Technical information on the services offered by 3D Scan Bat

In our "Technical Information" section, we explore the technologies and methods that are transforming the digitisation of buildings and architecture. We give you an overview of the tools and techniques we use on a daily basis, highlighting case studies and practical applications.

Technology Matterport and Virtual Tours

As part of our projects, we use Matterport technology to create interactive virtual tours. These tours enable estate agents and brokers to present properties in an immersive way, making it easier for customers to visualise spaces. For example, when marketing large buildings, the virtual visit makes it possible to show each floor and flat without having to physically move around, which is particularly useful for international customers.

3D Building Scanning and Lasergrammetry

Le 3D scanning of buildings lasergrammetry is a key technique in our services. We use this technology to capture precise data on the structure and condition of buildings, often used for renovation or heritage conservation. For example, when restoring a historic building, 3D scanning provides detailed information on dimensions and architectural features, enabling precise planning of the work.

Point clouds and schematic planes

The point clouds generated from our readings are essential for creating 3D models and schematic drawings. This data is crucial for architects and engineers when working on building modification or extension projects. For example, for a project to extend a commercial space, the point cloud can be used to visualise existing constraints and design extensions that are in harmony with the existing structure.

3D digitisation and BIM models

We use 3D scanning to create BIM models (Building Information Modeling), which are complete digital representations of a building. These models are used for in-depth analyses, such as energy optimisation and infrastructure management. For example, for an energy refurbishment project, a BIM model can be used to simulate the impact of different improvements and to select the most efficient solutions.

In this category, we share concrete examples of how these technologies are being applied in our everyday projects, offering a glimpse of the possibilities and benefits they can bring. Whether you're an architect, property manager or technology enthusiast, our "Techniques" section offers you a valuable source of information and inspiration.

ARCHICAD: Swiss B2B 3D modelling service

Explore our 3D building surveying services optimised for ARCHICAD. As specialists in Switzerland, we transform point clouds into accurate BIM models for architects using BIMmTool.

Measure a staircase and handrail with a laser scan

How do you measure a staircase? Read our article dedicated to traditional methods and our 3D laser scanner measuring technique.
Information model on the construction of the steel structure3dscanbat.ch

3D File Formats in Engineering and CAD

There are countless 3D engineering and CAD file formats. Check compatibility before ordering, and ask for a test file.
Perspective 3 of a BIM model for detailed and precise architectural design

Renovating a house in Switzerland

Discover our complete guide to renovating old buildings. Learn about the key stages, from initial assessment to detailed design, and explore the grants available to make the most of your project in Switzerland.
3D illustration of a residential house with red roof, light beige walls, glass veranda and separate unit on a green plot. Illustration of the 3D Architect Plan page3D Scan Bat

Integration of 3D/BIM model files in CAD software

Explore best practice for file exchange in BIM workflows, with a focus on ARCHICAD, IFC, PLA and STEP conversion for Autodesk. Discover how to optimise collaboration in your construction projects.
The image shows a multi-storey building The building is scanned in 3D, giving the image a pixelated, grainy appearance. The colours appear unrealistic and over-saturated, which is typical of 3D point cloud images used in building information modelling (BIM) or computer-aided design (CAD).3D Scan Bat

Point cloud : File format for CAD software

This article explores the point cloud file formats available and their compatibility with the main computer-aided design (CAD) and computer-aided drafting (CAD) software, offering architects effective solutions for making full use of digitised data.

Atis-Cloud Virtual Tour, using the functions

Virtual tours have evolved considerably to offer immersive and interactive experiences. At 3D Scan Bat, we strive to provide our customers with complete solutions for an in-depth understanding of their projects. In addition to our 3D BIM models and architectural drawings, we also offer Atis-Cloud virtual tours that can be shared using a simple HTTPS link.

3D/BIM model verification using Point Clouds

By integrating the point cloud into modelling, 3D Scan Bat takes precision to new heights. Each 3D or BIM model incorporates its own point cloud, offering exceptional fidelity to reality. Thanks to this approach, meticulous verification, the revelation of differences and immersive collaboration become tangible realities. The benefits of this synergy between models, BIM and point clouds transcend traditional boundaries, redefining the standard of accuracy in every construction project.
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Colour Architectural Drawings - 3D Scan BAT

At 3D Scan BAT, we're committed to making life easier for our customers by offering an architectural plan printing service. We understand that the paper version remains an essential element in bringing your architectural vision to life, in addition to the digital version that we send you. That's why we offer a high-end plan printing service with vibrant colour prints on 80g/m2 paper for A4 and A3 formats, as well as accurate Plotter prints on 90g/m2 paper for A2, A1 and A0 formats.
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To BIM or not to BIM, 3D model or BIM?

The difference between a "3D model" and a "BIM model" is significant. A 3D model is essentially a visual and geometric representation of an object, whereas a BIM (Building Information Modeling) model goes much further. It incorporates not only the geometric aspects, but also the detailed information associated with each component of the building, such as technical specifications, performance, costs, schedules and so on. In this way, the BIM model is an intelligent, parametric representation that facilitates collaboration between the various players involved in the project throughout its lifecycle.