CAM-Robot

The robot that directly translates CAD drawings into robotic trajectories

CAM-Robot performs CNC machining with anthropomorphic robots, whilst using dynamically defined machining paths defined directly in production

With this innovative Smart Manufacturing solution capable of easily adapting to new machining and toolpath configurations, Eureka System offers a flexible and dynamic robotic system:

  • An industrial anthropomorphic robot operating as a machining centre.
  • G-code interpretation software (DIN66025 standard).
  • A user-friendly GUI, directly controllable by the field operator.

There is no need to write robot toolpaths manually or redo the setup of a CNC machine for each new machining operation; with the CAM-Robot, all this is automated in a few simple steps.

CAM-Robot - HMI software interpretazione G-CODE

Coating, cutting, welding, painting, marking, and dispensing

Explore a glimpse of the myriad applications achievable with our CAM-Robot. Your business requirements are unique, and we're here to craft tailor-made solutions that perfectly align with your company's vision. Share your specific needs with us, and together, we'll forge a solution that seamlessly integrates with your operations.

EVERYTHING IN JUST A FEW STEPS

Import your customised CAD-designed machining path

Automatically transforms your DXF file into a toolpath

Manage specific parameters: tool start/stop, machining speed, dimensions, etc.

Generate the robot programme automatically from G-code

Write, edit, archive, delete, recall, and run machining paths with ease

CAM-Robot - HMI modifica percorsi di lavorazione CNC

This unique robotic solution was conceived and developed by Eureka System using a COMAU anthropomorphic robotic arm equipped with a KEBA controller. The KEBA system manages the safety, motion, and logic controls of the robot in all its different operations, thus making this complex automation process possible.

Speed and repeatability characterise the six-axis movement of the CAM-Robot, with an inimitable capacity for movement and flexibility, especially suitable for

  • Multi-level surfaces
  • Non-linear surfaces
  • Workpieces of different sizes and shapes
  • Varying small batches
  • Custom manufacturing and customisations

Using a 2D technical drawing, the software we have developed automatically generates the robotic toolpath to be followed to perform the required machining operation and sends the commands to the CAM-Robot.

Thanks to our CAM-Robot solution, setup times between one workpiece and the next are significantly reduced. It is no longer necessary to manually write the robotic toolpaths or to pre-set and set up a CNC machine each time in order to perform machining processes; using the CAM-Robot, you simply import the .dfx file for the workpiece you are about to send for machining, and in a few steps, the robot will execute the new machining path.

Flexibility

Dynamic, user-friendly configuration of all robotic machining toolpaths for parts to be produced.

Reliability

Graphic simulation of machining toolpaths directly within the software, with verification of errors and faults.

Automation

Automatic generation of robot trajectories: from simple CAD files, the software directly exports the command data required by the robot.

CAM-Robot

CNC machining with anthropomorphic robots using dynamic robotic paths

Our solutions are consistently tailored to meet the unique needs of businesses. We don’t believe in a ‘one-size-fits-all’ approach, as we understand that each company possesses its own distinctive production intricacies that define its individuality.

If you're looking to bring innovation to your company while preserving your established production methods, we're here to assist you

Thanks to our vast experience in the field of automation, we apply skills developed in different industries to carefully study the customised solution that best suits your business needs. First, we will thoroughly analyse your production processes, from the Automation level up to Management, to fully understand your business dynamics and start developing a tailor-made solution that integrates seamlessly with your existing workflows, methods and technologies.

STEP 1

FEASIBILITY STUDY
Analysis of the company, its operations, and production processes so as to identify critical points and define the most suitable technical solution.

STEP 2

CO-DESIGN
Technical-functional analysis and definition of technical specifications in terms of implementation and integration.

STEP 3

DEVELOPMENT
Development of the tailor-made 4.0 solution customised on the individual company and its production processes.

STEP 4

INTEGRATION
Deployment of the solution, validation testing, eventual replications, and after-sales services.