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Overview
Leica Absolute Tracker AT960
Leica Absolute Tracker AT901
Leica Absolute Tracker AT403
Romer Absolute Arm 7330
Gom Compact Scan
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Glossary
+49 (0)821 - 74907920
info@3d-mt.de
Am Technologiezentrum 5, 86159 Augsburg
phone number to prove your humanity
Deutsch (de)
English (en)
EN
Deutsch (de)
English (en)
Services
Industrial Computed Tomography
3D Coordinate Measurement
Component Measurement & Quality Control
Digitization & Reverse Engineering
Coaching & Consultation
Measurement Program Development
equipment
GE v|tome|x
Leica Absolute Tracker AT960
Leica Absolute Tracker AT901
Leica Absolute Tracker AT403
Romer Absolute Arm 7330
Gom Compact Scan
News
About 3DMT
Carreer
Contact
Partner
Glossary
Certified
ISO9001:2015
Award Winning Company
Qualität - Made in Augsburg 2016
Glossary
2
2D X-ray inspection
3
3D visualization
3D printing
Coordinate metrology
3D metrology
Three-sigma rule
3-2-1 method
3D coordinate system
6
6DoF (Six Degrees of Freedom)
A
allowance
Coefficient of thermal expansion
Artifacts
Automation
Abbe comparator principle
Augmented Reality (AR)
Alignment
Absolute Distance Measurement (ADM)
Accreditation according to ISO/IEC 17025
Stakeouts
Distance sensor
Distance measure
Distance measurement
B
Image reconstruction
Bessel points
BestFit Alignment
Component measurement
C
CAD
computed tomography
D
Digital Twin
Deformation analysis
Dosimeter
Defect analysis
Dynamic lock-in
DakkS
E
Initial sample inspection report
Flatness measurement
Unit bore
F
Form and position tolerances
Focus-Detector Distance
Surface shape tolerance
color-coded condition assessment
Feeler gauge
Error propagation
Form error
Production drawing
FMEA
G
Straightness
Averaged roughness depth
Stretched length
Accuracy
Geometric Dimensioning and Tolerancing (GD&T)
Geometric error
H
Hounsfield unit
Envelope principle
I
Interpolation
Interferometer
Industrie 4.0
Industrial measurement technology
Interferometer (IFM)
Industrial computed tomography
In-Line metrology
Engineering surveying
Inspection software
Inline measurement
In-Process measurements
In-situ inspection
Industrial metrology
K
Edge breaking
Curve
Coaxiality
Calibration
Concentricity
Circle
Sphere
coordinate measuring machine (CMM)
Contour measurement
Curvature
Sphere
Coordinate System
L
Line shape tolerance
Oblong hole
Laser scanning
Laser tracker
Shrinkage cavity
Laser triangulation
M
Maximum material principle
Measurement accuracy
Macro programming
Uncertainty of measurement
Metrology
Macroscopic examination
Metrology laboratory
Measuring arm
Metrology
Measurement errors
MSA
Measurement fixture
Measurement protocol
Measurement uncertainty budget
Caliper
The measurement of plastic parts
N
Inclination
O
Optical measuring methods
Surface finish
Optical measurements
Surface finish
Surface measurements
P
Pore classes
Plane parallelism
Pferch principle
Gauge blocks
Pores
parallax error
Fit
Parallelism
In-Line metrology
Photogrammetry
Location tolerance
Porosity
Primary profile
PolyWorks
Process capability analysis
Point cloud
Pins
Q
Quality assurance (QA)
R
Roundness tolerance
Runout tester
Roughness measurement
Rectangularity
Reference points
RPS alignment
Concentricity
Reverse engineering
Rapid Prototyping
Reproducibility
Reconstruction
Traceability
Reflector
Reference markers
S
Slicing
Six Sigma rule
SPC Analysis
Standard deviation
Structured light projection
Spherically Mounted Retroreflector (SMR)
STL
T
Triangulation
Tool Center Point (TCP)
Technical drawing
Tactile metrology
Tolerance
Tolerance analysis
U
Independence principle
Ü
Transition fit
V
Virtual Reality (VR)
Voxel
Surveyors
Volume Graphics
Measuring of turbine blades
W
Tool correction
Wall thickness
Thermal expansion
Waviness
Tool alignment
Tool measurement
X
X-Ray
Z
Cylindricity
Non-destructive testing (NDT)