Scan to BIM

Digital Building Information Modelling

The way we understand buildings is changing.

“Scan to BIM” means capturing a space, and turning it into a digital model that can be used for planning, monitoring or managing the built environment, and communicating and sharing project information with stakeholders. GeoSLAM Scan to BIM is a simple way of rapidly capturing essential information about a space, creating a point cloud and importing the data into a BIM software, like Autodesk REVIT.

Why GeoSLAM Scan to BIM?

  • Rapid scanning to create or update a BIM model up to 10 times faster than traditional scanners
  • Cover large areas with GeoSLAM from up to 100 meters away
  • User friendly technology quick and easy data capture that you don’t need to outsource
  • Import, view and interrogate all data captured, and rapidly create valuable 2D and 3D layouts and placements of your site
  • Stairs, small rooms, tight spaces and GNSS denied environments are easy with GeoSLAM
  • Fast, repeatable data capture

Follow the link to our payment plan page where you can get a cost effective quote.

Compatible BIM software

Take your GeoSLAM data into the following BIM software packages.

We’re a member of

We understand the challenges

Save time
Save time

Use GeoSLAM for all data capture on site for rapid information when you need it

Save money
Save money

No outsourcing required, easy and simple handheld scanners

Digitalise your spaces
Digitalise your spaces

Unlock valuable information about buildings through their lifecycle

Compatibility
Compatibility

Easily export GeoSLAM data to third party software packages

Case study 1:
Large family home

Step 1 : Collect data

Where: A large family home in the outskirts of Prague, Czech Republic
Goal : Create a 3D model in REVIT to assist in the redesign of the property
Products used:
ZEB Go, Draw BIM , Autodesk REVIT


The ZEB Go, handheld mobile mapping system was used to collect all data required over three storeys within 8 minutes of turning the scanner on.

Step 2 : Process the data in GeoSLAM Hub and Draw BIM

The data is uploaded to GeoSLAM Hub on site, which creates a 3D point cloud. The point cloud is natively opened in Draw BIM, an add on package to GeoSLAM Hub. Floorplans and sections are extracted, so the data could be aligned and walls squared up. The data is exported in RCP format, ready to be loaded into REVIT.

Step 3 : Modelling in REVIT

A new REVIT project is created, and the technician creates levels and corresponding views, using the point cloud for reference. Walls, doors, windows, the roof, and other key architectural and structural components were modelled. The finished model is LOD (level of design) 300.

Scan to BIM time: 8 hours

Case study 2:
45,000 sqft hotel

Where: Hotel, Southern California. 3 floors, parking garage, 40 suites over 45,000 square feet.

The data was collected in 5 scans, each between 15-25 minutes, using the ZEB Horizon.

Each capture is then imported to GeoSLAM Hub, processed with SLAM, and registered together with the merge tool. The merged data is then brought into Draw BIM to be aligned and prepared for use in Revit.

The point cloud is exported as an Autodesk ReCap RCP project out of Draw BIM. That RCP project is then inserted into Revit to be used as an underlay for accurate and detailed BIM development.

The data is then modelled in REVIT using only native Revit tools.

Modelled to LOD (Level of Development) 300 – Architectural, Structural, Casework and Furniture (No MEP).

Scan to BIM time: 4 days

Case study 3:
University pump room

Where: Pump room at a large university campus.

The data was collected in 10 minutes using the ZEB Horizon and imported into GeoSLAM Hub.

The data is uploaded to GeoSLAM Hub on site, which creates a 3D point cloud.

The point cloud is then natively opened in Draw BIM, an add on package to GeoSLAM Hub.

The data is then modelled in REVIT using the native MEP modelling tools.

Modelled to LOD (Level of Development) 200, all pipes with a diameter larger than 1 inch are included.

Scan to BIM time: 10 hours

Greg Davies of PPM tells us how they use GeoSLAM for As-Built surveys

How does Scan to BIM work?

Scan to BIM combines hardware, advanced SLAM and our Draw BIM software to rapidly deliver accurate 3D models. 

It starts with SLAM
1. It starts with SLAM

SLAM [Simultaneous Location and Mapping] creates a digital model of a site, by using a handheld mobile scanner. 

Capture
2. Capture

Walk freely between
rooms and floors.

Process
3. Process

Transfer the data to
GeoSLAM HUB.

View
4. View

View your digital capture
in minutes.

Create
5. Create

Using GeoSLAM Draw BIM, prep
your point clouds.

6. Where next
6. Where next

Import your data straight from
Draw to Revit or any other compatible BIM software.

Scan to BIM in action

Greg Davies of PPM tells us how they use GeoSLAM for As-Built surveys

“What really stood out was the quality of information captured, which was easily incorporated into a BIM representation using REVIT software. The device was really easy to handle and it was remarkable how much detail we were able to captured in the point clouds. It enabled us to achieve a level of accuracy that would have been impossible with manual techniques.”

BIM Technology Consultant

BIM Technology Consultant

Paragram

“It has exceeded our expectations. We’re seeing a 10 fold increase in building survey productivity.”

Russell Klein

Russell Klein

Archidata

“The first improvement with the GeoSLAM laser scanner was time saving, you’re just walking at a relaxed pace through the building, and its doing the magic for you a far as capturing all of that data.
I don’t think that I’ve ever had one project where I got all the information that I needed, that’s another attractive piece about the GeoSLAM, that you can take one tool out into the field and get everything that you needed. For us GeoSLAM was the perfect fit for architecture.”

Jordan JD Dixon

Jordan JD Dixon

Architect Project Manager at SLA Architects

Talk to us

Book a Meeting

With our Scan to BIM specialist
Book a meeting with Brian to learn more about Scan to BIM and how it could transform your business.

Learn more about our ZEB scanners

Choose one of the following scanners to pair with our Draw BIM software.

ZEB Horizon

ZEB Go

Used mostly for scanning indoors or in underground mines and caves with an IP64 rating. Can be used for applications such as construction/BIM or creating floorplans. Can be used outdoors and has a range of 30m.

ZEB Go

ZEB Revo RT

Real-time processing which means you can visualise the scan as you move. Has a range of 30m and IP51 rating. Used mostly for scanning indoors and utilised for applications such as construction/BIM or creating floorplans.

ZEB Revo RT

ZEB Horizon

 The most flexible of the ZEB family with a range of accessories which makes it suitable for lots of different applications. Can be used to scan indoors and outdoors with a longer range of 100m. Collect data using a UAV or vehicle, or pair with a backpack and GPS antenna for precise location positioning.

The after sales package to get the most from your ZEB products

GeoSLAM Care comes as standard with each new product, and is a comprehensive after sales package where you’ll be entitled to:

  • Hardware support – Up to 3 years hardware warranty to ensure your ZEB is always performing at its best.
  • Remote Software Support – Unlimited software support from our expert engineers.
  • Software Updates – Access to new software releases and all the latest features.
A resource library for all your user needs

GeoSLAM Academy hosts all the resources and materials you need to get the most from your ZEB, and it’s free to any GeoSLAM user. Here’s some of the resources you’ll have access to:

  • Hardware and software user guides
  • Training videos
  • Best practice guidelines
  • How to use GeoSLAM data with third party software
  • Webinar recordings

Spread the cost of GeoSLAM Scan to BIM, with our new payment plan

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