CAD to Acumatica Integration
Let CADTALK get your systems talking, so your engineers do the work they were hired to do.
The Problem
Manufacturing at volume is already unforgiving. The product doesn't change much from run to run. But when an engineering change does happen, it has to reach every job on the floor accurately, every time. Acumatica runs the business once that change lands inside it. Getting it there accurately, every time, is still on your engineers.
Here's what actually happens.
The design gets finalized in SolidWorks, Inventor, AutoCAD, Creo, Solid Edge, or another major CAD platform. Then someone (probably an engineer) opens Acumatica and keys it in: stock items, bills of material, production orders, one screen at a time. By the time production starts, your most expensive technical talent has spent hours re-keying data that already existed the moment the design was done: the same handful of part families, order after order.
Ask around your engineering team. You'll hear some version of, I didn't go to school for data entry. They're right. And every hour they spend re-keying a BOM that already exists in CAD is an hour they're not spending on the design work you hired them for.
The real cost of the manual handoff
In discrete and make-to-order shops, this happens on every engineering change order, on every run. Three things tend to happen:
The Cost adds up Fast
Manual BOM re-entry runs roughly $234K a year in lost engineering capacity for a 10-person team (hours that could go toward design instead of data entry).
Engineering Changes don't Always Make it to the Floor
If a revision doesn't flow from CAD into Acumatica accurately, production builds the old version, and no one catches it until the part doesn't fit.
One Wrong Entry Multiplies
A single BOM error doesn't cost you once. It costs you across the entire production run built from that BOM.
ERPs are strong systems, built for exactly this kind of complexity. The gap is what feeds them.
A Different Data Pipeline
CADTALK reads the approved design straight out of your CAD or PLM environment and writes it into Acumatica, structured and production-ready. It's configurable, not custom. The rules live in an engine your team can inspect, so an Acumatica upgrade doesn't break it.
The rules your engineers have always applied (which parts get which routings, how variants get numbered, when a component needs a new revision) get captured once, in a system the whole team can see. That's what changes. The knowledge moves out of one person's head and into a process everyone can trust.
A 10-engineer team recovers roughly $234K a year in engineering capacity, sees lead times drop 80%, and hits payback in 2 to 4 months. In production environments, not a demo.
Built for How Repetitive Manufacturing Actually Works in Acumatica
Acumatica's Manufacturing Edition already includes Engineering Change Control and a Product Configurator. CADTALK is what feeds them, pushing approved CAD data in so those tools work from accurate BOMs instead of hand-typed ones. If you're running Acumatica alongside SolidWorks, Inventor, AutoCAD, Creo, Solid Edge, Tekla, EPLAN, Altium, or another supported CAD, PDM, or PLM system (including SolidWorks PDM, Autodesk Vault, PTC Windchill, Siemens Teamcenter, Arena PLM, or Dassault Enovia 3DX), this is the gap CADTALK was built to close.
Your engineers get their time back. Acumatica gets the data it needs to actually do its job. And the next engineering change doesn't wait on someone finding a spare hour to type it in.
See what the handoff looks like automated for your CAD and Acumatica combination.
