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FireFlight PLM:
Product Lifecycle Management from Design to Delivery
Collaborative development.
Documented precision.
Lifecycle clarity.
From Design to Delivery Without Disconnect
Collaborative development.
Documented precision.
Lifecycle clarity.
FireFlight PLM transforms how you manage products from concept to creation. From early ideation and CAD data to estimation, approvals, and compliance—FireFlight unites the entire product lifecycle into one accountable, intelligent system.
What does FireFlight PLM actually manage across a product's lifecycle?
A product record in FireFlight begins at the design and planning stage. Project templates capture the structure of the development process, and pattern libraries store reusable design elements that carry forward from one product to the next without being rebuilt from scratch. That template structure is not just a checklist. It is the framework that gives engineering and planning teams a consistent starting point and a common reference throughout development.
Material requirements planning runs against the product structure from early in the lifecycle. Before a single part is ordered, MRP calculates what the product will require, in what quantities, and on what timeline based on the planned production schedule. Demand planning feeds the same calculation with forward visibility into projected production volumes. The procurement team working from that output is ordering to actual product requirements rather than responding to requests that arrive after the fact.
Work orders connect the planning stage to production execution. When a product moves from approved design to active production, the work orders that govern the manufacturing process are tied to the same product record that holds the design documentation, the BOM, and the compliance records. A production supervisor reviewing a work order can see the approved specification and the material requirements in the same system rather than checking a separate engineering database.
Project Design and Planning
Planning & Optimization
Work Execution & Project Integration
Every change to a product record in FireFlight is timestamped, attributed to the user who made it, and preserved in the audit trail. Design revisions, BOM changes, approval decisions, and specification updates each create a record that shows what changed, when it changed, and who authorized it. That history is not a separate document to maintain. It is built into the product record from the first entry. For operations subject to regulatory review or customer audit requirements, that change history is available on demand without any additional assembly. PCG has built product data management systems for regulated manufacturing and industrial operations since 1995. The audit architecture in FireFlight reflects what those audits actually ask for.
How does FireFlight PLM manage material data and parts lists across the product structure?
The Item and Material Master Data workspace is where physical product components are defined and maintained. Each item has a master record capturing its categorization, unit of measure, supplier information, and material properties. That record is the single source of truth for that component across the entire product structure. A part that appears in multiple BOMs does not have multiple records to reconcile. It has one record that every BOM referencing it reads from.
Materials and parts lists connect the component-level records to the product structure. A BOM in FireFlight is not a static document. It is a live data structure that reflects current material master records. When a component specification changes, the change propagates to every BOM that includes that component rather than requiring manual updates across separate documents.
Serial number tracking gives individual units their own histories within the product record structure. A serialized component that moves through production has a record showing every stage it passed through, every work order it was associated with, and its current state. For regulated products where individual-unit traceability is a compliance requirement, that record is maintained automatically rather than assembled after the fact.
Barcoding and scanning integration connects physical components to their system records at the point of handling. A receiving team scanning inbound components against a BOM confirms receipt without manual data entry. A production technician scanning a serialized part confirms its identity and current specification against the product record before installation.
Item & Material Master Data
How does FireFlight handle product documentation and knowledge management?
Product documentation in FireFlight is attached to product records rather than stored in separate file systems that engineering and production access independently. Specifications, test reports, approval records, regulatory submissions, and revision histories all live in the same system as the design data, the BOM, and the work orders that reference them. A production engineer does not need to check two systems to confirm whether the specification they are working from is the current approved version.
The Manual Library workspace holds standard operating procedures, assembly instructions, and product-specific technical documentation in a structured repository. When a procedure changes, the update is made once and immediately available to every team that references that document. Version history is preserved, so if a question arises about what procedure was in effect during a specific production run, the answer is in the system.
Notes history and document history workspaces maintain the running record of decisions, observations, and communications that accumulate during a product’s development. Design review notes, engineering queries, approval comments, and supplier communications are captured at the product record level. When a team member is brought onto a project midstream, the full decision history is accessible without requiring a briefing from whoever was involved from the beginning.
