Virtual machining for CNC and robots, built by control engineers.
Eureka, developed by Roboris, delivers a comprehensive unified platform for CNC G code simulation, robot offline programming, and toolpath optimization, so you can validate, refine, and deploy complex processes with confidence. Because we are privately owned and answer only to our customers and partners, we move faster than large corporate competitors when support or changes are needed on your production floor.
Backed by Roboris, founded in Italy in 2001 and focused exclusively on virtual machining and robot simulation since 2005.
Eureka Virtual Machining
WHO WE ARE
Roboris and Eureka, one engineering team perfecting production.
Roboris is the parent company behind Eureka, founded in Italy in 2001 by Mirko Sgarbi and Gianluca Bioli. Both founders remain hands on in the business, driving the evolution of a product line dedicated entirely to CNC machine tool simulation, robot programming, and toolpath optimization.
From post processors to full virtual machining.
Roboris began by developing complex post processors for Pro ENGINEER and CATIA, very close to the machine for many CAM workflows. That deep understanding of NC output, kinematics, and control behavior naturally evolved into Eureka Virtual Machining.
In 2003, Roboris introduced its first application for simulating anthropomorphic robots. In 2005 the company made a strategic decision, focus completely on machine tool and robot simulation. The result is a platform that has been refined for more than two decades to serve production critical environments.
Because Roboris is privately owned and answers only to its customers and partners rather than outside investors, we can be far more agile in product decisions and far more responsive in support when your production is on the line.
Engineering DNA, not generic software.
Eureka is built by the same team that understands how your machines, controllers, and robots actually behave on the shop floor. That is why we simulate at the NC code level, model real kinematics, and support processes from five axis milling and Swiss type turning to robot spraying, welding, three D printing, and trimming, all in one environment.
And because we are privately held, we do not wait for a quarterly review cycle to react. We work directly with customers and partners to deliver the support and enhancements they need, when they need them.
WHO WE ARE
The comprehensive and unified platform for CNC simulation, robot offline programming, and optimization.
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.
CNC G code simulation
Eureka simulates actual NC code, not just CAM Toolpaths, providing accurate verification of what will run on the controller.
- Multi axis milling, turning, Swiss type and mill turn
- Multi channel and synchronized kinematics
- Tool, holder, fixture and machine collision detection
- Material removal and gouge analysis on the workpiece
Robot offline programming
Eureka programs industrial robots for production processes using toolpaths from CAM or native geometries, then outputs controller ready robot code.
- Spraying and coating cells
- Welding, arc, laser, and cladding
- Three D printing and hybrid or additive operations
- Trimming, deburring and light machining
Toolpath optimization
Chronos analyzes NC level motion and load conditions to automatically adjust feed rates and accelerate safe portions of the toolpath.
- Feed rate optimization based on engagement and kinematics
- Cycle time reduction with controlled tool load
- Smoothed motion for better surface finish
- Supports CNC and robot processes
Technical strengths
Designed for real machines, not just pictures.
Every component of Eureka, from geometry and collision detection to kinematic solvers, is engineered for production and close integration with CAM and controller environments.
Simulation accuracy
Customization
CAM integration
Global presence
Digital twin of the complete process.
Eureka builds a digital twin spanning the workpiece, tool, holder, fixtures, machine structure, robots, and controller behavior. This allows manufacturers to:
- Validate synchronization on multi channel and Swiss type machines
- Verify robot reachability, singularities, and joint limits before deployment
- Compare simulated cycle times against measured production data
- Standardize process validation across machines, sites, and suppliers
The result is shorter ramp up, fewer surprises, and higher confidence when taking complex programs to the shop floor.
Step by step
Nearly twenty five years of focused development.
Roboris has kept a narrow focus on virtual machining, robot simulation, and optimization. No distractions, only deeper accuracy, better workflows, and broader machine coverage year after year.
Eureka in practice
Trusted worldwide for production critical processes.
For more than twenty years, Eureka has been deployed in environments that cannot afford surprises at the machine, from agile job shops and high mix mold makers to global OEMs and tier one suppliers.
Global adoption
Trusted by manufacturers of many sizes, from single facility shops to multinational OEMs, to validate CNC and robot programs before pressing cycle start.
Thousands worldwide
Deployed across thousands of CNC machines and robot cells in production, including lathes, Swiss type, multi channel mill turn centers, and anthropomorphic robots.
More than twenty years
More than two decades dedicated only to virtual machining, robot simulation, and optimization, with continuous evolution driven by real customer use cases.
Ready to build a digital twin of your machining and robot cells.
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.
Eureka virtual machining
solutions
Reduce machine setup time, avoid crashes and optimize cycle time by simulating your G-code programs
Reduce machining time and extend tool life up to more 2X or more by optimizing the G-code programs generated by your CAM
Simulate, verify, and optimize industrial robot paths for welding, deburring, trimming, and more.
