• Stop Guessing. Start Knowing.

Your machine has its own physics.
Now your CAM does too.

DigitalCNC simulates exactly what your machine will do, and optimises your toolpath, before a single chip is cut

<30 Seconds

To Install

5 Clicks

To Analyse

<1 Second

To Optimise

Same problem, Different Risks

CAM software can’t tell you what actually happens on your machine. That gap costs you parts, machine time, and programs that need extra runs to prove out.

CAM Programmer

You spend hours per programme hunting for the problems – reversal marks on aerofoil surfaces, chip thickness violations in tight corners, root causes of tool breakages. That knowledge lives in your head. It is not in the program.

DigitalCNC surfaces these types of problems in seconds, and writes the verified corrections back into CAM.

Head of Manufacturing

Your most experienced programmers carry decades of knowledge. Cycle times on complex programs are 20-40% optimistic, and delivery commitments are built on those numbers. Getting a complex program right depends on who wrote it.

DigitalCNC gives every programmer machine-specific analysis, reducing dependency & cutting cycle times to ±5%.

Manufacturing Lead

Your process decisions are built on convention. When a customer demands technical rationale for your parameters, you cannot provide one, forced to solve issues on the machine rather than engineering them out during the digital phase.

DigitalCNC predicts, corrects, and documents critical upstream parameter decisions before the part runs.

Production Manager

Your cycle time estimates are built on programmed feedrate, not what the machine actually runs. On a complex titanium programme, that gap is 20-40%. You are committing to delivery dates on numbers you know are wrong.

DigitalCNC predicts actual cycle time against your specific machine and toolpath – before the programme runs.

Bridge The Gap With Real Data

DigitalCNC gives you accurate, machine-specific insights without touching the machine.

Accurate Cycle Times

No more guesswork on quotes and NPI timelines. Get precise predictions based on actual machine kinematics.

Real Feedrate Analysis

See exactly how your machine behaves in tight corners, deep pockets, and complex toolpaths. Understand where and why slowdowns occur.

Strategy Comparison

Test 100 approaches in 5 seconds instead of weeks on the machine. Compare multiple strategies side-by-side instantly.

Digital Iteration

Reduce expensive physical trials and machine downtime. Optimise processes offline before committing to production.

Engineering Insight

Understand why feedrates fluctuate and how to fix it. Make better CAM decisions. Prevent tool breakages.

Zero Disruption

Works entirely inside your CAM environment. On-premise installation. No data leaves your facility. No production downtime.

How It Works

Secure, on-premise installation. No cloud dependencies. No data transmission.

Install Plugin

Installs in under 30 seconds. Works with Siemens NX, CATIA v5 and Mastercam.

Select Toolpath

Choose your CAM toolpath directly within your existing CAM environment. No export required.

Run Analysis

5 clicks. Less than 1 second. Get accurate machining data and optimisation opportunities.

Optimise and Compare

Test multiple strategies instantly. Make confident decisions and automatically update CAM based on accurate machine data.

Built for aerospace and defence manufacturing

DigitalCNC is designed for manufacturers machining safety-critical parts in titanium, nickel superalloys, and aerospace aluminium, where a first-off failure is not just expensive, but has severe consequences.

Head of Manufacturing

  • Cut cycle time estimation error to ±5%

  • Expert knowledge becomes a permanent capability

  • Guarantee titanium/nickel delivery dates

  • Reduce physical trials without increasing headcount

Production Manager

  • Machine-specific, cycle time predictions

  • Identify bottlenecks before production begins
  • Compare machining strategies in seconds

  • Eliminate first-off aerofoil/structural failures

CAM Programmer

  • Identify and explain program performance
  • Test toolpath performance without trial cuts
  • Minimise iterations on complex components

  • Optimise offline, without interrupting production

Manufacturing Technology Lead

  • Physics-based decisions, not tribal knowledge
  • Defensible, data-driven parameters for OEMs
  • Compare strategies against machine-specific models
  • Built from fundamental machining research

Stop fixing problems at the machine.

Identify and resolve errors upstream with DigitalCNC.
See how we optimise complex aerospace workflows in our online demo or talk to us about a custom trial.