Industrial equipment: how it works and what to require
Industrial equipment manufacturers run project sourcing, serial production supply and MRO buying at the same time, across long-standing supplier relationships and several plants. Proconomy governs all three on one platform, with agents coordinating supplier work and multi-entity rules keeping plants responsive without losing group control.
Three queues. One buyer holding all of them.
Project sourcing, serial supply and plant MRO competing — and MRO wins on urgency.
Project sourcing
- Bespoke assemblies against a specification
- Technical evaluation alongside commercial
- Capital equipment and long-lead items
- Engineering-to-order component supply
- Project margin protected at sourcing
- Bid-stage cost commitments held
Serial and aftermarket
- Repeat purchasing against a framework
- Spares supply over a service obligation
- Obsolescence on a serviced product
- Aftermarket pricing and availability
- Service contract material
- Installed-base support commitments
Plant MRO
- Breakdown spares with the line down
- Planned maintenance consumables
- Contractor callout and rate cards
- Shutdown packages
- Local supplier panels
- Emergency purchase routes
Cross-plant leverage
- Common categories bought separately by site
- Two plants negotiating with one supplier
- Delivered-cost spread across sites
- Duplicate suppliers across entities
- Framework agreements unused locally
- Group volume never aggregated
What the platform does here
| Mechanism | What it has to do |
|---|---|
| Separate routes, one platform | Project sourcing and MRO run under different approval logic and different speed expectations without two systems or two queues. |
| Technical evaluation alongside commercial | Scoring models that weight capability, lead time and capacity rather than reducing an engineered assembly to a price. |
| Obsolescence against installed base | End-of-life exposure measured against service obligations rather than discovered when a customer asks for a part. |
| Cross-plant visibility | The same category bought separately by site, with the delivered-price spread and the volume behind it visible. |
| Supplier performance in the award | Scorecard data present when the next award is decided rather than acknowledged quarterly and then ignored. |
| Governed emergency route | Urgent plant purchases follow a defined fast path with a retained justification rather than a bypass. |
A description of what the practice requires, not a feature list.
What to make any vendor demonstrate
- Run a project RFQ and an MRO requisition in the same session and see whether they compete.
- Show a technical evaluation weighted alongside commercial scoring, not a price ranking.
- Ask how obsolescence on a serviced product reaches procurement.
- Show delivered-cost spread for one category across two plants.
- Ask where supplier scorecard data appears in an award decision.
Definitions. Asked and answered.
Yes, with different event structures, approval routes and templates. Project sourcing typically carries technical evaluation and longer approval chains; repeat sourcing runs on a lighter route under existing agreements.
By making the governed route genuinely fast for plant needs — catalogue and contracted buying inside the plant threshold, with escalation timings configured per site. Bypass is usually a symptom of a process that cannot meet an operational deadline.
No. Bill-of-material and product configuration data stay in your PLM and ERP. Proconomy uses that context to govern sourcing, supplier and purchasing decisions.
Supplier end-of-life notifications open a governed assessment against affected products and service obligations, routed to procurement, engineering and service owners. The response decision remains human.
Connected spend data shows where plants buy the same categories from different suppliers, and the sourcing workflow to consolidate can be launched directly from that view.
Engineer-to-order procurement supports products designed or configured specifically for a customer order. Sourcing runs against a specification that may still be evolving, so technical evaluation and commercial evaluation have to happen together rather than sequentially.
Project procurement is one-off, specification-driven and bid-timed, with technical evaluation central. Serial procurement is repeat, volume-driven and schedule-timed, with supply continuity central. Running both through one queue means the urgent one always wins.
Obsolescence management is the practice of identifying components approaching end-of-life and acting before supply stops — particularly important where a product carries a long service obligation and spares must remain available.