Try an Excel template
A simple editable result grid for learning the import workflow. Add the fields and requirements for your actual examination.
Download free Excel templateFree online reporting · U.S. and Canadian inspection teams
Turn a Word or Excel template into an editable inspection report. Add your company and client logos, enter the results and specifications, and generate a professional PDF. Save reports with your own numbering pattern and track revisions in a free account.
Upload a Word or Excel template, edit the report fields and result tables, add company and client logos, and download a draft PDF. Use a free verified account for saved reports, sequential numbers and issued revisions.
No payment or signup required to prepare a draft PDF. Template import and PDF generation run in your browser.
A simple editable result grid for learning the import workflow. Add the fields and requirements for your actual examination.
Download free Excel templateA table and named placeholders to preview before importing. The example is a reporting aid, not an approved technical procedure.
Download free Word templateNDT Connect Editorial · Updated · Editorial policy
A useful NDT report lets a reader identify the item examined, understand the examination scope, locate the recorded results and follow the basis for the reported disposition. The appearance matters because it helps people navigate that evidence. A logo or polished table cannot supply information that was never collected. Begin with the job requirements and your actual inspection records, then use this free reporting workspace to assemble a readable client document.
NDT Connect provides an online editor for company and client details, specifications, personnel references, equipment notes, result tables and conclusions. You can bring in a supported Word or Excel template, review its extracted structure and continue entering data. The PDF generator lays out the current information with report identity, repeated table headings and page numbers. Use the resulting document within your organization’s review and release process; the tool does not inspect the component or decide whether a result is acceptable.
If you already have a customer-approved reporting template, make a working copy before importing it. Remove previous customer results and make sure you are using the intended revision. The upload control accepts modern .docx and .xlsx documents. Microsoft identifies these as Office Open XML formats; older .doc and .xls files use different formats and should first be saved as supported copies. Microsoft’s format guide explains the file extensions.
You can also start directly in the editor. Choose the NDT method and add a starter result table with suitable labels. UT, PAUT, TOFD, MT, PT, VT, RT and ET have different suggested columns, and an Other option supports a custom examination. These are editing aids, not qualified procedures or mandated report forms. Change the headings to match your job, add the missing fields and check that the layout captures the evidence your customer actually requested.
A spreadsheet can contain several worksheets, decorative headings and instructions above the actual result table. The import preview lets you choose a worksheet or Word table and select the row that should become the column headings. Inspect the rows displayed in the preview. If the first row contains a company name instead of field labels, choose the actual header row before adding the table. Data above that chosen row will not become part of the result table, so transfer relevant details into the report’s project or specification fields.
Adding a table preserves the existing result tables. Replacing the current tables is a separate action that asks for confirmation. This distinction is useful when a template includes several examinations or when you have already entered part of the report. Review warnings about merged cells, unsupported structures or values requiring attention. The import creates editable content rather than reproducing every original Word or Excel design choice. Keep the source file available while checking the converted report.
An Excel cell may contain text, a number or a formula, and those are different kinds of information. Microsoft’s description of SpreadsheetML document structure distinguishes the cell formula from other stored values. This reporting tool does not run spreadsheet formulas. Formula cells are left for review rather than being presented as newly calculated inspection results. If a calculation belongs in the report, obtain and check its result using your controlled calculation process before entering it.
Check dates, decimal conventions, units and identifiers after import. An identifier with leading zeros must still identify the same component. A value copied from a thickness worksheet needs its measurement unit and location reference. A cell that looks empty may have been deliberately left for a reviewer. Resolve these cases with the source record rather than assuming that every blank is zero or that every numeric value is a measurement. A short import reconciliation can prevent a much longer client clarification later.
Enter the inspection company and client as separate parties. Include the names and contact details that belong on this particular report, rather than copying an old project header unchanged. The editor offers a logo slot for each party and accepts PNG or JPEG images. It resizes uploaded logos for the header. Use images you are authorized to place on the document and check that small lettering remains readable in the exported PDF.
