Contact +34 935 752 977
Pricing · Industrial BIM digitisation

What it costs to digitise your plant

This page is the pricing conversation you would have with an A3D specialist, written down: your questions as headlines and the figure on the first line of each answer.

One area from €6,000estimated Laser scanning and as-built BIM model of the area you are going to intervene on.
One plant phase €15,000–30,000estimated A building, an area, an installation or a process, at a fixed price.
The up-to-date twin from €400/monthestimated The model stays true to the plant as the plant changes.

A3D puts its price up front so that you can size the decision before the first call. Move the variables on the sizing table and see where your case falls.

01The direct question

“How much does it cost to digitise my plant?”

One area of your plant — laser scanning plus an as-built BIM model — starts from around €6,000 (estimated). The whole plant is tackled in phases, at around €15,000 to €30,000 (estimated) per phase. Keeping the model true to the plant as it changes starts from around €400/month (estimated).

Industrial plant with the geometry of its digital twin overlaid: pipes, equipment and structure modelled over what exists.
This is what you buyThe scanner captures your plant as it is today, and the twin is built on that point cloud: the as-built model your team works with.
As-built BIM model of a process room: ducts, cable trays and pipes modelled item by item.
Step 1 · one area

3D scanning and modelling of one area

from €6,000estimated

Covers in the order of 200–300 m² depending on the density of services. The final scope is fixed after the visit.

We scan the area you are going to intervene on and return its as-built model. You validate against the real plant, not against a theoretical drawing.

  • Laser scanning of the real condition of one area
  • Navigable point cloud (a deliverable in itself)
  • As-built BIM model of the area, ready to work on

Who it is forYou are going to intervene on a specific area — a job, a tender, an audit — and need to validate against reality before touching anything.

Digital twin of an industrial plant: a complete building modelled in BIM with its equipment, pipe racks and structure.
The natural next step In phases · the plant

Plant in phases

€15,000–30,000
per phaseestimated

Each phase — a building, an area, an installation or a process — is quoted at a fixed price for its scope. Production and energy areas come to around ~€30,000 (estimated) because of their density of services.

When the first area works, you extend the scope to the rest of the plant. Each phase leaves a usable model before the next one starts.

  • Sized by m² to scan, equipment and systems to model, and phases
  • Fixed-price quote by scope, always for what is surveyed
  • You set the pace: stop and resume phase by phase

Who it is forYou are going to digitise several areas of the plant. It is tackled in phases: you validate the first model before extending the scope to the rest.

Workstation at the A3D office: a specialist from the team updates the BIM model on their screens.
Ongoing · the up-to-date twin

Up-to-date twin

from €400/monthestimated

It is set by the level you choose and the update frequency: visits, file updates, number of drawings, volume and licences. A typical plant runs at around €800/month (estimated).

The model remains the portrait of your plant as the months go by: it is updated as the installation changes, and it underpins your documentation.

  • 1 · Custody — your as-built in one environment, in its current version and with role-based access
  • 2 · Traceability — every change with who, when and why, exportable for audit
  • 3 · Up-to-date twin (recommended) — rescans and model updating

Who it is forYou already have your plant modelled and want the twin to stay true to reality over time — and to serve maintenance, engineering and purchasing.

Why there is a floor of ~€6,000

It is the next question when the area is small. The floor is made up of three jobs that exist just the same in an 80 m² room as in a 300 m² one, and that is why they set the starting point.

  1. The campaign at the plantTravel for the team and the scanner, coordination with production and the scanning stations needed to cover the area without shadows.
  2. Registration and controlJoining all the stations into one coherent point cloud and checking that the geometry is right: this is what makes the point cloud measurable and reliable.
  3. The as-built modelModelling in BIM what was captured, element by element, and delivering it in the formats your team already works with, ready for your designer to work on.
+80
industrial sites digitised
+2,000,000 m²
modelled in as-built BIM
Model + point cloud
the as-built and the navigable point cloud, with every delivery

Bands reviewed in August 2026; we review them every six months.

The sizing table

Move the variables and see where your case falls

The five variables that drive the budget, live: what you survey, how dense the services are, how much surface area, which parts go into the model and what happens after delivery. Set them to match your plant and the scale places you within the published bands, with the reason alongside.

Density of services
Approximate surface area 200–300 m²
200 m²5,000 m² or more
What goes into the model (choose one or more)
After delivery

Each variable, one by one and with its reason, in the next question. If you prefer the long version, it is in the guide how much it costs to scan an industrial plant in 3D.

Grants and taxation

What can reduce the effective cost

Industrial digitisation can qualify for tax deductions for technological innovation (R&D&I), Social Security rebates, and grants and subsidies. Of those three routes, the Corporate Income Tax deduction is the one whose article and percentage are written into law. We review it with you in the proposal, and your tax adviser validates it against your accounts.

