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
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Valve quality inspection
Check the deviation between real object and CAD model, and check the quality of product processing.
equipment used
XTOM-ET 2.3M3D optical surface scanning system
Inspection process
The figure shows the three-dimensional data obtained by scanning and post-processing of two kinds of valves. The valve body is white, so there is no need to spray the imaging agent, only need to paste the marking points on the surface, and the XTOM system completes the scanning. By comparing the scanning results with the theoretical model, the corresponding size data can be obtained by creating a section line
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