Industries · Manufacturing
Manufacturing document control on SharePoint Online
ISO 9001 document control, shop-floor procedures, and quality SOPs — governed in the Microsoft 365 you already run.
Manufacturing runs on procedures. Work instructions, inspection plans, calibration records, non-conformance reports, change-controlled drawings, supplier-quality documents. The documents are the quality system, as far as any surveyor is concerned — and they have to be consistently authored, approved, versioned, and periodically reviewed to stay defensible under ISO 9001 clause 8.5.
This product is built to support ISO 9001:2015 document control end-to-end, inside the Microsoft 365 tenant your plant already uses. You don't need a separate QMS platform to get defensible document control on your quality documentation.
intranet.ai itself is ISO 9001:2015 certified as a software provider.
The manufacturing document challenge
A typical mid-sized manufacturer might maintain:
- 150–500 active work instructions, one per process step across the shop floor.
- 50–200 inspection plans covering incoming goods, in-process checks, and final inspection.
- Multiple tiers of SOPs for quality control, calibration, non-conformance, corrective action, supplier management.
- Change-controlled engineering drawings and product-specification documents.
- Annual-review cadences on all of the above, driven by ISO 9001 clause 8.5's "review and approve for continuing suitability."
Do this poorly and work instructions drift out of sync with actual practice, inspection plans reference obsolete specifications, the QMS audit becomes a multi-week evidence hunt. Do it well and the same auditor question produces the answer in minutes.
The difference is disciplined document governance applied consistently.
How the product supports an ISO 9001 manufacturing QMS
Work-instruction templates that stay consistent across shifts and sites
Each work-instruction type is bound to a governed Word template. Authors on the shop floor (or in the engineering office) clone from the template; version number, protocol code, applicable workstation, applicable product line, and effective date are populated automatically. One authoring standard, consistent across shifts, facilities, and languages.
Sequential approval through the quality chain
Work instructions go through sequential role-based approval: shift lead, quality engineer, plant manager, with the Quality Manager as a fixed post-flow approver on every work-instruction document type. Nobody forgets the QA sign-off — the system inserts it automatically. The document is checked out during the flow, so approvals apply to an unambiguous version.
Version control — surveyor-ready
Minor versions while drafting, major versions at publication. Every prior version is preserved. If a surveyor asks "what was this inspection plan on the day Lot #28837 was produced?", the exact version is retrievable from the audit log. Not a reconstruction — the actual document as it was in effect.
Expiration reminders for the annual review
Every work instruction and SOP carries a next-review-due date. The owner receives an automatic email before the date — so clause 8.5's "review for continuing suitability" becomes an operational routine, and the evidence that review occurred is captured in the audit log the moment the re-approved version publishes.
Archive without deletion
Superseded work instructions move into archive. Obsolete documents are visually removed from the active library so operators don't accidentally follow old procedures, but the archived versions remain retrievable for audit. Clause 8.5.3's "control of obsolete documents" handled natively.
Power BI reporting for the QMS dashboard
On higher plans, a Power BI dashboard surfaces expiration risk (work instructions due for review in the next 30/60/90 days), approval-cycle metrics, and document volumes by department, product line, or facility — in the same Power BI your plant leadership already uses.
A cross-industry ISO 9001 reference
We don't yet have a named manufacturing customer to feature on this page. The closest analog is Dolomiti Energia, an energy-utility operator who migrated their ISO 9001 quality documentation from an external DMS to SharePoint Online with docs365.ai. Their use case is structurally similar to a manufacturing QMS — ISO 9001 document control, complex multi-facility operations, surveyor audits — and their successful migration is a direct reference for how this works in practice.
Read the Dolomiti Energia story →
ISO 9001 on SharePoint vs. a specialist QMS platform
For manufacturers evaluating QMS options, the common question is: do I need a dedicated QMS platform like MasterControl, or can I do this on SharePoint?
The honest answer depends on scope. A specialist QMS covers document control plus training-compliance management, deviation/CAPA workflows, supplier quality, sometimes electronic batch records — a broader category than document management alone. If your QMS needs go beyond document control, a specialist platform is worth the cost.
If your need is specifically the document-control portion of ISO 9001 — creation, approval, distribution, versioning, retention, surveyor readiness — docs365.ai covers it on M365 at a materially lower cost than a standalone QMS platform. For deeper analysis, see intranet.ai vs. MasterControl →.
What the customer owns and what the product provides
docs365.ai is a tool. Your QA team and internal audit team own:
- The specific work-instruction content and the correctness of every procedure.
- The internal audit program.
- Surveillance-audit response and remediation.
- Non-conformance investigation and corrective-action closure.
- ISO 9001 certification itself — that stays between your organization and your accredited certification body.
The product supports clause 8.5 document control end-to-end. It does not replace the rest of your QMS.
Manufacturing-specific FAQ
Does this replace our existing QMS platform? If your QMS platform is narrowly document-control-focused, yes — the product covers that scope at lower cost on M365. If your QMS platform handles broader functions (training records beyond acknowledgment, deviations, CAPAs, supplier quality), the product covers document-control-only and would sit alongside or replace only that portion.
Can I manage engineering drawings? The product supports PDF documents natively. Native engineering formats (DWG, DXF, STEP) can live in the library but don't benefit from the Word-to-PDF publication flow; most customers export a PDF version of the drawing and manage the PDF through the DMS, while the native file stays in the engineering system.
How does this handle multi-facility operations? The product is multi-area — each facility or business unit can have its own Document Management area with its own libraries, approvers, and metadata, while sharing a common governance model. Cross-facility procedures live in a shared area with the QA Manager as a fixed post-flow approver.
What about ISO 13485 (medical devices)? ISO 13485 builds on ISO 9001's document control and adds medical-device-specific requirements. The document-control portion of 13485 is supported on the same basis as ISO 9001; medical-device-specific requirements (DHF, DHR, design validation) are managed by your QA team.
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