Auchan Baia Mare hypermarket has a total area of approximately 19200sqm. Digitization was done by 3D scanning. A total of 547 outdoor scanning stations were performed. The "cloud to cloud" recording resulted in an overall accuracy of +/- 3.6mm.

The scan was performed to provide the design company with the cloud of RGB points in order to prepare the 3D model and generate the level plans, sections and elevations.

• low and medium color resolution scanning
• 110 indoor and outdoor scanning stations
• indoor and outdoor cloud-to-cloud recording
• inner-outer connections on spheres
• 138 links, 1.57 billion points
• 3.4mm recording accuracy

The 3D scanning was performed with the Leica RTC360 laser scanner, the purpose of the scan was to generate level surveys, facade plans and longitudinal and transverse sections in order to carry out the DTAC project.

• scan average resolution 6mm @ 10m
• indoor & outdoor color scanning - 360 HDR panorama
• cloud-to-coud recording & spheres & targets
• georeferenced in Stereo '70 system
  

Interior scanning performed with the Leica RTC360 laser scanner. # 3D scanning was performed for a design firm in order to make a three-dimensional model of the living area for further design of this area.

• 6 scanning stations with average resolution 6mm @ 10m
• cloud-to-cloud registration
• recording accuracy +/- 1mm
• georeferencing on black & white targets precision +/- 3mm
• 3D modeling of the point cloud
  

The verification of the planimetric and altimetric installation of the concrete pillars was performed using the scanning method with Leica # RTC360.

• 17 high density scanning stations (3mm @ 10m)
• registration and georeferencing by the combined method: spheres and cloud-to-cloud.
• Final precision of the network: +/- 3mm
  

The scan was performed for the generation of orthophotoplanes of the facades in order to be vectorized for the production of their surveys.

• to cover both facades, scans were performed from 7 positions
• the general accuracy obtained after registration was 3.9mm.
  

The shopping center has a total area of approximately 22000sqm. Digitization was done by # scan3D with #laserscannerLeica # RTC360.

• 414 outdoor and indoor scanning stations.
• "cloud to cloud" recording, general accuracy of +/- 3mm.
  

For this restoration project we helped the designers with 3D scanning, generation of facade orthophotoplanes and vectorization of elevations.

The purpose of the 3D scan was to generate the point cloud that was georeferenced in the building's designed system. The verification of the concrete structure was done by comparing the designed elements (CAD) with the executed elements (point cloud). The total area scanned was 6000sqm.

3D scanning was performed to determine the quantities of thermal and waterproofing material of 4 thermally rehabilitated buildings. The following quantities were determined:

• terrace waterproofing material
• thermal insulation material walls
• thermal insulation material parapets
• carpentry windows
  

• 40 scanning stations, sphere and cloud to cloud registration
• 3.5mm registration precision, 2.3mm georeferencing precision
• 3D modeling of a sorter
• total scanning time - 3.5 hours
• total import & registration time - 10 hours
• total 3D modeling time - 25 hours

🎦 View this 3D Model🎦

We performed a 3D scan of the built concrete structure in order to provide the designer with the as-build facade drawings necessary for the design of the windows closures.

• laser scanner used Leica RTC360
• sphere registration (90%) and cloud to cloud (10%)
• georeferencing on black & white targets

◼️ 3D scanning concrete structure - with laser scanner Leica RTC360

◼️ point cloud modeling for 3D model generation (BIM)

◼️ stake out the axes of the building on the facades

This project was made for the design of glass enclosures and stake out in the field of the elements necessary for the assembly.

🎦 View this 3D model🎦

Industrial premises and offices for which a 3D laser scan was performed with the Leica scanner # RTC360 in order to generate as built plans for : floors, facade and cross sections.

Fashion House Group is building in the eastern part of Bucharest a new shopping center with opening scheduled for 2021. Our teams perform 3D scanning of the entire building for 3D inventory and for as built plans necessary to determine the surfaces according to the #BOMA standard and for the registration of the construction in the Land Book.