The documented route

12% deduction on BIM digitisation costs

An industrial BIM digitisation project can qualify for the Corporate Income Tax deduction for technological innovation: it digitises and modernises the plant’s document management, improves design quality, coordination and productive efficiency, and involves the adoption of new tools, methodologies and workflows — the innovation criterion of Article 35 of Law 27/2014.

When that fit holds, the deduction is 12% of the sum of the costs associated with BIM digitisation, and Article 39 of the same law sets a joint limit of 25% of the tax liability, rising to 50% when the deduction for the year exceeds 10% of that liability. The amount you end up applying is determined on the basis of your accounts, as validated by your tax adviser.

Which costs go into the deduction base
  • In-house staff hours spent on analysis, requirements gathering, implementation and validation.
  • Invoices for BIM services: consultancy, analysis and implementation.
  • Licences and digital tools, when your tax adviser fits them within the concepts of Article 35.

Legal framework: Law 27/2014 on Corporate Income Tax, Articles 35 and 39. The fit of each project is determined by your tax adviser; A3D provides the detail of scope, hours and deliverables that review needs.

The end of the call

What people ask once the figures are on the table

How much does it cost to digitise an industrial plant?

The same question, as it arrives by phone: “How much does it cost to digitise my plant?”

A3D digitises an industrial plant in phases. The first area — laser scanning plus an as-built BIM model in RVT and NWD — starts from around €6,000 (estimated). Each later phase — a building, an area, an installation or a process — ranges from around €15,000 to around €30,000 (estimated), depending on the surface area to scan, the density of services and the equipment and systems to model.

“Why do you give me a range and not a price?”

Because the budget is driven by five specific variables, and all five are measured during the visit: the surface area to scan, the density of services in the area, the equipment and systems to model, the level of detail of the as-built and, for the twin, how often it is updated. Once it has seen the area, A3D fixes the price and timescale for that scope, before scanning.

Variables that drive the budget of an industrial digitisation, and why
The variableHow it affects the budget
Surface area to scan Every additional metre adds scanner stations and registration work. As a reference, the ~€6,000 (estimated) entry price covers in the order of 200–300 m² depending on what is inside.
Density of services Pipes, ducts, cable trays, supports and equipment multiply the fieldwork and modelling on the same surface area. It is the variable that weighs most, and the one that separates a €15,000 phase from a €30,000 one (estimated). The one that weighs most
Equipment and systems to model Each item of equipment and each system that goes into the model is built one by one from the point cloud. The number of systems — process, fire protection, HVAC, electrical — defines the bulk of the office work.
Level of detail of the as-built What is represented and with what fidelity. An enclosure is resolved quickly; process geometry, with its fittings and supports, takes considerably more work.
Update frequency Only for the up-to-date twin: how often we return to the plant, how many drawings are redone, what volume of information is maintained and which licences are included. It is what moves the fee between ~€400 and ~€800/month (estimated).

Fixed-price quote by scope. With those five variables measured during the visit, A3D sets a fixed price and a timescale for that scope, before scanning anything. Scope is the basis of the quote: what is surveyed — metres, equipment and systems — sets the price. Two rooms with the same geometry cost the same to digitise, whether their equipment is worth a million euros or a hundred thousand.

“What exactly do I receive for that money?”

Three things: the real condition of your area in the formats your team works with (RVT and NWD), the navigable point cloud, which is a deliverable in itself, and the project on your platform. The scanning is done in days; the as-built BIM model is delivered in a few weeks, true to the plant as measured.

  • The point cloud, measurable. What the scanner captures of your plant: you navigate it, take dimensions from it and check a distance without going back to the building.
  • The as-built BIM model. What is built on that point cloud: equipment, pipes and systems modelled one by one, in RVT and NWD.
  • At the plant · days. The scanning campaign, with the line running and coordinated with production.
  • In the office · weeks. Registration and modelling: this is where most of the work and most of the price go.
  • At delivery · yours. RVT, NWD, the navigable point cloud and the drawings you need, editable files included.
  • On your platform · the project. The project set up in your common data environment, in its current version and with role-based access.

“What if my plant is huge?”

It is digitised in phases and by usefulness. Each phase — a building, an area, an installation or a process — is quoted at a fixed price of around €15,000 to €30,000 (estimated) and leaves a usable BIM model before moving on to the next. Production and energy areas come to around €30,000 (estimated) because of their density of services; the open floor space of a warehouse is surveyed for considerably less.

  • Open floor space · a 4,000 m² warehouse. Envelope, structure, loading docks and the fire protection network. A lot of surface area that is covered quickly and few elements to model: the cost per square metre is low. Low band: ~€15,000 per phase (estimated).
  • High density · a 400 m² process room. Pipes, ducts, cable trays, supports and equipment on several levels, one on top of another. Ten times less surface area and considerably more fieldwork and office work. ~€30,000 per phase (estimated).

