3D Measurement
Parts, assemblies, fixtures and prototypes measured against CAD with clear deviations, visible tolerances and technical reporting.
3D measurement for quality, engineering and production
3D measurement and automation to approve parts with less rework.
When a part, fixture or production line needs to move from doubt to decision, we combine 3D measurement, 3D scanning, inspection automation and KeyStats to keep dimensional data organized.
3D Measurement
Dimensional inspection, CAD comparison and reports for part approval.
Automation
Inspection routines that reduce variation between shifts and operators.
Technologies
Scanner, sensor, arm or tracker selected by tolerance and environment.
KeyStats
History, SPC, alerts and traceability without scattered spreadsheets.
Services
Measurement for parts, fixtures, try-out and production release.
We can enter the process to measure a critical part, validate a fixture, compare against CAD or structure an inspection workflow. The output must help quality and engineering approve, correct or release production.
3D Scanning
Complex geometry capture, point clouds, color maps and meshes for adjustment, comparison or failure investigation.
Reverse Engineering
Surface reconstruction and documentation when drawings do not exist, are outdated or the real part has already changed.
Inspection automation
When measuring once is not enough, we automate the routine.
Some processes cannot depend on manual interpretation for every part. We build workflows with 3D scanners, sensors, measurement arms, fixtures, robots, inspection software and reports so the same criteria can be repeated every day.
- Inspection cells and routines for serial parts or part families.
- Integration with 3D scanners, 3D sensors, measurement arms or laser trackers.
- Scripts, uploads, reports and rules to reduce manual work.
- Workflows for try-out, production launch, audit and process control.
KeyStats
KeyStats fits when a report alone is no longer enough.
In many projects the problem is not only measuring. It is finding the history later, comparing lots, seeing trends, knowing who approved and acting before a deviation becomes rework. KeyStats organizes measurement data into a workflow that is easy to follow.
- History by part, project, control and critical characteristic.
- SPC, charts, reports and deviation tracking.
- Alerts to react before the issue moves deeper into the lot.
- Connection with manual inspection, automated routines and existing reports.
Technologies
The technology comes after the measurement problem.
Before recommending equipment or method, we look at tolerance, material, access to the part, factory conditions, measurement rhythm and what will happen with the data afterwards.
Creaform
3D scanning, optical CMM, non-contact measurement and inspection cells.
FARO
Measurement arms, laser trackers, alignment, large-volume metrology and software.
LMI
3D sensors, profilometry, inline inspection and dimensional control in process.
KeyStats
Measurement history, SPC, reports, alerts and traceability.
KREO ecosystem
Three fronts, one job: measure better and use the data better.
KREO brings together technology and represented brands. KREO Metrology executes services, automations and industrial projects. KeyStats organizes what comes out of measurement so quality and production can follow the process.
KREO
Equipment, represented brands and metrology solutions for Argentina, Brazil and the region.
KREO Metrology
Measurement services, inspection automation and industrial projects for external markets, especially Brazil.
KeyStats
Software to store measurements, monitor SPC, trigger alerts and keep traceability.
Cases and evidence
Real applications to discuss parts, method and output.
The historical site already has examples of measurement, scanning and automation. This section brings the strongest case routes into the new navigation without mixing them with the KeyStats Brazil campaign.
3D measurement against CAD
Deviation maps, dimensional inspection and reporting for approving parts, fixtures, assemblies and try-out.
3D scanning of real geometry
Capture of small parts, large volumes, complex surfaces and documentation for reverse engineering.
Automation and repeatable control
When inspection must move beyond a one-off service and become a controlled routine for production and quality.
Applications
Applications where a dimensional deviation costs time.
We enter when a part does not fit, a fixture needs validation, production is waiting for release or the report must explain the problem without room for interpretation.
Process
How we run a project.
1
Technical diagnosis
We review the part, CAD, tolerances, access, timeline and who will use the result.
2
Measurement strategy
We select method, equipment, alignment, critical points and report format.
3
Execution or integration
We measure, tune the route or structure the routine to repeat on the shop floor.
4
Reports and traceability
We deliver deviations, evidence, approvals and data that quality and engineering can discuss.
5
History and control
When useful, we connect measurements, indicators and alerts through KeyStats.
Contact
Do you have a part, fixture or inspection routine to solve?
Send the case: what needs to be measured, which tolerance matters, what report is required and where the process is blocked today. From there we define whether the right path is service, automation, KeyStats or a combination.
Talk to KREO Metrology
If you already have CAD, a part photo or the current report, that helps us make the first review faster.