In heavy engineering and infrastructure, the complexity of managing products doesn’t end with design — it starts there. Intricate assemblies, multi-discipline processes, compliance standards, and constant change management create operational chaos in most organizations.
Traditional PLM platforms attempt to address this complexity. However, many businesses face frustrating challenges: rigid systems, steep learning curves, and excessive total cost of ownership. That’s where Rigel Networks’ Product Lifecycle Management (PLM) Solution stands apart.
More than just another PLM platform — it’s a command center for your entire product lifecycle, seamlessly governing everything from concept design to fabrication, welding, QA/QC, inspections, and final handover — without chaos, without compromise.
How Rigel Networks PLM Compares with Industry Leaders
While global leaders like Dassault Systèmes ENOVIA and Oracle AutoVue dominate certain PLM segments, they often demand extensive IT resources, rigid deployment models, and heavy licensing costs. Rigel Networks PLM was designed specifically for mid-market heavy engineering, EPCs, and fabrication contractors who require powerful control without enterprise bloat.
Feature |
Rigel Networks PLM |
Dassault ENOVIA |
Oracle AutoVue |
|---|---|---|---|
| Usability | High | Moderate | High |
| Customization | Extensive | Limited | Minimal |
| Integration Capabilities | Moderate | Extensive | High (within Oracle suite) |
| Cost | Low to Moderate | High | Moderate |
| Best Suited For | SMEs, Fabricators, EPCs | Large OEMs, Global Enterprises | CAD visualization inside Oracle PLM |
Where Rigel PLM Wins
✅ Tailored workflows for real-world engineering operations
✅ Lower implementation cost and faster ROI
✅ Specialized modules for fabrication, welding, NDE, and inspection
✅ Faster user adoption due to simplified UI
✅ Designed for mid-sized organizations with limited IT capacity
Key Use Cases & Capabilities
Design Engineering Capabilities
1. Bill of Material (BOM) and Part Management
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- Dynamic, multi-level BOMs linked to design revisions
- Advanced part codification aligned to supply chain readiness
2. Document Management System (DMS) & DIN
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- Controlled versioning with full audit trails
- DIN tracking for real-time drawing issue notes
3. Job Engineering Plan (JEP)
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Version-controlled manufacturing and inspection plans
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4. Transcript & Advanced Drawing Handling
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High-fidelity CAD handling with quick version comparisons
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5. Change Request (CR) Management
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Full ECR/ECO workflows with impact analysis before approvals
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6. 2D/3D Viewer Integration
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Embedded multi-format viewers with in-line mark-up and approvals
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7. File Monitoring & Multi-Project Utilities
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Cross-project document status dashboards and digital signature workflows
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Pipe Engineering Capabilities
1. Material Codification System & BOQ Management
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Joint-wise and line-wise BOQ breakdown with procurement integration
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2. Welding & NDE Execution (WPS, Weld Plan, NDE Plan)
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- Fully automated weld planning with traceability for RT, UT, PT, MT
3. Execution & Production Monitoring
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- Real-time token-based weld tracking & auxiliary component handling
4. Integrated QA/QC System
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- Full inspection traceability across PMI, PWHT, Hydro, Ferrite, and more
5. Surface Treatment & Finishing
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- Automated workflows for painting, pickling, galvanizing, capping
6. Offer/Attend Management (TPI)
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- Consolidated third-party inspection scheduling & attendance logging
7. Governance & Documentation Excellence
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- Auto-generated PAM, DSS, QCP, FDMS, PDIN, and ICS reports
8. Quality & Compliance Framework
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- ASME, ISO, AWS-ready workflows with WPS qualifications, NCRs, and WCRs
9. Smart Automation Modules
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- Auto CJC, ICC, PQR Registers, TCP, Seam ICL, and more for end-to-end automation
Role-Based Access & Interfaces
Role |
Key Actions & Interface |
|---|---|
| Engineering Manager | Manage BOM, design approvals, and change control |
| Design Engineer | Submit, revise, and track drawings |
| Pipe Engineer | Oversee weld and NDE workflows |
| QA/QC Inspector | Manage inspection planning and NCRs |
| Weld Engineer | Maintain WPS library & weld maps |
| Procurement | Align material codification with BOQs |
| TPI Auditor | Conduct and log third-party inspections |
| Quality Head | Finalize QCP, DSS, and ICS |
| Admin | Control user roles, digital signatures |
Before vs After – Problem Solving Matrix
Old Problem |
New Digital Solution |
|---|---|
| Siloed design & production data | Unified lifecycle governance |
| Manual inspection logs | Digital inspection and auto reporting |
| BOM inconsistencies | Version-controlled dynamic BOM |
| Untracked welding records | Centralized WPS & weld execution |
| Audit compliance gaps | Audit-ready documentation |
| Schedule delays | Live dashboards & alerts |
Analytics & Dashboards
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- BOM Cycle Completion Reports
- Weld/NDE Execution Progress
- NCR Closure Trends
- Inspection Hold Frequencies
- Compliance Pass Rates
- Material Usage Analytics
- TPI Attendance Metrics
- Cost Overrun Trends
Use Case Impact – Real Industry Examples
Energy EPC Contractor
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- 98% documentation readiness before project closeout
- 45% reduction in weld inspection rework
Shipbuilding Yard
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- 30% faster engineering-to-production cycle
- 100% marine authority audit success using WPS automation
Petrochemical Fabrication Contractor
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- 50% faster weld/NDE coordination
- Fully synchronized spool fabrication and inspection schedules
Why Choose Rigel Networks PLM?
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- Specifically engineered for complex heavy engineering and EPC sectors
- Full lifecycle visibility from design to site commissioning
- End-to-end integration across design, fabrication, welding, inspections
- Total traceability for audits and certifications
- Mid-market affordability with enterprise-grade depth
- Fully scalable for multi-location and international projects
Get Started
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Let Rigel Networks PLM turn your complexity into clarity.
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