• GLA - 12590 sqm
• 93 stores
• 868 parking spaces

An emblematic hotel of Bucharest located between the Roman Athenaeum and the Royal Palace. This building, over 100 years old, has gone through two World Wars, as many catastrophic earthquakes, it was bombed, it was fired with a machine gun at the Revolution but it survived and is today superb and imposing. The new wing of the hotel is in the process of modernization and we helped with #3Dscan and #3Dmodel for beams and floors.

3D scanning with Leica RTC360 laser scanner and point cloud processing for 3D - BIM model generation.

• 75 scanning stations
• 143 links
• registration with sphere and C2C
• georeferencing on B&W targets
• 3.2mm global network error

The 3D model was handed over to the architecture company in .dwg and .obj format.

🎦 View this 3D model 🎦

• 14 scanning stations
• registration with spheres
• georeferencing with B&W targets
  
• global network error +/-2.2mm

🎦 View this 3D model 🎦

Interior and exterior 3D scanning performed with Leica #RTC360 to generate the complete 2D documentation required in the design process for school modernization.

• 2900 sqm total area
• 300 scanning stations
• 611 network links
• sphere and C2C registration
• georeferencing with B&W targets
• +/- 3.8mm accurate network

The following documents were handed over: situation plan, level 2D drawings, facade plans and sections.

• Drone used DJI Phantom 4 Pro
• 397 aerial images
• 1.34cm GSD
• 13 - 3D control points
• 1 - 3D checkpoint

✅ 16 scanning stations
✅ scan at medium resolution 6mm @ 10m
✅ 45 network links
✅ registration accuracy +/- 3 mm
✅ C2C registration
✅ georeferencing on B&W targets

2D surveys in dwg and pdf format were handed over for each level of the executed beams and concrete slabs.

• medium and low resolution scanning
• BW scanning inside & color scanning for outside
• C2C registration and spherical targets
• 219 scanning stations
• 363 network links
• 4.5mm network vector error

The purpose of the 3D scan was to produce ✍🏼 2D as built documentation in order to start the design procedure for the restoration and consolidation of the church ⛪ Cascioarele.

This historical monument building is located in Bucharest old center near the National Bank of Romania. The building will be rehabilitated and transformed into a class A space, with office and retail spaces. 3D scanning was performed to generate interior surveys and facade plans. 3D scan parameters:

• 154 scan stations
• C2C and sphere registration
• 3.4mm registration accuracy
• 6mm georeferencin gaccuracy

3D Model of an underground rainwater retention basin that serves a shopping center in Bucharest. The measurements were made for determination of total volume / storage capacity of the tank, and were performed classically (with the total station Trimble S5), due to wastewater remaining on the bottom of the basin.

View 3D model of the tank

• medium and low resolution scanning
• B&W indoor and outdoor scanning
• C2C registration and spherical targets
• 96 scanning stations
• 191 network links
• 4.1mm global network vector error

3D scanning with Leica RTC360 laser scanner for generation of as built plans and characteristic sections for two buildings structural expertise.

• medium and low resolution scanning
• interior and exterior scanning
• C2C registration and georeferencing
• 335 scanning stations
• 611 network links
• +/- 2.2mm network error

This work was performed to verify the integrity of the metal structure ⛑️ and to confirm the safety in operation.

#TotalSurvey #FasterBetterSmarter #Scanare3D #3DScanning

We used 3D scanning technology to generate 2D as-built deliverables of an construction in order to prepare the technical expertise project of the building.

• interior plans
• facade plans
• longitudinal section
• cross section

The 3D scanning measurement method was used to generate the facade surveys of a historic monument building located in Bucharest. A total of 64 medium (6mm @ 10m) and high resolution (3mm @ 10m) scanning stations were performed using the Leica RTC360 laser scanner.

2D deliverables:

• facade plans - 1:50 scale

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• 2D plans
• 3D model

Due to the high degree of detail, drawing the facades of historical buildings is a challenge. With #3D scanning technology this operation is much simplified. To generate the elevations of the facade, we used the Leica RTC360 laser scanner. The exterior of the historic building was scanned, a total of 45 3D scanning stations were made using scanning resolutions of 6mm@10m and 3mm@10m. The point cloud was registered and georeferenced and later it was processed to generate the elevations of the facade.