The company logo identifies the report’s presenting organization; the client logo provides customer context. Neither establishes accreditation or technical approval. If a contract controls how the client’s mark may appear, use the approved image and placement requirements when reviewing the finished document. A simple, legible header is usually more useful than a large image that competes with the report title. Check both logos together with the company names so the reader can tell which party performed the work and which party commissioned it.
Use the project, inspection location, asset and reference fields to connect the report to the physical work. A city alone is rarely enough to locate an examined item. Add the site designation, equipment identifier, line or structure reference and the drawing or work-order information needed by the intended reader. Keep these identifiers consistent with the result table and any separately retained images or acquisition files. If a drawing changed during the assignment, identify the revision actually used.
For a multi-site inspection business, distinguish the customer’s mailing address from the place where the examination occurred. A Houston office may administer a different project location, and a Canadian contractor may report readings from a site with its own asset naming convention. The tool does not infer those relationships. Enter the actual examination context and describe any boundary that would otherwise be ambiguous. This preparation also makes a saved report easier to recognize when the same customer has several similar assignments.
Use separate fields for the governing code or client specification, its edition or revision, the procedure identifier and the acceptance-criteria reference. This keeps the basis for the examination distinct from the basis for evaluating its results. A short method label such as UT does not explain the required scope, technique or disposition rules. Enter the references applicable to the actual contract and have the responsible technical person resolve any conflict before the report is issued.
The scope and limitations fields should describe what was examined and what was excluded or inaccessible. For example, an illustrative report might distinguish the accessible weld length from an area obstructed by a support. That example is a way to organize the record, not an examination instruction. Do not convert an access limitation into a completed result. The software leaves these decisions and their technical wording to the user; it does not select a code edition, supply acceptance limits or establish compliance from a template.
Record the inspector, qualification or authorization reference, and any required reviewer information in the report fields. Check the underlying evidence for the method, scope and organization involved. ASNT’s explanation of employer-based certification programs describes the role of an employer’s written practice. A name entered in this editor does not independently establish authorization for an examination. Use your actual qualification and review process to determine the personnel information the report requires.
For equipment, include the identifiers and calibration or reference evidence needed to interpret the examination. A generic instrument model may not distinguish the unit used on the job. The equipment notes can also identify associated probes, reference items or relevant source records. Keep detailed supporting documents in the approved system and enter usable references here. The separate free equipment register, calibration reminders and certificate manager help organize those records; their dates and entries still need checking against the original evidence.
Each table should make its row identity clear. A weld identifier, component serial number, examination area or measurement location is usually a better starting point than an unexplained row number. Add columns for the recorded result, relevant conditions, supporting references and the disposition where required. Keep the meaning of each column consistent throughout the table. When the data belongs to a different examination or uses a different set of fields, a separate named table is often clearer than mixing unrelated information into the same grid.
The editor supports up to twelve columns per table, one hundred data rows per table, ten tables and five hundred data rows in a report. These are software limits, not technical limits on an inspection scope. A wide table is laid out in landscape orientation in the PDF. Keep labels concise while retaining necessary units and context. If a value needs a long explanation, use a clear result reference and the observations section instead of forcing the entire discussion into an abbreviated cell.
Use observations to explain relevant conditions, data references, follow-up work and limits that do not fit comfortably in the result grid. A statement should tell the reader what was observed or recorded and where the supporting evidence can be found. Avoid a conclusion that implies a larger examination scope than the tables and coverage notes demonstrate. If an item needs further evaluation, identify that state using the wording and authority appropriate to the project.
The conclusion field captures the user’s stated disposition and its basis. It is deliberately editable: the software does not turn a measurement into an automatic pass or fail. Before issuing a report, compare the conclusion with the applicable acceptance criteria, the recorded indications and the limitations. Where the customer requires a separate engineering assessment or approval, preserve that distinction. A clean PDF is a delivery format for the entered record; it cannot replace missing examination evidence or a required technical decision.
