No time lost thanks to a virtual measurement space for automated scanning
Once the order has been placed and the CAD data has been sent, we
immediately
start work on the programming and parametric reporting, which means that the
3D measurement of the pieces can
start
as soon as the materials arrive.
GOM-certified German 3D measurement service provider
As a certified GOM service provider, we rely on the
quality
of the ATOS Q series, which has a long-standing track record. Contactless and non-destructive measurement methods are not only used in industrial
series
and
prototype production, but increasingly also in the field of additive manufacturing in the form of initial sample test reports (ISTR) or quality control.
Measurement technology service provider for 3D printing I additive manufacturing
We measure, check, inspect and evaluate 3D-printed pieces. We do this by recording highly precise geometric data, including complex structure or free-form surfaces, using optical measuring techniques. Based on a resolution of several million points, we document informative measurement results in your own test report. The detailed quality information is provided in parametric form using a variety of inspection methods, such as form and positioning tolerances, cross-section analyses, distance checks and more.
Your reliable 3D measurement service
For an initial quality assessment, we recommend a
target/actual comparison with false-colour rendering. Even the smallest details are very important to us, whether it’s in
quality assurance, production, or research and development. Our engineers always provide a
suitable
and comprehensible
analysis
of the 3D scan data we record.
Our range of 3D measurement services
Precise and high-resolution
We always have the right solution for you:
✓ measurement path programming including collision checks
✓ object-specific digitisation
✓ evaluation of specified test characteristics
✓ individual piece measurement for incoming/outgoing goods checks
✓ digitisation and evaluation of small unit volumes
Benefits of semi-automated measurements:
✓ saves time thanks to scan preparation using box dimensions
✓ short preparation times
✓ 3D models with the best detail reproduction
✓ individual measurement reports
✓ numerous analysis functions
✓ possible without CAD data or recorded measurements
Fast and cost-effective
Series measurement up to 100% tests
✓ measurement path programming including collision checks
✓ programming on the basis of inspection characteristics
✓ parametric evaluation of test characteristics
✓ trend analyses to determine when action is required
✓ initial sample test reports according to drawing
✓ quality assurance during ongoing projects
✓ CAD data and recorded measurements required
Benefits of fully automated series measurement:
✓ saves time thanks to virtual project preparation
✓ short throughput times with utmost precision
✓ complete piece analyses
✓ individual, parametric measurement report
✓ automated and fully reproducible
✓ multiple loading supported
Saving time and resources
We work in parallel for you
✓ program creation for automated GOM measurement systems
✓ offline programming of robot paths and inspection tasks
✓ creation of customised, parametric measurement reports including company logo
✓ consideration of current standards
✓ use of the latest software
✓ the sharing of a current VMR and the measurement equipment used is a prerequisite
Benefits of program creation in the GOM VMR:
✓ on-demand access
✓ predictable project costs
✓ flexibility and improved competitiveness
✓ bridging capacity bottlenecks
✓ compensating for personnel absences
3D measurement report based on client template
Create your own customised 3D measurement report:
✓ inspection cross-section
✓ false-colour comparison
✓ angle, distance and diameter measurement
✓ parallelism, perpendicularity, evenness
✓ straightness, cylindricity, roundness
✓ surface defect representation
✓ trend analysis diagrams
... and much more!
Benefits of 3D measurement technology measurement reports:
✓ customised measurement reports with your company’s own design
✓ deviations immediately apparent thanks to being highlighted in red, amber or green
✓ PDF and CSV export
Precise measurements in the measurement space
We always work with the latest technologies:
GOM ScanCobot:
✓ collaborative robot
✓ motorised turntable
✓ blue light equaliser
✓ high-speed band projection
✓ ATOS Q 8M
✓ measurement field 270
✓ max. piece size 500x500x1000mm³
✓ max. piece weight 50kg
Memmert Hpp260eco:
✓ constant climate chamber
✓ Temperature range: 0°C-70°C
✓ Humidity range: 10%-90%
✓ Capacity: 256 litres
✓ high-precision regulation
✓ around 90% more energy-efficient than compressor-cooled devices
✓ integrated documentation of temperature and humidity
Do the parameter settings really improve the quality of the plastic parts?
Yes. Different parameter configurations still have a significant influence on the quality of pieces produced using additive methods. In the following, we show you how you can optimise the quality of your 3D prints and check your settings:
You can improve dimensional accuracy by
Does a measurement concept with standardised framework conditions make sense for pieces produced using additive methods?
When it comes to
additive series production in particular, compliance with defined
(environmental) conditions with respect to temperature and air humidity is very important for the comparability of test results. In the following, we show you what standardised framework conditions make particular sense for
3D printing, as well as the benefits of a measurement concept:
Let's talk
about Additive Manufacturing
Email us:
hello@am-raylike.com
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