CAD Integration for CPQ
Beam length 2400 mm in CPQ. SolidWorks model still shows 2200 mm until engineering retypes the quote. Connect Mercura to your CAD templates so confirmed configuration parameters drive drawings without a second transcription pass.
On confirm
Parameters sent to CAD template
Mapped once
CPQ fields to model variables
Drawing routed
Output to manufacturing folder
The challenge
Beam length 2400 mm in CPQ. SolidWorks model still shows 2200 mm until engineering retypes the quote.
A manufacturer of modular conveyor sections and support structures for warehouse logistics runs Mercura for configuration and quotes and Inventor for parametric templates. Inside sales confirms an order with span, leg height, guardrail spec, and drive position the customer signed on the PDF. A design engineer opens the Inventor template and re-enters every dimension from the quote export because CPQ and CAD share no connector.
A mount hole pattern copied one row off becomes a rework ticket on the shop floor. Material codes from the quote PDF do not match the CAD custom property engineering typed. Production planning waits on drawing release while engineering works through a queue of confirmed orders that all need the same manual bridge.
CAD automation generates models from configuration rules inside Mercura without manual drawing steps. 3D parametric visualization shows customers geometry during configuration. ERP integration transmits accepted orders with BOM lines to finance and production. CAD integration is different: Mercura maps confirmed configuration attributes to parametric variables in SolidWorks, Inventor, CATIA, Creo, Fusion 360, or NX and triggers template instantiation when the order confirms.
Inquiry to config to price to approval to order should hand manufacturing a drawing built from the same numbers sales confirmed, not a PDF engineering must reinterpret in CAD.
How it works
How Mercura integrates with CAD
Engineering and sales ops define mapping between Mercura configuration output and CAD template variables: dimensions, materials, tolerances, component selections, and custom parameters. On order confirmation or an approved workflow step, Mercura sends the parameter set to the CAD connector. The CAD system instantiates the parametric model and writes drawing or STEP output to a folder the manufacturing team uses. Status and errors surface in Mercura so out-of-range values escalate to engineering before release. Custom CAD environments can connect through Mercura API and webhooks. Someone must maintain template libraries, test mapping when product rules change, and define which order events trigger generation.
What's included
What CAD integration covers
- Parameter transfer from CPQ configuration to CAD templates
- Connectors for SolidWorks, Inventor, CATIA, Creo, Fusion 360, NX
- Custom CAD connection via Mercura API and webhooks
- Generation trigger on order confirmation or approval step
- BOM alignment between CPQ configuration and CAD assembly
- Drawing output routing to manufacturing file locations
- Generation status visible from Mercura order view
- Escalation when parameters fall outside template bounds
The difference
CPQ to CAD before and after integration
- Engineering retypes every dimension from quote exports
- Transcription errors between CPQ values and CAD model
- Drawing release queues behind manual data entry
- Design capacity spent on mechanical copy work
- Manufacturing starts from models that may not match CPQ
- Confirmed configuration drives CAD template variables
- Same span, material, and options in CPQ and model
- Drawing generation starts when order confirms
- Engineering reviews exceptions, not every order
- Manufacturing opens output matched to accepted quote
Real-world application
Example workflow: conveyor structures from CPQ to Inventor
A builder of modular conveyor and support structures for distribution centres confirmed orders in Mercura with span, leg height, and guardrail options, but engineers retyped those values into Inventor templates before releasing drawings. After Mercura CAD integration mapped configuration output to template variables, a confirmed order pushed parameters to Inventor on acceptance and production received drawings built from the same numbers inside sales and the customer already approved.
Business impact
Why CAD integration is parameter handoff, not a replacement for engineering judgment
CAD integration closes the gap between commercial confirmation and the parametric model manufacturing builds from. It complements CAD automation rules, 3D visualization during configuration, multi-level BOM setup, and ERP order transmission. Mercura does not replace your CAD standard parts library, design review process, or PLM workflow outside mapped fields. Someone must own template maintenance and mapping tests. If the pain is "CPQ shows 2400 mm but CAD still has yesterday's numbers", parameter handoff on confirmation aligns inquiry, configuration, price, approval, and order with the drawing shop floor actually uses.
See a confirmed conveyor configuration push span and leg height into Inventor without retyping the PDF
Book a demo and confirm a configured order until CAD output appears with the same parameters Mercura and the customer already signed.
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.