A free verified account assigns a tracked report number when a draft is first saved. You can enter a pattern with a literal prefix and supported date, method and sequence tokens. For example, NDT-{YYYY}-{SEQ:5} combines a year with a five-digit padded sequence. The on-screen example uses sequence one to explain the format; the actual next sequence is reserved by your account when the save succeeds. It is not chosen by counting the rows currently visible in the report list.
Date tokens use the inspection date when provided and otherwise the UTC date at first save. The assigned number stays fixed if you later change a draft field. Numbers can have gaps after reservations or failed operations and are not reused. Choose the prefix and separator convention with your existing report register in mind. The tool cannot detect numbers previously issued outside NDT Connect, so reconcile the new series with your own document-control records before using it for client deliveries.
Local editing and draft PDF generation do not require an account. Persistent report storage and assigned numbers require an active, verified account. The saved-report panel searches your own report number, title or client and opens the selected record into the workspace. A report is private to its account owner; this release does not provide a shared company workspace or a public client-view link. Use your organization’s approved method to deliver the downloaded PDF to the intended recipient.
Save after meaningful changes and check the confirmation showing the tracked number and revision. If a save fails, the editor keeps the current workspace so you can retry or download an editable backup. A conflicting save from another tab is not silently accepted over a newer version. Resolve the latest saved state before continuing. Keep a separate backup for work you cannot afford to lose, particularly before changing devices or closing a long editing session. The browser workspace itself is not a permanent archive.
The issue action is available after the required report details are complete, the latest draft is saved and you confirm that you have reviewed the entered evidence. It preserves that version against ordinary editing. If information later changes, create a new draft revision under the same report number, review the amendment and issue the new version through your normal process. Earlier issued content remains available so a correction does not silently rewrite the document previously supplied to a customer.
Issue status records the user’s action within the report workflow. It does not create a certificate-based digital signature, verify the named reviewer or certify the inspection. Adobe’s guidance on certificate signatures describes a separate signing mechanism. If a customer requires that mechanism or another controlled approval step, complete it using the appropriate authorized process after preparing the report. Keep the revision and delivery record consistent with whichever version the customer receives.
The PDF download contains the current report fields, logos, tables, observations and conclusion. It uses a consistent layout with wrapped text, repeated table headings and page numbering. Long tables can continue across pages. Review the exported document itself, including the first page, page breaks, final rows and footer identity. Check that technical symbols, accented names and units appear as intended. If a character is unsupported by the bundled font, the export reports an error rather than silently deleting it.
For an illustrative final check, choose one component near the start of the report and one near the end. Trace each identifier back to the source record, compare its values and units, and confirm the stated disposition and supporting reference. Then check the report number, revision, client name and inspection date together. This is an editorial review exercise rather than a prescribed inspection procedure. Adapt it to the customer’s handover requirements and the responsibilities established by your organization.
Report preparation is easier when supporting records are organized before the examination. Use the equipment register to maintain identifiable instrument records, calibration reminders to plan approaching due dates and the certificate manager to review recorded qualification dates. The inspection quote planner helps compare supplied quotations, while the qualification evidence planner organizes questions for the receiving authority. Each tool supports a defined task; none substitutes for the original technical evidence.
For teams operating across the United States and Canada, keep customer identifiers, date conventions and measurement units explicit at each handover. The regional guides below offer different reporting scenarios and project worksheets, and each includes access to the same online workspace. You can also explore free planning tools, downloadable resources, NDT method guides and industry articles. Start with a small representative report, inspect its export and confirm the fit before moving a larger reporting workload into the tool.
Find guidance for the record you need to prepare: template data checks, examination evidence, review decisions and industry handover packages. Every guide includes a free worksheet and the report workspace.
80 of 80 practical reporting guides
Method-specific report workpapers
One physical indication may appear in several ACFM records. Preserve the actual location correlation and sizing decision so the final report counts reviewed indications and explains the supporting segments accurately.
