Case study
Industrial boiler door 3D scan — Yugadanavi Power Plant
A corroded flanged door, scanned on site and rebuilt as a clean manufacturing model.
- Client
- Yugadanavi Power Plant
- Part
- Boiler door assembly
- Services
- On-site 3D scanning · deviation analysis · reverse engineering · CAD
- Scanning accuracy
- to 20 µm (0.02 mm)
Corroded original boiler door flange from Yugadanavi Power Plant, showing surface rust and pitting
The problem
The boiler door at Yugadanavi Power Plant had corroded badly enough that its sealing faces and bolt circle could no longer be trusted to hand measurement. It is also heavy, bolted into a working plant, and impossible to remove and send anywhere — any fix had to start from the door as it stood, on site.
The approach
The door was scanned in place, on the plant floor, with the geometry captured to industrial accuracy. The scan was then compared against a reference model in a deviation analysis, so the corroded, distorted areas were identified precisely rather than judged by eye, before the door was rebuilt as a clean, manufacture-ready CAD model.
The outcome
A manufacture-ready design recovered from a corroded original, plus a demonstration that this work is not limited to bench-sized parts — large industrial components can be digitised and rebuilt where they stand.
On the bench
See it in the hand
On-site scanning of the boiler door in the plant.
12s · no sound

Related work

Lalan Rubber production order
3D printingSeveral hundred identical parts, delivered as a single production run.
Lalan Rubber

Functional V6 engine model
CAD designA working assembly in SolidWorks, not a static shape.

Toyota Corolla KE72 rear brake light bracket
Reverse engineeringA discontinued bracket for a classic Corolla, rebuilt from the broken original.
Bring us the problem.
A part, a process, or just an idea. Tell us the situation and we will tell you the engineering route to solving it — honestly, even if that route isn't us.
MechaCAD Solutions, 368, Siyambalape North, Siyambalape 11607, Sri Lanka











