Why weld quality matters
Weld integrity directly affects strength, fatigue life, leakage resistance and long-term reliability.
Prepare weld sections for macro or micro examination, then measure penetration, fusion, geometry, defects and heat-affected zones from calibrated images. The same result record carries measurements and observations into the report.
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Weld analysis uses prepared cross-sections, calibrated imaging and measurement tools to evaluate weld geometry, fusion, defects and heat-affected zones.
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Weld integrity directly affects strength, fatigue life, leakage resistance and long-term reliability.
Prepared cross-sections reveal penetration, fusion, geometry, heat-affected zones and internal defects.
Repeatable measurement confirms welding parameters, joint preparation and production consistency.
Measured weld features can be documented with calibrated images, annotations and traceable reports.
Production teams use weld results for process approval, supplier control and failure investigation.
Control specimen preparation before examination, then measure and review the weld before placing the approved results in the report.
Define the weld type, material, section and required evaluation.
Prepare the required weld location for controlled examination.
Examine the prepared section at the appropriate scale.
Measure the required penetration and weld-geometry features.
Review visible discontinuities and relevant weld-section features.
Document calibrated images, measurements and observations.
Set consistent preparation, measurement and reporting practice.
Equipment, software, consumables and support for preparation, examination, measurement and reporting.
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Cutting, mounting, grinding and polishing systems for controlled weld-section preparation.
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Stereo zoom, digital and metallurgical microscopes for macro and micro examination.
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Dedicated measurement software for weld geometry, calibrated images and reporting.
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Database, analytics and composite reporting for components with multiple weld locations.
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Vickers and Knoop testing for hardness traverses across welds and heat-affected zones.
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Consumables for cutting, mounting, grinding, polishing and etching weld samples.
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Operator training and application guidance for repeatable preparation and measurement.
Nine common applications for weld geometry, fusion, defect and process evaluation.
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Measure weld nugget diameter, penetration, indentation and electrode alignment in resistance spot-welded joints.
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Evaluate penetration, throat, leg length, reinforcement, root profile and fusion in fillet and butt weld sections.
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Inspect frame, bracket, cross-member and load-bearing joints for geometry and fusion quality.
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Examine braze-gap filling, joint continuity, porosity, wetting and interface quality.
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Assess penetration, porosity, oxide-related defects, fusion quality and heat-affected zones.
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Inspect joined and formed stamped components for cracking, deformation, local thinning and weld integrity.
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Evaluate multi-pass welds, large sections, penetration profile and HAZ condition.
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Verify welding parameters, joint preparation and consistency during development, approval and change control.
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Perform routine measurement and documentation of critical weld features for batch and supplier assurance.
Manufacturers use weld analysis to develop joining processes and inspect production joints.
Inspection of spot welds, seam welds, chassis joints, exhaust components and structural assemblies.
Evaluation of micro-welds, battery tabs, connectors, terminals and precision electronic assemblies.
Assessment of high-integrity welds in thin sections, special alloys, fuel systems and structural parts.
Inspection of welded bogie, frame, braking, structural and track-related components.
Evaluation of thick-section, multi-pass and high-load welds in pressure, power and industrial equipment.
Routine checking of fillet, butt and structural welds used in fabrication and machine building.
Teaching, process development and comparison of welding methods, parameters and materials.
Practical engineering support connects sample preparation, microscopy, DeXel-Weld measurement and reporting.
The same inspection sequence connects sample preparation, microscopy, measurement, reporting and review.
Cutting, mounting, grinding, polishing and etching are matched to the weld inspection requirement.
Purpose-built tools measure penetration, throat, leg length, undercut and related geometry.
Calibrated images, measurements and observations are recorded in consistent report formats.
Composite reporting organises results from multiple weld locations on one component.
Operators receive practical guidance for preparation, measurement and reporting.
Product groups used to prepare, examine, measure and document weld sections.
Cutting, mounting, grinding and polishing systems for weld sections.
Explore productsThe wider product group for complete weld and metallography laboratories.
Explore productsShare the weld type, material, section location, required measurements and reporting method. We will review the preparation and inspection configuration.