Method-specific report workpapers
An acoustic-emission result needs the actual test context around it. Use this workpaper to connect the supplied analysis to recorded load stages, interruptions and sensor configurations without inventing test instructions or defect dimensions.
Industry closeout workflows
Keep the examined part, build context and processing state connected without confusing witness results with examination of the delivered component.
Industry closeout workflows
Keep every examination attached to the actual feature and repair state it describes. A later report supplements the history; it should not silently replace an earlier observation or imply that unchanged part identity means unchanged geometry.
Industry closeout workflows
An NDT report supports the maintenance record for the work actually performed. Make its task-card relationship precise without treating a saved or issued report as a maintenance release, electronic signature or return-to-service approval.
Industry closeout workflows
Separate assemblies, joints, views and examination events so a sampling record accurately describes the work performed and its production association.
Report data integrity
An empty result cell does not explain what happened. Give unresolved, unavailable and unexamined items a clear state while preserving their identity and the responsible next action.
Industry closeout workflows
Deliver useful tube examination evidence without implying that a measurement report completes a boiler certificate inspection or authorizes operation. Keep locations, limits and decision references clear.
Method-specific report workpapers
A useful internal inspection image needs a physical location relationship. Record the access route, orientation and feature references that allow another reviewer to understand where the image came from without guessing from its filename.
Industry closeout workflows
Build a clear relationship between a radar interpretation and the physical evidence used to review it. Preserve coordinate uncertainty, disagreements and limits on extrapolation.
Industry closeout workflows
Connect each steel-detail observation to a stable physical reference, examination event and action record. Preserve the distinction between an indication and the owner’s engineering decision.
Execution and QA reconciliation
A missing equipment document raises a question that needs an item-specific review. Identify the affected examination events and the actual release decision instead of treating a missing PDF as proof that every result passed or failed.
Industry closeout workflows
Make each delivered radiographic view traceable to the casting zone and examination event it represents, including repair and replacement records.
Execution and QA reconciliation
A requested format change can introduce technical meaning changes if fields are mapped carelessly. Preserve the source record, map each destination field explicitly and check the delivered copy against the reviewed evidence.
Report data integrity
An identifier is a reference to an item, not a quantity to calculate. Preserve its agreed characters and verify every transformation before using it to attach an inspection result.
Method-specific report workpapers
A reusable imaging plate is an equipment item, not a permanent identifier for one radiograph. Connect the plate, exposure event, scanner record and retained image without confusing reuse with repeated examination.
Industry closeout workflows
Keep measured response, processed interpretation and verification evidence identifiable. Build a review ledger that exposes missing points and unsupported conclusions before issuing a report.
Industry closeout workflows
Separate a naming change from a moved point or replaced component. Build an evidence-backed crosswalk that preserves original observations and makes unresolved mappings visible.
Industry closeout workflows
Connect the reported hook findings to the right component and follow-up process. Preserve the examination scope and actual decision references without implying that a PDF authorizes equipment use.
Report data integrity
The same component can appear on several worksheets for good reasons. Reconcile event identity and source evidence before deciding whether rows are duplicates, follow-up examinations or unresolved contradictions.
Method-specific report workpapers
An exported picture is a presentation of an image record. Document the processing and viewing context used for the reported interpretation without treating a screenshot as the original acquisition.
Method-specific report workpapers
An ECA color map needs a physical reference and a defined signal meaning. Explain how the selected channels and scan coordinates relate to the component before using the image to communicate a location or examination scope.
Method-specific report workpapers
A consistent final tube map requires more than merging spreadsheets. Establish a common tube identity, retain each analyst’s actual evaluation and record the responsible decision that resolves every material difference.
Report data integrity
An imported value can be preserved exactly and still need interpretation. Reconcile the source date, its meaning and the event it describes before entering it in a client report.
Execution and QA reconciliation
A field instruction can affect examination coverage, personnel, access, records and commercial terms. Record the exact change and its decision path before it becomes an unexplained difference between the original request and the final report.
