- Features > Parametric Product Configuration
Parametric Product Configurator
Configure products driven by engineering parameters — dimensions, capacities, tolerances, and specifications — rather than fixed option lists.
ETO
Engineer-to-order supported
Real-time
Spec-driven price calculation
Zero
Manual engineering re-entry
The Challenge
The Problem with Configure-to-Order and Engineer-to-Order Products
Not all manufacturing products fit neatly into predefined option lists. Conveyors, frames, heat exchangers, custom tanks, and structural components are often specified by their dimensions, capacities, or performance parameters — and the resulting product specification is calculated from those inputs rather than selected from a catalog.
When parametric products are quoted manually, the process typically involves a sales engineer collecting customer requirements, performing calculations in a spreadsheet, and producing a custom quote. This is slow, prone to calculation errors, and creates a bottleneck that limits how many opportunities the team can respond to.
Many CPQ platforms do not support true parametric logic — they assume every product can be reduced to a list of discrete options. This forces manufacturers of parametric products to maintain separate quoting tools outside their main CPQ system, fragmenting the process and creating inconsistency.
As product lines scale and customer requirements become more diverse, the gap between what your engineering team can build and what your sales team can confidently quote widens — leaving revenue on the table.
How It Works
How Parametric Configuration Works in Mercura
Mercura supports parametric configuration by allowing products to be defined through input parameters — such as length, width, load capacity, flow rate, or voltage — rather than fixed option lists. Configuration rules evaluate these parameters in real time: calculating valid dimensions, enforcing engineering constraints, deriving the correct component selection, and generating accurate pricing. Formulas and constraints are authored by your engineering or product team inside Mercura without code. The result is a configurator that behaves like a smart engineering calculator — guiding the user through inputs, validating constraints, and producing a complete, accurate specification and price in minutes.
What's Included
Key Capabilities
- Parameter-driven configuration (dimensions, capacities, tolerances)
- Formula-based price calculation from input parameters
- Engineering constraint enforcement on parameter values
- Derived component selection based on parameter outputs
- Min/max range validation with user-facing error guidance
- Parametric BOM generation from configuration output
- Integration with CAD and drawing generation workflows
- Supports ETO, CTO, and hybrid product structures
The Difference
Before and After Parametric Configuration
- Sales engineers hand-calculate specifications per inquiry
- Spreadsheet errors produce incorrect pricing
- ETO quotes require 2–5 days of engineering involvement
- Custom specs re-entered manually into ERP after order
- No self-service possible for custom-dimensioned products
- Sales reps enter parameters and receive instant specification
- Prices calculate automatically from engineering formulas
- ETO quotes generated in minutes without engineering handoff
- Spec data flows directly to ERP — zero re-entry
- Dealers self-serve custom-dimensioned product quotes
Real-World Application
Example Use Case: Custom Conveyor Manufacturer
A conveyor systems manufacturer produces belt conveyors specified by length, width, load rating, belt type, and drive configuration. Previously, every inquiry required a sales engineer to spend 3–4 hours calculating price and producing a drawing reference. After implementing Mercura's parametric configuration engine, the company encoded their pricing formulas and engineering constraints once. Sales reps now enter customer parameters directly into the configurator, receive a priced specification in seconds, and generate a customer-ready quote without engineering involvement.
Quote turnaround dropped from 3 days to under 4 hours.
Business Impact
Why Parametric Configuration Matters
Parametric configuration is the difference between a CPQ that works for standard catalog products and one that works for real manufacturing. Manufacturers who offer engineer-to-order or configure-to-order products need a quoting system that understands engineering logic — not just option lists. Mercura extends CPQ into the parametric domain, enabling manufacturers to quote custom products with the speed and consistency of a catalog product.
See Parametric Configuration in Action
Book a demo to see how Mercura handles custom, dimension-driven products with real-time pricing.
Let’s build together.
We empower manufacturers to master product modeling, streamline quoting process, reduce errors, and ultimately deliver the tailored solutions that customers demand.