That is why a price per square metre describes an industrial plant poorly: A3D quotes for what is inside the area — geometry, equipment and systems — and that is why it is digitised by usefulness: first what pays off. The natural order is one area → the phases you decide → the up-to-date twin, and what has been done at each step remains useful if you decide to stop there.

“When does it pay for itself?”

The typical saving from an intervention validated on the as-built model is 2.5 to 3.5 times the cost of the survey (estimated). Our clients extend to new areas because they end up saving at least double (estimated). These are averages from our experience: your case is calculated during the visit.

On a €120,000 intervention, surveying the area beforehand comes to around 5% of the project it protects.

  • The cost overruns of correcting on site an error that came from the design: redoing a section of pipe that clashes, moving a piece of equipment that fitted on the drawings but not in the building. You validate the design on the as-built model before carrying it out: corrections are made on the drawings, where they cost little.
  • The delays that build up when the setting out does not match what is really there and the works stop to wait for a solution on the fly. The works arrive pre-built on what exists: budget and schedule start from the plant as measured.
  • Unforeseen production shutdowns when the intervention runs into something the drawings did not show. You intervene with the plant documented to the millimetre — equipment, pipes and systems — so the shutdown is planned in advance and the plan is kept.

Estimated improvement ranges for the sector in validation projects: −90% in unforeseen issues on site, −20% in execution time and 15% material saving; the ~30% of the technical working day spent searching for information is an IDC figure. Your proposal includes the figures for your plant, fixed after the visit.

“How do I start?”

With a visit to the area. You bring six pieces of information: what you are going to intervene on, surface area, density of services, deliverables, access windows and deadline. A3D sees the area on site and you leave with a fixed price and timescale for that scope, before scanning.

Request the proposal for your first area →

“What makes the budget for my area go up?”

Above all, the density of services: a process or energy room, with pipes, ducts, supports and equipment, costs considerably more than the same surface area of open warehouse floor. After that come the surface area to scan, the number of items of equipment and systems to model, the level of detail of the as-built and the scope of drawings.

“How much does it cost to scan an industrial building?”

The scanning of an industrial building is sized by its surface area and by the level of detail of the model delivered afterwards. A3D quotes the whole area — scanning plus as-built model — from around €6,000 (estimated): the scanning is done in days and the as-built model is delivered in a few weeks.

“Can I do it with a surveyor or with my own team?”

Scanning delivers geometry; the value in use lies in the as-built BIM model built on it, with equipment and systems modelled one by one. That is why A3D quotes the whole area: the capture and the model go together and arrive ready for your designer to work on.

“What happens if the scope grows halfway through the project?”

The scope is fixed in writing before scanning: which area, which equipment and systems and which deliverables. If halfway through you decide to extend — another room, more detail, more drawings — that extension is quoted as a new phase at a fixed price, and what has already been contracted stays as it is.

“Who owns the model and the files?”

Yours. The model, the point cloud and the project documentation are delivered in full — deliverables and editable files — and ownership is transferred to the client in the contract.

“Do industrial scanning and BIM providers publish their prices?”

A3D publishes its own. On this very page you will find the entry price for one area — from around €6,000 (estimated) — the band per phase and the fee for the up-to-date twin, so that you can size the decision before asking for a proposal. The final figure is fixed after the visit, in writing and for that scope.

With these six pieces of information we fix your price

  1. The area to intervene on. What you are going to work on, put out to tender or audit.
  2. Approximate surface area and floors. An order of magnitude in m² is enough.
  3. Density of services. Process, energy, technical room, warehouse…
  4. Deliverables you need. RVT, NWD, as-built drawings.
  5. Access windows. Shifts, planned shutdowns, ATEX or restricted-access areas.
  6. The deadline. When you need the model on your desk.
Enrique Collin, Industrial Sales Manager at A3D

Enrique Collin

Industrial Sales Manager

You talk to Enrique Collin: he takes your case, sizes it with the specialist who will survey the area and guides you through to the proposal.

Request the proposal for your first area

Scope you bring from the sizing table:

Tell us your name so that we can address you.

We need a valid email to send you the proposal.

Enrique replies within 1–2 working days with the band for your case and the date of the visit at which price and timescale are fixed.

Received. Enrique replies within 1–2 working days with the band for your case and a visit date; price and timescale are fixed once the area has been seen.

The conversation, live

You have read our side. Tell us yours

15 minutes with a specialist from the team is enough to place your area on this page’s scale. Choose what suits you best:

Book 15 minutes

You choose a slot in the diary and we’ll call you on the number you give us to talk about your area.

Choose a slot →

We’ll call you

Thank you. We will call you during office hours, on the same working day.

We use your phone number solely to call you back. Data controller: A3D · purpose: to handle your request · rights: bim@a3d.es.

Or directly: 935 752 977 · bim@a3d.es · Still sizing it up? Back to the sizing table.