Industry closeout workflows
Show which physical and processing state a forging UT result represents, so later machining or review does not erase the examination context.
Report data integrity
A calculated value needs a clear origin and an appropriate review. Use a transfer record to distinguish the spreadsheet calculation from the value entered in the report.
Method-specific report workpapers
A screening indication and a local examination result answer different questions. Keep both records linked without converting the screening output into a local minimum-thickness value or treating a completed work order as technical closure.
Industry closeout workflows
A tube indication is evidence for review, not an automatic plugging instruction. Use a handover matrix to connect the actual inspection result, responsible maintenance decision and confirmed work on the correct tube.
Industry closeout workflows
Translate field labels into supported structural references while preserving the original evidence. Keep vessel identity, measurement events and plate-renewal history clear in the final handover.
Industry closeout workflows
Keep each runner feature and repair event distinguishable across examination stages. Build a retrievable evidence ledger without turning a report’s issued status into repair or service approval.
Industry closeout workflows
A field measurement is useful for ILI verification only when its relationship to the selected call is established. Keep run identity, location correlation, physical feature matching and the responsible assessment separate and traceable.
Execution and QA reconciliation
An access limitation needs a location and an examination boundary, not a vague note that conditions were difficult. Record what was requested, what could actually be examined and what remains outside the evidence.
Report data integrity
A useful inspection photograph needs a retrievable original and enough context to identify what it shows. Build a photo reference log that connects site views, detail images and report observations without overstating what a picture proves.
Execution and QA reconciliation
The number of report rows is not automatically the billable quantity. Connect performed work to the actual commercial unit and preserve the evidence behind any difference before preparing an invoice.
Execution and QA reconciliation
An interim record can support coordination while review continues. State which evidence exists, which conclusions remain open and how the recipient should distinguish the update from the later final record.
Method-specific report workpapers
A statement that MT was performed should identify the actual examined surfaces and the arrangement supporting that scope. Preserve executed coverage, sequence references and limitations without prescribing a generic magnetizing technique.
Report data integrity
Describe the origin of an entry rather than giving every number the same evidential status. These practical labels do not replace metrological definitions or technical review.
Industry closeout workflows
Connect a defined structural repair to the examination evidence and responsible decisions, keeping coverage limits and outstanding actions visible.
Report data integrity
A number needs an identified quantity and unit before it can be compared. Preserve the original evidence and make any approved change of representation explicit.
Execution and QA reconciliation
A report assembled from several people’s work needs clear attribution at the examination-event level. Separate performed work, interpretation, review and document preparation so a reader can find the responsible evidence source.
Execution and QA reconciliation
A result described as acceptable needs a stated basis and scope. When one package contains several criteria, map them explicitly instead of placing a broad code list in the header and leaving the reader to guess which one governs each row.
Industry closeout workflows
Prepare a supporting index that connects each examination event to the correct controlled records. Keep the licensee’s approved storage, review and information-handling processes authoritative.
Industry closeout workflows
Make each joint finding recoverable through clear member, orientation and segment references. Preserve examination limits and configuration changes instead of relying on a familiar-looking sketch.
Method-specific report workpapers
A selected PAUT view is a presentation of part of an examination record. Explain which data and coverage it represents, which context was used to interpret it and what remains outside the supported claim.
Method-specific report workpapers
A PEC screening result represents a defined measurement context and averaging area. Keep that meaning separate from local readings obtained during follow-up, and document how the responsible review connects the two.
Method-specific report workpapers
A PT process record should describe the examination that occurred. Keep actual timing evidence, the applicable process basis and material identities separate from planned values and later administrative calculations.
Industry closeout workflows
Resolve the physical location and configuration behind each reading before presenting a thickness comparison. Preserve original values and keep uncertain matches visible for engineering review.
Industry closeout workflows
A daily weld summary needs defined populations and event dates. Keep welds made, welds examined, repeat examinations and current dispositions separate so the totals remain useful to construction and quality teams.
