exactly how parts are produced.
- Multi channel synchronization and timing
- Part transfers and pick offs
- Interference checks between turrets, spindles, and tooling
Five axis and complex milling
As soon as rotary motion is involved, the risk of collisions and over travel increases. Eureka reads real G code and simulates the entire machine, so users can validate multi side and full simultaneous strategies with confidence.
- Multi side indexing and positional work
- Full simultaneous five axis programs
- Head head, table table, and mixed kinematics
Robotic machining and process work
When combined with Eureka for robots, the same platform can validate tasks such as trimming, coating, polishing, grinding, and welding. This helps users move from manual teach methods to offline programming and safe simulation.
- High mix robotic machining cells
- Coating and finishing operations
- Material removal on complex shapes
Beyond basic verification
Eureka is more than a way to watch toolpaths. It is a production tool that supports process improvement across the life of every part.
- As cut comparison against the CAD model
- Automatic detection of collisions and near misses
- Feed, speed, and toolpath optimization to reduce cycle time
- Digital trace of each simulation for process control
From single machine to entire plant
Many customers start with a single critical machine or line and then standardize on Eureka for all simulation needs. Whether you want to protect a single five axis center or align simulation across dozens of machines and sites, the same core technology and workflows apply.The result is fewer surprises on the shop floor, shorter prove out time, and more predictable delivery for your customers.
Next step
Every shop has a different mix of parts, machines, and people. Our team can help you map Eureka to your current equipment and future plans, from Free 3X on a Haas mill to full coverage of advanced multi-channel equipment and robotic cells.
Share a short description of your parts, machines, and challenges, and we will follow up with examples and workflows that match your world.
Eureka virtual machining
solutions
Reduce machine setup time, avoid crashes and optimize cycle time by simulating your G-code programs
Simulate, verify, and optimize industrial robot paths for welding, deburring, trimming, and more.