Knowledge & Records Management
What breaks when product lifecycle data is not connected to operations?
The table below shows where disconnected PLM creates downstream failures across engineering, procurement, and production.
| Connected System | What PLM Sends or Receives | Without the Connection |
|---|---|---|
| SCM | BOM data and material requirements feed directly into supply chain planning. Procurement teams see what the product needs before the production order is placed. | Procurement receives material requests after production planning is already scheduled. Lead time gaps cause production delays that trace back to information that existed in engineering but never reached supply chain. |
| ERP | Approved product structures and work order completions post to ERP financial records. Product cost is tracked against the standard from the BOM. | Product cost reporting requires manual reconciliation between engineering data and financial records. Variances are discovered after the production run rather than during it. |
| Inventory | BOM quantities and MRP output feed inventory reorder decisions. Parts needed for upcoming production are reserved before the production order starts. | Production orders are released against inventory that has not been verified against BOM requirements. Material shortages stop production runs after they have already started. |
| CRM | Product specifications and delivery commitments visible to client-facing teams. Client questions about product status can be answered from the same system that holds the product record. | Client teams quote delivery dates without visibility into where the product is in the development or production cycle. Commitment failures follow. |
| Procurement | Approved BOMs trigger purchase requisitions for required materials. Supplier information attached to component records feeds the procurement workflow directly. | Procurement teams build purchase orders from specifications received through email rather than from the approved product record. Version mismatches between what was ordered and what was approved create rework. |
The most consistent failure point in product lifecycle management is the handoff between engineering and production. Engineering maintains the approved design. Production works from what was communicated to them at the time the product was released. When those two records diverge because of a change that was made in one system but not the other, the production run reflects the old specification and the rework cost follows. FireFlight closes that gap by making the product record the single source that both engineering and production read from. The second pattern that appears repeatedly: organizations that have managed product documentation in shared drives or email threads cannot answer audit questions about change history without significant manual effort. When a regulator or customer asks what specification was in place during a specific production run, the answer should be immediate. In FireFlight it is. The change history is part of the product record, not a separate document to locate and reconstruct.
What changes once product data is connected from design through delivery?
The operational improvements are specific and measurable. They appear in the first production cycles after go-live, not after an extended adjustment period.
Engineering change orders propagate to every BOM and work order that references the changed component, eliminating the version mismatch problem at its source.
Compliance documentation is current at any point in the lifecycle because it is maintained inside the same system as the design and production records rather than in a parallel documentation process.
Production rework decreases because work orders reference the current approved specification rather than a version that was current when the work order was created.
Audit responses that previously required days of document assembly are completed in minutes because change history is attached to the product record.
New team members access the full design and decision history of a product without requiring briefings from team members who were involved from the start.
Procurement lead times shorten because material requirements are visible to supply chain teams from the design stage rather than arriving as requests after production scheduling is already set.
Cross-functional visibility means engineering, planning, procurement, and production are working from the same product data at the same time rather than from their own copies.
Operations that have managed product lifecycle data across engineering tools, shared drives, and disconnected ERP systems carry a coordination cost on every product they develop. FireFlight PLM does not add process to product development. It removes the overhead of maintaining separate records across separate systems and keeps the people involved in a product working from the same data. Most deployments are operational in weeks, not months.
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What is the difference between FireFlight PLM and a basic drawing management system?
How does FireFlight PLM handle engineering change orders and design revisions?
Can FireFlight PLM manage bills of materials across multiple product configurations?
How does FireFlight PLM connect to procurement and supply chain?
Does FireFlight PLM support compliance documentation for regulated products?
How long does a FireFlight PLM deployment take?
Can FireFlight PLM be used by small manufacturing operations, not just large enterprises?
FireFlight Data Systems is a product of Phoenix Consultants Group. PCG founded 1995. All system configurations are custom-built for each deployment. Implementation timelines, module availability, and integration scope vary by organization. Contact PCG directly to discuss requirements specific to your operation.