Industry closeout workflows
A replacement spool changes the physical configuration, not just the report status. Preserve the removed item’s history and connect each installed replacement weld to its own examination evidence.
Industry closeout workflows
Make each nozzle finding relocatable by connecting the vessel, physical zone, orientation and examination event. Keep local conclusions within their supported scope.
Method-specific report workpapers
A film count is not a weld-coverage statement. Build an index that identifies what each physical film represents, which evaluation applies and where the recipient can retrieve the correct record.
Industry closeout workflows
Keep acquisition, suspect identification, field verification and the owner’s response as distinct events. This workpaper preserves their relationship without turning a suspect list into a confirmed-defect register or operational authorization.
Industry closeout workflows
A completed vehicle run does not establish a valid internal examination of every location traveled. Keep the actual untested or unresolved lengths visible and connect each to the track owner’s responsible action and follow-up evidence.
Report data integrity
Prepare a limited distribution copy only for a defined purpose and authorized audience. Preserve the master record and check that removing information does not misrepresent the examination.
Method-specific report workpapers
An RFT feature register explains the physical context behind a reported response. Preserve the distinction between a known support or geometry reference, a reviewed indication and an unresolved interpretation question.
Execution and QA reconciliation
A later satisfactory examination does not erase the earlier event or explain the intervening repair. Link the original result, authorized repair record and each follow-up examination so the current state can be understood from evidence.
Report data integrity
A column heading is only a shorthand. A practical field dictionary explains what belongs in the column, where it comes from and how the recipient should interpret it.
Execution and QA reconciliation
A stack of reports does not by itself account for the full request. Reconcile each agreed examination item with its actual evidence, exceptions and remaining action before describing the assignment as complete.
Industry closeout workflows
Build a retrievable relationship between each weld, its recorded views, the examination basis and the responsible review outcome.
Report data integrity
A screenshot records a selected view. Explain what it shows, which source produced it and which decisions require access to evidence beyond the image.
Industry closeout workflows
Turn a thermal observation into a retrievable maintenance record: identify the asset, preserve the source, record the conditions and keep follow-up decisions distinct.
Industry closeout workflows
Start from the actual program’s fracture-control requirements and hardware designation. Build an index of evidence relationships and missing documents; the reporting tool does not classify hardware, demonstrate detection capability or approve flight use.
Industry closeout workflows
A completed repair symbol on a tank drawing is not the same as completed examination evidence. Connect each actual repair area to its source findings, physical work record and reviewed repeat NDT results.
Industry closeout workflows
Two thickness values are not a trend until their physical and measurement relationship is established. Use a course-by-course comparison record to distinguish matched locations, changed survey coverage and unsupported comparisons.
Execution and QA reconciliation
A reply to a reviewer is not necessarily a resolved issue. Connect each technical comment to the affected report content, supporting evidence, implemented change and actual closure decision.
Method-specific report workpapers
A TFM image depends on the source acquisition and the reconstruction context. Preserve that relationship so a reviewer can understand which view supports the report and what changed during later analysis.
Method-specific report workpapers
A colored thermal image and a supported temperature measurement are different deliverables. Preserve the actual radiometric record, measurement selection and operating context so a report explains what its values represent.
Method-specific report workpapers
Make the boundaries of a TOFD examination understandable without borrowing generic dead-zone dimensions or treating a supplementary test as automatic proof of complete coverage.
Industry closeout workflows
Make unfinished examination work actionable by recording its exact state, scope, decision owner and closure evidence. A handover list does not authorize deferral or operation.
Industry closeout workflows
Make underwater evidence boundaries understandable: what was observed, how it was supported and which regions remain unresolved. Keep the owner’s technical and operational decisions separate.
Report data integrity
A report can look nearly correct while a changed character alters its meaning. Compare important strings with their sources and inspect the PDF that the recipient will actually receive.
