For VDC leads  /  engineering-grade point cloud data

One model, from scan to installed

Your coordination is only as good as the existing-conditions data under it. We capture engineering-grade point clouds registered to your design model, coordinate against them, and fabricate from the same model. One workflow, not three vendors handing files back and forth.

ABSA AQP certified partner shops 83 sites under active program 94.36% spool in-tolerance on laser QA

What the scan is built for

Scan data built for coordination, not just visualization

A point cloud that only looks right on screen still fails at the spool. Ours is captured, registered, and reported to the tolerance fabrication actually needs.

Engineering-grade point cloud capture

High-accuracy LiDAR built for industrial facilities. Complete coverage of congested pipe racks, restricted-access areas, and the tie-in geometry that drives fabrication. Registered to your design coordinate system and live on WebShare from Day 1.

Scan-to-model registration and deviation reporting

We register the point cloud against your design model and show you where the field diverges from what the design assumed. Clashes and constructability issues get caught before fabrication, at desk cost instead of field cost.

Constructability-driven coordination

We coordinate for the install, not for a tidy model. What comes out is a fabrication package built to go together in the actual facility, with each handoff set up to make the next step easier.

Third-party scan data ingestion

Already sitting on point cloud data? We take it in, verify it is within tolerance, and run it through our coordination and fabrication workflow. Scan-to-Fab and Virtual Assemblies are not limited to sites we scanned ourselves.

The root cause

In brownfield work, the input is the problem

Most brownfield coordination failures trace back to one thing: the existing-conditions data was not good enough to build from. The model gets built on that foundation, catches some clashes, misses others, and the misses turn up at installation, where they cost the most to fix.

Coverage gaps Scans that miss what fabrication needs to see.
Unregistered data A point cloud that does not sit in the design coordinate system.
Wrong level of detail Survey that never captured the actual tie-in geometry.
How we work backward from it Complete coverage, engineering-grade accuracy, registered to your design model from Day 1, and deviation reporting that surfaces the real problems before anyone starts cutting. Nothing carries forward that should not.
Let's Work Together

Why it holds all the way to the field

Coordination that closes the loop to fabrication

A pure coordination consultant hands you a model and stops. We keep going, to the parts that install in your facility, off the same data.

Scan quality that holds up at the spool

When the scan sets your spool dimensions, it has to be right to the millimeter, not just close enough to look good on screen. We capture and register to fabrication tolerance, because we are the ones fabricating from it.

Deviation reports you can act on

We do not just tell you a clash exists. We tell you what it does to the fabrication package, why it matters for constructability, and what has to get resolved before steel is cut. The report helps you decide, not just document a problem.

Fabrication runs from it too

Fabrication can run straight from the coordination output through ABSA AQP certified partner shops, set up for first-time fit-up. A coordination partner who hands you installable parts is a different relationship than a consultant who hands you a model.

One model the whole way through

Scanning, registration, coordination, simulation, and engineering run as one workflow, with fabrication released to certified partner shops from that same output. No vendor-to-vendor handoffs to introduce translation error. The model you coordinate is the model that gets fabricated.

Proof the loop closes

Proof the loop closes

When the scan drives the spool, the only score that matters is how it fits in the field.

94.36% Spool in-tolerance on laser QA Documented on a completed spool fabrication package. The coordinated model built to spec and laser-verified before anything shipped.
98% Off-site prefabrication Acid Gas Injection Upgrade. Work moved off the critical path and into the shop.
48 hrs Initial response turnaround Send us your scope and get a real answer on approach in two days.
83 Sites under active asset program Facilities we scan, model, and keep current across the portfolio.
75–80% Proposal award rate When VDC leads scope with us, most of the time they build with us.
ABSA AQP certified partner shops Carbon steel, stainless, Monel, and Inconel. OS3D works with shops that are ABSA AQP certified.
Let's Work Together

The full workflow

What OS3D brings to a VDC-led project

Scan, coordination, and fabrication under one roof. Every step feeds the next off the same model, so nothing gets lost in a vendor handoff.

3D laser scanning

Engineering-grade point cloud registered to your design coordinate system, with full coverage in congested and restricted-access areas.

VDC coordination

Registration, deviation reporting, and clash detection aimed at fabrication outcomes, not just a cleaner model.

Virtual assemblies and 4D simulation

Fit-up validation, sequencing, rigging-path studies, and clearance checks before crews mobilize.

Scan-to-fabrication

Fabrication packages built from verified coordination data, released to ABSA AQP certified partner shops for first-time fit-up.

Brownfield engineering and MRO Support

CWPs and tie-in packages developed off the coordinated model, with the engineering deliverable owned by us.

Third-party data ingestion

Your existing point cloud data, tolerance-verified and pulled into our coordination and fabrication workflow.