With 2,800 stores, the DM pharmacy is one of Europe’s largest supermarket retail brands and is continuing to grow by around 10% annually.
In order to allow efficient building management, DM has measured the premises of its 1,350 German stores. To ensure the data was captured efficiently, quickly and accurately, the company opted for a solution using 3D laser scanners.
Complete documentation of the store areas and ancillary rooms enable optimum management of the areas, while shelf planning and modification measures can be arranged efficiently.
With the three-dimensional measurement, the joiners obtained the very latest store data, allowing for new photographic counters to be planned precisely in advance and their individual elements to be fitted accurately.
During the 3D Documentation Conference in Andechs the participants are given the opportunity to visit the 3D exhibition in an designated area at the Abbey and meet FARO’s 3rd party partners, who showcase their latest 3D Documentation products.
The Award Ceremony for the best idea about the future of laser scanning (developed during the teambuilding) took place at the Florianstadl in Andechs. Below you’ll find the best impressions from the evening event.
Yesterday’s impressions from the workshops and brainSTORMING at FARO’s 3D Documentation Conference in Andechs – from the Middle Ages into the bright future of 3D laser scanning…
The fourth European 3D Documentation Conference takes place in a beautiful scenery in Bavaria. Seen from miles around atop Holy Mountain above the eastern bank of Ammer Lake, Andechs Monastery is the oldest pilgrimage church in Bavaria and since 1850, an asset of the Benedictine monastery, St. Boniface, in Munich.
The participants of FARO’s User Meeting noticeably enjoy the conference at the Monastery and its amazing surroundings.
In the afternoon workshops of our 3D User Meeting, participants go into detail choosing from a range of themes around architecture, mobile mapping, factory design and software. Stay tuned for more in-depth content later in the day.
Our morning at the Abbey was full of exciting stuff with 3 power speeches in the Florianstadl featuring industry experts on:
• Large 3D Scan Documentation in Retail
• Laser Scanning Gomantong Cave: creation of the world’s most complex photorealistic cave model
• An Airbus experience: 3D modelling in part environment
In the coming 2 days we will provide you with the latest from the world of 3D documentation and laser scanning technology.
The conferece started this morning with the industry and FARO news by Managing Director Ralf Drews. Then we kicked-off with keynote Bernd Becker, Chief Technology Strategist about the latest 3D Documentation technology news.
The FARO Laser Scanner X-family continues to grow: The youngest member is the Focus3D X 130. The ultra-portable powerhouse is ideal for medium-range scans.
The offspring in the X-Series is mobile and scores with a compact design and flexibility. Perfectly suited for indoor and outdoor scans.
The mobile laser scanner almost instantly generates measurement data, for example, of complex facades, building structures, and production or accident sites.
The laser eye offers reliability even in full sunlight. The integrated GPS receiver automatically ensures that the scans are properly assigned and aligned while processing.
Just last year, FARO surprised the market with the long-distance Laser Scanner Focus3D X 330, which is equipped with a range of up to 330 meters at the start.
Like its big brother, the Focus3D X 130 is as easy and intuitive to use as a smartphone. With a scan radius of 130 meters, it is an ideal companion for applications in architecture, civil engineering, facility management, manufacturing, forensics or Building Information Modeling (BIM).
Building Information Modelling (BIM) is still quite a young tool for optimising processes in construction and in operating buildings. The planning and management of buildings are combined into a joint process within a digital model. The aim is to link information about the building’s construction and building components with usage-related and functional data. The starting point for this is a three-dimensional building model that reproduces the structural components of the building and the spatial situation.
Depending on the desired level of detail and the correspondingly adjusted resolution of the scan recording, a 360-degree scan takes between two and 15 minutes – colour scans take a little longer. If several scans are required for the measurement, sensors integrated into the scanner simplify the positioning of the individual scans within the overall model. The sensors automatically allocate an elevation reading and orientation to the scan data. In this way the individual scans can then be merged easily with software support to form an overall spatial model.
Established architecture and BIM software solutions such as AutoCAD Architecture, 3D-Studio Max Design, Autodesk Revit Architecture, Archicad, Vectorworks or Bentley’s Microstation allow direct import of the 3D scan data. This means that the 3D data is available to planners in their familiar CAD environment.
Data available anytime anywhere
The 3D model generated in this way can be continually expanded and updated with usage and operating data: for example the costs and qualities of conversion work, maintenance and repairs. The digital, 3D building model can be retrieved anywhere and even visited on a virtual tour providing the ideal basis for decision making processes. At the same time, all of the data for area and quantity surveying, as well as all other building properties and costs, is available in the complete datasets at anytime and anywhere – and is always up to date. In this way, BIM means that the overall context can always be kept in mind when planning – for example how conversion plans relate to the building’s surroundings. Possible consequences for items like maintenance and repair are immediately visible.
Using BIM software solutions, all those involved in the project have constant access to current, cumulative building data from all disciplines. This means that cross-discipline planning and project management is possible. At the same time, the BIM model eliminates documentation deficiencies and information loss at the interfaces between disciplines. Web-based software solutions like SCENE WebShare Cloud by FARO also enable processing to be carried out irrespective of time and place.
SCENE Webshare Cloud
With SCENE WebShare Cloud, all 3D documentation data can be stored in the “cloud”, and scanned projects can be displayed quickly and shared with various project partners. In addition, the data and measurements are available in the long term and anywhere at all – including via smartphone or tablet. When using SCENE WebShare Cloud there is always sufficient server capacity available, no matter how many users are accessing it or how much data is being stored. The solution adapts perfectly to requirements at any time, in terms of processing power and storage space.