Method-specific report workpapers
An unstable or unsupported thickness value should not become a final reading simply because a table needs a number. Preserve the location and evidence, describe the uncertainty and record the responsible review or follow-up decision.
Method-specific report workpapers
A coordinate is useful only when its origin, direction, units and physical meaning are defined. Record UT indication locations so a reviewer can connect instrument quantities with the correct weld and examination event.
Industry closeout workflows
Make the overhaul history retrievable by connecting each component and work stage to its examination, repair and separate test records.
Method-specific report workpapers
A visual examination report should identify what the examiner could assess and the conditions supporting that assessment. Preserve the actual view, surface state and limitations instead of treating a photograph or completed checklist as proof of unrestricted access.
Execution and QA reconciliation
When two physical welds share the same local number, a result can be assigned to the wrong joint. Resolve the location relationship using controlled evidence and preserve the old-to-current identifier mapping.
Industry closeout workflows
Wheelset assembly labels can change while wheels and axles retain their own histories. Connect each examination to the actual component and work stage so a later assembly does not inherit unsupported results from a removed part.
Industry closeout workflows
Create a usable repair baseline by pairing supported locations and examination events. Keep the repair footprint, coverage and noncomparable areas visible for the responsible reviewer.
Industry closeout workflows
Start from the expected weld scope, then connect each section and examination event to its report and closure evidence. File counts alone do not establish a complete handover.
Explore local industry contexts, practical handover scenarios and free project worksheets. Every guide includes the online report workspace.
Connect a reusable component to the configuration actually examined while keeping later experiment identifiers and operating approvals separate.
Turn a specific examination request into a traceable component report without presenting a transport-condition survey as an NDT result or a whole-machine approval.
Keep an examination attached to the right physical component and responsible unit when shared corridors, repeated tags and separate turnover packages intersect.
Retain the relationship between parent material, examined product and delivered pipe pieces when production records are reorganized into a customer packet.
Keep an examined underground connection traceable after insulation and street restoration while separating material evidence from operating and test decisions.
Keep heritage machinery, active equipment and historical records distinguishable so a current report describes the correct physical asset and examination purpose.
Connect each reported composite examination zone to the actual manufactured configuration and source evidence before the assembly changes orientation or ownership.
Organize rail-component examination tables around stable identities, clear evidence references and a document history that remains separate from maintenance release.
Document the fixture that was actually examined, including its interfaces and revision, without confusing an NDT report with authorization to conduct an engine test.
Keep a removable mill component traceable through receipt, machining, examination and return to a stand, with an evidence history that survives changing workshop labels.
Build a supplier-to-integration evidence packet that identifies the examined hardware and its configuration without confusing report issue with flight acceptance.
Keep the sampled body joint, production lot and rework history connected without turning a limited examination into an unsupported whole-lot acceptance statement.
Use the report editor to turn supplied weld and inspection tables into a clear turnaround handover, with explicit scope, limitations and document history.
Keep test-article, adapter and facility-hardware examination records in their correct evidence packages without implying authorization to conduct a test.
Locate the examined metal within the correct compartment and boundary while keeping cleaning, coating and access records separate from NDT evaluation.
Connect vendor equipment evidence with field examination records while keeping package boundaries, original report numbers and commissioning decisions clear.
Build a clear crane-component or steel-detail report that preserves owner references, examination limits and the distinction between NDT evidence and equipment certification.
Make an exchanged pump, shaft or casing traceable to the station and work order it belongs to, while keeping examination evidence separate from operational recommissioning.
Preserve the physical build and examination history of a development fixture or prototype without implying that an NDT result establishes clinical performance or regulatory approval.
Prevent a copied module table from carrying the wrong material or technical reference into another fabrication scope while preserving original weld-map identity.
Hand over a precise record of examined gate components and deferred areas without presenting a material-examination report as an operational readiness decision.
Coordinate steel examination records with project locations and technical references while keeping NDT document issue separate from special-inspection and city-filing duties.
