Cut scrappage and concessions to zero. Reduce machine time by up to 80%. Trap errors before the machine even starts. And make parts perfect – first time, every time.
With NC-PerfectPart, you eliminate the costly delays of bad parts. And once you know that you can make the same part in the same amount of time, from first to last – you can stick to schedules, and budgets. No hold ups.
NC-PerfectPart detects errors early on — from condition of supply to machine setup and even post-machining verification. You can catch and resolve errors, before the machine even starts – reducing CMM backlogs and freeing up valuable time.
NC-PerfectPart detects precisely where a part is on the machine bed, and then adjusts the controller to fit. It means you can simplify your fixtures, and reduce production time by up to 80% — vastly increasing capacity and quality.
With checks completed in seconds, NC-PerfectPart minimises variation across parts.
If the first one’s good, they all are.
NC-PerfectPart fits into your current machining process – so there’s no need to redesign anything.
This is 5-axis optimisation, like never before.
The machine tool and its probing system are benchmarked using NC-Checker. The probe is correctly calibrated and confirmed in 5-axis. Then the software performs a series of checks, including rotary and linear axis tests, to produce detailed reports. The report summary is the MSP benchmark wheel.
The part is measured to check its condition of supply. If there is too much distortion, or not enough material, the part process can be stopped. After all, there’s no point machining the part when it is already clear it will fail final inspection.
Measurements taken in step 2 are used to calculate the part alignment. The machine controller is then automatically updated to compensate for any discrepancy between the part location and the machining program. All errors due to misalignment are eliminated.
The machining program runs at the corrected alignment. The machine tool has been benchmarked as capable of performing to the required tolerances.
Once the machining’s done, the part is measured again on the machine tool to ensure there are no machining errors before the part leaves the machine. A verification report is produced for traceability within the process, and any subsequent errors can be traced to fixture unclamping.
You’ve made a perfect part with no concessions or errors.
Of course, we can chat by email. But often a phone call is how we get to the heart of your problem: fast, personal, effective.
We’ll check the compatibility of your machines and controllers remotely, to be sure we’re giving you the right solution.
We’ll install NC-PerfectPart on your machines, and help you get your parts into concession-free production, fast.
Our customers typically recoup the cost of NC-PerfectPart in days: from there on, it’s perfect parts and improved profits.
Traditional methods of part fixturing don’t work with additive materials: there are no accurate datum features, and you might need multiple setups.
With NC-PerfectPart, you can simplify fixtures, and make the machine tool do the hard work – because it knows exactly where the part is.
In additive manufacturing, the final shape of a part is often different to the nominal CAD model – and yet the machining paths are generated against the model, rather than the part itself. Add to that the inconsistent material conditions generated by the additive process, and you have a recipe for disaster.
NC-PerfectPart solves this problem: it probes the part, calculates the difference between the CAD model and the reality, and compensates in the controller. Done.
Additive parts are near net shape, which means there’s absolutely no margin for error. Fixturing accuracy is critical – and expensive, especially for automated part delivery systems. In a manual environment, it's time-consuming. These problems disappear with NC-PerfectPart.