One connected context across your drawings, CAD, inspection reports, and assemblies.
Every manufacturer holds the knowledge needed to answer a production question — but it sits in separate files, separate systems, and separate heads. Engineers spend their day reassembling context that the company already has. InspectorPro connects it once, then answers from it.
One connected context that answers manufacturing questions — without anyone opening five files to reconstruct what the company already knows.
Each one draws on the same connected product knowledge. Connect it once; every workflow gets smarter.
A vendor asks a question and the line waits on the reply. InspectorPro answers directly from connected product context — and on your side, engineers respond without opening the drawing, then the model, then the assembly, then the inspection report just to rebuild the background. The context is already assembled. Your engineers get their day back, and the vendor gets an answer while it still matters.
Ask a question and the 3D model becomes a guided tour — voice narration, camera flying to each part, highlights tracking the explanation. Interrupt anytime with a follow-up. Resume where you left off. Onboard new technicians and run design reviews without tying up a senior engineer for an afternoon.
The steps to build a product are implied across the assembly structure, the work instructions, and the part manuals — but nobody has drawn the map. InspectorPro reads all three and proposes the process, step by step, with the CAD evidence behind each one. Edit what it proposes; it stays tied to the model it came from.
Lay out the floor against the work that actually has to happen on it. InspectorPro builds the layout from the process it already understands — operating zones, rack footprints, material flow — so the plan reflects real product and process context instead of an empty rectangle.
InspectorPro compares the drawing to the CAD model feature by feature: missing dimensions, tolerance gaps, incorrect views, uncalled-out holes. Each feature is identified from the 3D model, not inferred from the drawing. It also checks that your drawing standards are actually applied, so problems get caught before release instead of on the floor.
Load Rev A and Rev B side by side. Removed features light up red, added green, modified amber. InspectorPro uses the CAD model’s feature identity — not a pixel overlay — so it can tell you a specific flange was extended from 44.45mm to 76.2mm, not just that “something moved.” The same comparison runs across the inspection sheets and assemblies tied to each revision.
Capabilities that build on the same connected context.
When a dimension is out of tolerance, InspectorPro checks the assembly — mate relationships, fit interfaces, downstream parts — and tells you whether the part will still function, what risk you carry if you accept it, and what to do next.
Numbered balloons on the drawing and auto pass/fail evaluation as you type measurements. Enter “all bores measured 25.003” and eight cells fill at once. Print a clean report with header, characteristics table, and signature lines.
Pulls the dimensions, material, and thread specs from the drawing and searches supplier catalogs. It knows the assembly context — what the part connects to — so the options it surfaces actually fit.
Request pilot access. We'll walk you through the platform using your drawings and CAD.
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