A should-cost model for capital equipment rebuilds the supplier's price from the bottom up — materials, labor, overhead, margin — so you enter every negotiation with a defensible target instead of a "gut feel" discount.
Capital equipment purchases combine engineering, installation, spares and multi-year service — the ticket price is usually less than half the total. The model exposes exactly where each dollar goes, so you can pressure the right lever instead of asking for a flat percentage off.
Unbundling service, benchmarking spares and life-cycle-cost modeling recover 6–14%. SourcingHub's should-cost engine builds this model in minutes, with the capital equipment-specific drivers pre-loaded.
Choose the category — Capital Equipment — and SourcingHub loads the should-cost analysis template pre-tuned for it.
A 5-minute guided brief captures scope, volume and constraints. AI fills the blanks with category benchmarks.
Download the should-cost analysis as Word or Excel, or send it directly to suppliers from SourcingHub.
The essentials for capital equipment: current price, volume, and the drivers listed above (Equipment spec and throughput, Installation, commissioning and training, Spare parts strategy and stocking). If you don't have every input, the model uses category benchmarks and flags each assumption.
No — the same logic (cost drivers × utilization × margin) works for services and indirect spend. In capital equipment, the drivers just shift from raw materials to labor rates, capacity, and pass-through costs.
Within ±5–10% of the supplier's own cost stack is enough to negotiate. The value comes from the conversation the model unlocks, not decimal-precise cost accounting.
Yes. Exports come in a clean executive format (PDF or Excel), and you can share redacted drivers or the full stack depending on your negotiation strategy.
Free to start. No credit card. Every account gets should-cost analysis generation, side-by-side comparisons and executive-ready exports.
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