Carry fabricated-steel examination evidence into a dry-dock handover without confusing it with dimensional fit, civil interfaces or watertightness testing.
Make historical examination evidence understandable without turning an archive transcription into a new inspection or a current equipment-release decision.
Keep a removed component’s evidence traceable through cleaning, restoration and return without treating its NDT report as clearance to operate an attraction.
Keep a utility examination tied to the physical segment and actual construction phase while separating building handover from laboratory validation.
Keep the physical utility joint, its technical instruction and its installation boundary connected when repeated modules arrive from different fabrication sources.
Keep fabrication and bridge-detail records distinct while connecting location references, supporting evidence and a controlled report history.
Connect workshop examination evidence to the correct bridge mechanism and installed orientation without turning a component report into bridge operating approval.
Keep a process line’s history separate from the history of each replaceable wear component so later readers can interpret location-based examination records.
Maintain a traceable record of each propulsion component through removal, workshop examination and return, with alignment and operating decisions kept separate.
Preserve a sheave assembly’s physical history when a refurbished spare moves into a location previously occupied by another unit.
Keep identical-looking module tags unique and preserve examination evidence before insulation and final connections change what a receiving reviewer can see.
Prepare a component examination report that preserves task and serial identity while keeping document issue separate from aviation maintenance approval.
Keep the gate segment, examined feature and installation orientation connected as a navigation asset moves between a fabrication shop and its river location.
Make location-based penstock readings traceable to a defined shell segment and orientation before comparing surveys or handing over replacement work.
Connect a bulk-handling component’s examination to the correct operator and physical surface without inferring its condition from the cargo or terminal address.
Keep metal-support examination records distinct from optical measurements, dimensional checks and authorization to use a handling assembly.
Organize pressure-equipment observations with clear owner tags, units, supplied criteria and report history while keeping engineering and operating decisions with the responsible authority.
Build a bounded examination packet for the actual station hardware while retaining the distinction between supplier equipment, site work and utility commissioning.
Connect a housing’s material examination to its actual configuration while keeping seals, instrument changes, pressure tests and marine demonstrations in their own records.
Keep examination evidence attached to the actual retained or replaced component when plant projects change equipment names and maintenance responsibilities.
Keep the frame, replaced subassemblies and actual examination events traceable while translated report labels remain connected to the original technical references.
Keep a fabricated block’s examination evidence traceable across yards, languages and final-assembly references without implying complete vessel approval.
Keep the physical rotor or agitator component distinct from its process-equipment tag and preserve the actual condition examined before and after repair.
Prepare a fabrication report that connects shop and customer identities, preserves units and supports a clear client handover without implying software certification.
Connect examination locations to the shiploader’s actual configuration and keep conveyor-transfer evidence distinct as terminal components change.
Keep a structural examination connected to the actual bus build and changed feature while separating technical evidence from the customer delivery decision.
Yes. You can prepare and download a draft PDF without payment or signup. A free verified account saves private reports, assigns sequential numbers and tracks issued versions and revisions. The account limit is 1,000 saved report versions.
Yes. Upload an unencrypted .docx or .xlsx file up to 5 MB, then review the extracted tables and choose a header row. The editor creates editable fields and tables; it does not reproduce every original layout feature or execute formulas and macros.
Yes. The report has separate PNG or JPEG logo slots for the inspection company and client. Use images you are authorized to include and review the exported header.
Choose a pattern containing a sequence token and optional year, month, day or method tokens. Your verified account reserves the next sequence on first save. Saved numbers remain stable, and revisions retain the report number with a separate revision value.
No. You enter the results, procedure, acceptance references, limitations and conclusion. The issue action preserves a user-reviewed version; it does not supply technical approval, certification or an electronic signature.
Template parsing and PDF generation happen in your browser. Saving sends the entered report fields and logos to your private NDT Connect account. Raw template files are not uploaded by the importer. Unsaved entries are lost when the page closes unless you keep an editable backup.