Quality Inspections

Quality Inspection

JVA Engineering have qualified engineering and welding inspectors who conduct quality inspections to ensure that manufactured and installed components match the approved design, meet required standards, and perform safely and reliably. We focus on early defect detection, verification of workmanship, and protection of long-term performance before failures become costly. Effective inspection reduces rework, maintains compliance, and builds confidence with clients.

Skills & Services:

  • Non-Destructive Testing (NDT) Dye Penetrant
  • Welding & Fabrication Inspection
  • In-Process Quality Checks
  • Root Cause Analysis & Corrective Action (RCA / CAPA)
  • Dimensional & Tolerance Verification

Types Of Quality Inspections

  • Non-Destructive Testing (NDT) Dye Penetrant

    Our qualified inspectors undertake dye penetrant testing to identify surface-breaking cracks and defects in non-porous materials without damaging the component. This method is well suited to welds and machined parts where small flaws can lead to fatigue failure or loss of integrity over time.

  • Welding & Fabrication Inspection

    Weld quality, joint preparation, fit-up, and fabrication practices are inspected against applicable standards and approved procedures. This ensures structural strength, consistency, and full traceability from fabrication through to final installation.

  • In-Process Quality Checks

    Quality checks are performed during manufacturing rather than only at final inspection.
    This allows process variation, workmanship issues, and dimensional drift to be identified early, reducing scrap, rework, and delivery delays.

  • Root Cause Analysis & Corrective Action (RCA / CAPA)

    When defects or failures occur, structured investigations are conducted to identify the underlying root cause rather than the immediate symptom. Corrective and preventive actions are then implemented to prevent recurrence and improve process reliability.

  • Dimensional & Tolerance Verification

    Parts and assemblies are measured to verify that critical dimensions, fits, and tolerances meet drawing and specification requirements. This protects functionality, interchangeability, and assembly quality, particularly for tight-tolerance or safety-critical components.