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Product Lifecycle Management with AnyDB

Manage products, revisions, BOMs, parts, suppliers, engineering changes, documents, and validation in one flexible workspace. AnyDB helps small manufacturers and product teams move beyond scattered spreadsheets, folders, and engineering notes without adopting a rigid enterprise PLM.

Best for
Hardware startups, SMB manufacturers, product teams
Core records
Product, Revision, BOM, Part, ECO, Document, Test
Outcome
A connected product history from concept to manufacturing
How the process works
1
Create products and revisions
Track each product and every controlled version from prototype to release.
2
Build the BOM
Define the parts, materials, assemblies, packaging, and finishes used in each revision.
3
Track changes and validation
Connect ECOs, tests, documents, and supplier information to the right revision.
4
Prepare for manufacturing
Release a clean product structure that can grow into purchasing, inventory, quality, and production.
Why teams use this

Move from spreadsheet-based product tracking to a connected PLM workspace where products, revisions, BOMs, parts, documents, and changes stay linked.

One place for product history

Track products, revisions, BOMs, changes, documents, tests, and suppliers in one connected model.

Built for evolving products

Duplicate a revision with its BOM, update only what changed, and preserve the previous version.

Flexible enough for SMBs

Start with lightweight PLM and extend into purchasing, inventory, quality, and manufacturing as you grow.

Why it lands well

Why product teams need an object-based PLM workspace

Product development breaks down when revisions, BOMs, CAD links, supplier notes, test results, and engineering changes live in different tools. AnyDB brings those pieces together so the product revision becomes the unit of work, not a folder, spreadsheet, or disconnected file name.

Business problem

Small manufacturers often manage products through spreadsheets, file folders, email threads, and memory. As products move from concept to prototype and manufacturing, teams lose track of which revision is current, what parts were used, why changes were made, and which documents support the released design.

Solution summary

  • +Create products with controlled revisions.
  • +Define BOMs using reusable parts and part usage records.
  • +Support assembly parts with their own nested part usage lists.
  • +Track engineering changes, approvals, and implementation status.
  • +Connect documents, supplier data, tests, and validation results to the right revision.

A clean PLM model to start with

Keep the model simple at first. The goal is to give small manufacturers enough structure to manage real product development without forcing enterprise PLM complexity.

Product and Revision

Track the sellable product and each controlled version, from early prototype through released manufacturing revision.

BOM and Part Usage

Define what goes into each revision using reusable parts, quantities, units of measure, and assembly structures.

ECO, Documents, and Tests

Connect engineering changes, CAD links, drawings, specifications, suppliers, and validation results to the right product version.

Data model reference

This starting model covers the core structure used by many PLM systems while keeping the workflow approachable for SMB teams.

ObjectDescription
ProductThe sellable product or product family being developed.
Product RevisionA controlled version of the product, such as Prototype V1, Rev A, or Production Release 1.0.
BOMThe bill of materials for a specific product revision.
Part UsageA BOM line that references a part and stores quantity, unit of measure, notes, and substitute information.
PartA reusable component, assembly, material, packaging item, or finish used across products and revisions.
Assembly PartA part that contains its own nested part usage list, allowing multi-level BOMs.
Engineering Change OrderA formal record of what changed, why it changed, who approved it, and when it takes effect.
SupplierA vendor, manufacturer, finisher, testing lab, or material provider related to parts and documents.
DocumentA linked CAD file, drawing, specification, datasheet, quote, work instruction, or test report.
Test and ValidationA test record tied to a product revision or part, including result, findings, and report links.
Step-by-step instructions

Build and run the workflow in one guided section

The full setup walkthrough stays together here so the instructional flow, videos, and screenshots remain easy to follow.

1. Create the Product
  • +Create a Product record for the item being developed or manufactured.
  • +Add the product name, code, category, owner, lifecycle status, and description.
  • +Use the Product record as the top-level home for revisions, documents, and related product history.
2. Add a Product Revision
  • +Create a Product Revision such as Prototype V1, Prototype V2, Rev A, or Production Release 1.0.
  • +Set revision status such as Draft, In Review, Approved, Released, or Superseded.
  • +Add design notes, change summary, CAD folder links, and effective date.
3. Build the BOM
  • +Create a BOM under the Product Revision.
  • +Add Part Usage records for each component, material, assembly, packaging item, or finish.
  • +Each Part Usage record should link to a reusable Part and include quantity and unit of measure.
4. Model Assembly Parts
  • +Use Part Type = Assembly when a part is made from other parts.
  • +Add a nested Part Usage list under the Assembly Part.
  • +This supports multi-level BOMs without requiring a separate assembly object.
5. Track Engineering Changes
  • +Create an Engineering Change Order when a design, part, document, or supplier changes.
  • +Track reason for change, affected revision, affected parts, impact, approval status, and effective date.
  • +Use ECOs to preserve why the product changed, not just what changed.
6. Duplicate Revisions When the Product Changes
  • +When a new revision is needed, duplicate the existing Product Revision and its children.
  • +Update only the changed BOM items, documents, test results, and notes.
  • +Keep the previous revision intact for traceability.

Reporting and views

Use filters, saved views, and dashboards to keep product development visible across engineering, operations, purchasing, and leadership.

  • +Products by lifecycle status.
  • +Open ECOs by product or assignee.
  • +Released vs. draft product revisions.
  • +Parts used across multiple products.
  • +BOMs by product revision.
  • +Tests passed, failed, or pending by revision.
  • +Documents missing for release readiness.
  • +Suppliers connected to critical parts and materials.

Sharing and collaboration

Product development involves founders, engineers, suppliers, vendors, testers, and manufacturing partners. AnyDB keeps the structure connected while giving access only where needed.

  • +Share product revisions with internal teams.
  • +Give suppliers access to selected part or document records.
  • +Use external links for Google Drive, CAD folders, and test reports.
  • +Keep comments, files, and decisions attached to the correct record.

Tips and best practices

  • +Use consistent revision names such as Prototype V1, Prototype V2, Rev A, and Rev B.
  • +Keep Google Drive or CAD links on Document records rather than burying them in notes.
  • +Use Part Type to distinguish components, assemblies, materials, packaging, and finishes.
  • +Use ECOs for meaningful changes so product history remains understandable later.

Pro Tip: Start with product revisions and BOMs first. Add deeper quality, purchasing, and manufacturing workflows once the product structure is stable.

Who this solution is for

  • +Hardware Startups moving from concept to prototype and early manufacturing.
  • +Small Manufacturers needing structured product data without enterprise PLM overhead.
  • +Product Teams managing revisions, BOMs, and engineering changes.
  • +Fabrication Shops building assemblies, custom products, or engineered components.
  • +Operations Teams preparing product data for purchasing, inventory, and manufacturing.

Why use AnyDB for PLM

BenefitHow AnyDB Supports It
Connected Product HistoryProducts, revisions, BOMs, documents, ECOs, and tests stay linked.
Flexible BOM ManagementPart Usage records support quantities, assemblies, substitutes, and nested structures.
Lightweight Revision ControlDuplicate a revision and its children, then update only what changed.
Supplier TraceabilityConnect parts, materials, quotes, vendors, and manufacturing partners.
Document ContextStore files directly or link to Google Drive, CAD folders, drawings, and reports.
Expandable OperationsExtend PLM into purchasing, inventory, quality, production, and service workflows.

Related guides that strengthen this solution

These guides help extend the PLM workspace into a broader product development and manufacturing operating system.