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Eureka NC Coder

Convert Your CAM Toolpaths into Verified,
Multi‑Channel CNC Programs

Your CAM can’t program what it doesn’t understand, multi‑channel CNCs demand more

Eureka NC-Coder gives you precision, synchronization, and confidence before you press Cycle Start.
Use your preferred CAM to handle complex Swiss‑Type and Multi‑Channel Mill‑Turn CNC machines, ensure perfect synchronization, and simulate with confidence before wasting time and money running the programs on your CNCs.

NC CODER IN ACTION >>
 

Using your CAM program to program your multi-channel Mill-Turn and Swiss machines has always just been a dream until NC Coder arrived. Now you can use what you know and love to quickly and efficiently program even your most advanced machines.
NC Coder also simulates your program on a digital twin of your machine, so you know exactly what is happening throughout the entire program. You now have the power to assign cuts to the best channel, view synchronization errors, avoid lengthy on-machine verification cycles, and eliminate unpredictable cycle times.

The All-In-One revolutionary solution

Use YOUR Single Channel CAM to Program & Simulate

Eureka NC‑Coder solves these problems by taking your single‑channel toolpaths, enabling you to:

  • Assign operations to the correct channels
  • Insert synchronization and machine-specific code (like part‑transfer)
  • Generate G‑code via an internal post‑processor tailored to your machine
  • Verify the entire program in a digital twin simulation

The result: more reliable NC programs, fewer errors, shorter setup times, and reduced machine downtime.

Eureka NC CODER: features & Benefits

Seamless Multi‑Channel Support & Synchronization

Easily map CAM operations to your machine’s multiple tool‑paths or spindles; define sync points so channels work in perfect coordination

High‑Fidelity G‑Code Verification

Simulate toolpaths, fixtures, tooling, and part transfers in a digital twin; detect collisions or errors before production

Built‑in Post‑Processor for Your Machine

Custom machine profiles, tailored G‑code output, support for Swiss & Mill‑Turn controllers; no need for external or generic post‑processors

CAM‑Agnostic Workflow

Compatible with most major CAM systems – keep using what works for you while adding NC‑Coder’s precision layer

Reduced Costs, Improved Throughput

Less scrap, fewer machine interruptions, shorter lead times—all improving your bottom line

Supported CAMs & Machines

Eureka NC‑Coder integrates with most major CAM systems and supports a wide range of CNC machine types, including Swiss‑Type lathes, Multi‑Channel Mill-Turn centers, and Multi‑Spindle machining environments.

Use Cases & Industries

Precision machining for medical devices

Aerospace component manufacturing

High‑volume Swiss/turning production

Contract manufacturers handling complex multi‑channel parts

Eureka NC Coder in action

Get Started Today!

 

Discover how Eureka NC‑Coder can streamline your CNC programming workflow. Request a free demo today or contact our team to learn more about integrating NC‑Coder into your shop floor.

What customer  say about
Bill Bracken
PFC Brakes
Sr. Mfg. Engineer

“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”

Alex Michelson
Solvus Global
Senior Robotics Engineer

“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.”

Dr. Kyle Saleeby
Oak Ridge National Laboratory
Manufacturing Automation and Controls Group Staff Member

“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.”

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