XTOM-MATRIXMATRIX-1.3MMATRIX-3MMATRIX-5MMATRIX-9MXTOMXTDICXTDIC-CONST-SDXTDIC-CONST-HRXTDIC-CONST-HSXTDIC-CONSTXTDIC-FLC-SDXTDIC-FLC-HTXTDIC-FLCXTDIC-Micro-SDXTDIC-Micro-HRXTDIC-MicroXTDIC-STROBE-HRXTDIC-STROBE-HSXTDIC-STROBEXTDP-Ⅰ(standard configuration)XTDP-Ⅱ(industrial type)XTDP-DEF(static deformation)XTDPD8 SeriesX10 SeriesX16 SeriesTube QualifyXTSM-2.3MXTSM-5MXTSM-24MXTSMIndustrial manufactureAircraft Reverse DesignAerodynamic testMotion parameters measurement of helicopter rotor3D printing of the printed rocket launch vehicleAerospaceDeformation measurement of military vehicle tire pAutomobile door vibration deformation measurementHigh speed crash test of automobile front cover pl3D scanning of automobile dashboardVehicle navigation system measurement3D scanning of automobile gearboxFMC (Fade mould casting) solid processing inspectiQuality inspection of automobile sheet metalQuality inspection of automobile stamping dieAutomotive industry3D scanning of mobile phone steel screenHousehold electronicsGear meshing deformation measurementStatic deformation measurement of large power toweRepeatability accuracy measurement of manipulatorTube quality inspectionTrack elastic strip vibration measurementRail track vibration deformation measurementHeavy machineryQuality inspection of triangular frame and frame mMedium and large mould inspectionThree-dimensional scanning of large castingsQuality inspection of motor impellerForging and manufacturingQuality inspection of liquid storage tankValve quality inspectionQuality testingScientific researchHopkinson rod experimentBiaxial tension testTensile test of carbon fibersMaterial testingFLC testMeasurement of FLC curve by cupping machineSheet metal formingHigh temperature inspection casesHigh temperature testingDeformation and strain measurement of a projectileVibration and deformation measurement of a vehicleOrdnance IndustryCivil engineeringStability analysis of urban bridge bracketDeformation measurement of large concrete frame stDeformation measurement of large wallStructural mechanicsConcrete compression was inspected by multiple-proConcrete four-points bending inspectionUniaxial compression measurement of rock and soilGeotechnical MechanicsStatic deformation measurement of similar materialDynamic deformation measurement of similar materiaStudy on the properties of mining rocksSlope experimentSimilar experiment of rock burst and support in RoSimilarity experiment of lining structureCoal mining industryBiological medical treatmentDeformation measurement of chicken tibiaBiomechanical experiment of sheep vertebraeBiomechanicsSimulated experiment of artificial hip joint motioKinematic analysisOrthopedic repairTeaching educationTeaching Equipment and ResourcesEducation and training3D digital designReverse designScanning and restoration of cultural relicsCultural protection and cultural creationSimulation and verificationXTDIC-STROBE ApplicationsXTDIC-CONST ApplicationsXTDIC-FLC ApplicationsXTDIC-Micro ApplicationsXTOM-MATRIX ApplicationsXTDP 3D Optical Photogrammetry System ApplicationsXTDP Static Deformation AnalysisTube Qualify ApplicationsXTSM ApplicationsCustomer supportTesting serviceAfter-sales serviceFull process solutionJoint developmentIndustry informationRecent developmentCustomer showXTOP cultureRecruitmentCustomer messages
XTOM-MATRIX
Blue Light 3D Scanning System
XTOM-MATRIX is a high precision optical measurement system, developed and manufactured specially for industrial 3D digital inspection, it's suitable for full-scale 3D digital inspection ofgeometric shape of the object to be measured.
Blue light 3D scanning system has industrial-gradehigh precision and high stability, it’s able to provide high-precision measurements in harsh
environments.
XTOM-MATRIX Model
MATRIX-1.3M
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MATRIX-3M
MATRIX-5M
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MATRIX-9M
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Blue Light Technology

The projection unit of XTOM-MATRIX is based on blue-light stripe

technology. In the process of image acquisition, it can effectively filter the interference of ambient light. For dark and reflective surfaces, it

can greatly improve the scanning quality and measurement accuracy, and improve the data quality.

System Automatic Monitoring Technology

The XTOM-MATRIX blue light 3D scanning system can continuously monitor the calibration status, conversion accuracy, environmental
change and component displacement during the working process, and compensate accordingly to ensure that the system processes are at
the best working status, so as to ensure the reliability and accuracy of the measured data.
Heterodyne Multifrequency Phase Shift Technology
Based on the principle of binocular stereo vision, XTOM-MATRIX blue light 3D scanning system adopt advanced heterodyne multi-frequency phase shifting technology. Industrial cameras collect images according to the principle of stereo photography. For the measurement of large
size objects, complex surfaces and flexible surfaces, the advantages
are even more obvious.
Multiple Hybrid Scanning Technology
Multi-hybrid scanning technology can make two cameras and projection heads into two measuring units through a specific calibration process. It can improve the single effective measurement range and data quality,
especially for complex surfaces such as deep holes, grooves and refle-ctive surfaces.

Industrial level probe

XTOM-MATRIX blue light 3D scanning system adopts an integrated shell design, which effectively protects the precision parts such as industrial
cameras and industrial lenses inside the probe. All electronic components are purchased and manufactured at highest technological level. Even in
various harsh operating environments, the measurement accuracy and
stability of the system can be guaranteed. The appearance design of the
equipment conforms to ergonomics, and the scanning head band handle design is convenient to operate.

Automatic Splicing

XTOM-MATRIX blue light 3D scanning system supports a variety of automatic

splicing method, such as global splicing of marking points, featuring splicing,

single-axis or multi-axis turntable automatic splicing and other splicing methods, to ensure the accuracy of data splicing and measurement efficiency.

High Precision and High Pixel Grid data
XTOM-MATRIX blue light 3D scanning system can obtain the global distribution
of 3D point cloud data and high precision grid data in each measurement. The
resolution of the camera can reach 9 million and higher pixels, and the measurement data can show very high resolution of ultra-fine details, so it is also suitable for 3D measurement of micro parts.

Calibration is convenient and fast

XTOM-MATRIX blue light 3D scanning system is calibrated with certified
calibrator. The whole calibration process has operation instructions, which
is convenient and fast, improves user efficiency and ensures measurement
accuracy. When used with turntable, the system can automatically calibrate.
Even for complex parts, it can easily get complete 3D data information of workpiece. Such as: deep grooves, fine edges, complex parts and so on.

Applied to complex parts shape

Used in conjunction with 3D photogrammetry (XTDP)
When measuring large and complex parts, the accuracy of global measur-ement and splicing can be effectively improved by using XTDP 3D optical photogrammetry system. The accuracy can reach ±0.015mm/m

Automation Application

XTOM-MATRIX can be equipped with different types automatic turntable and automatic joint arm, which can be used for automatic measurement
and inspection of components, quality control in production and manufac-turing process, or batch automatic measurement of multiple components.

Technical Advantages

Applications
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