Start your projects accurately with professional topography and geodesy services.

Determination of land plot turning points is one of the essential surveying services and is carried out to accurately define the boundaries of a land plot on site (in situ). During the service, the turning points of the land plot are located on the ground based on existing coordinate data and refined using precise geodetic measurements.

Accurate determination of turning point coordinates is required to confirm actual land boundaries, verify compliance with documentation, and support cadastral and legal procedures.

This service is commonly used for cadastral measurements, boundary clarification, and prior to land sale, transfer, or other legal transactions.

Service execution stages

• Site visit to the land plot

• Identification of turning points on site

• Geodetic surveying measurements

• Calculation of turning point coordinates

• Delivery of measurement results to the client

Required document

• Land plot extract containing coordinate information

Execution time

• 24 hours

Service fee

• 150 AZN for 4 turning points

• 20 AZN for each additional turning point

Note

• Measurements are performed on site (in situ)

• The service applies to land plots with existing coordinate data

• Site access must be provided by the client

Scan to BIM (Building Information Modeling) technology enables the collection of precise measurements of existing structures using 3D laser scanning and converts this data into a digital building information model (BIM). This technology is faster and more accurate compared to traditional measurement methods.

Data obtained with 3D laser scanners provides high accuracy, with site measurements performed once and instantly converted into digital format. This approach reduces project timelines and facilitates as-built documentation of existing structures. Additionally, Scan to BIM simplifies coordination among project participants, enhances collaboration, and optimizes change tracking.

Leading companies in this field include IMAGINiT Technologies, TrueCADD, United BIM, Survey2Plan, and Virtual Building Studio. These companies provide high-quality BIM models, precise topographic data, and fast project delivery services.

Scan to BIM technology increases accuracy, speed, and reliability in measurement works, creating a transparent and efficient work environment for all project participants.

3D laser scanning of buildings is a high-speed, high-precision geodetic survey that creates a detailed 3D model of a structure. The model accurately shows the real geometric parameters with up to 1 mm accuracy and is used for design, renovation, or volume calculations. The processed point cloud enables creating 2D or 3D models, drawings, or sections. Our equipment scans up to 2 million points per second, with a maximum range of 130 meters and 1 mm precision.

What is the result of laser scanning?

• Task-specific point cloud file

• 2D and 3D drawings (.dwg format)

• Volumetric digital model (.dwg format)

• BIM model

• Fast field work (up to 2 days) and office processing (up to 4 days)

Where is laser scanning used?

3D laser scanning is widely used for surveying and modeling various objects:

• Residential buildings and structures

• Facade survey

• Interior rooms

• Terrain and land surveying

• Rock and landslide areas

• Statues, sculptures, figures, and models

For the design process, it is crucial to have accurate and complete data about the object. Manual total station surveying of complex architecture causes many difficulties, which laser scanning easily solves.

Goals and Advantages of Laser Scanning

This modern method is far more efficient than classic total station surveying. It enables faster work, captures fine details with 1 mm accuracy, and easily scans industrial objects with complex geometry.

Laser scanning is used for:

• Construction

• Inspection and renovation of buildings and structures

• Solving various engineering tasks

• Restoration works

High-quality digital models allow recreating any selected room or entire building in detail.

Advantages of Laser Scanning

✅ Minimal error and maximum speed
✅ High detail: 3D and 2D models identical to the original
✅ Minimizes human involvement, increases safety, reduces errors
✅ Overall cost is lower than traditional methods
✅ Accelerates design phase
✅ Enables scanning of areas over 1000 m²

4 Stages of Laser Scanning

1️⃣ Technical task: The actual situation is studied and a precise technical task is prepared. Our specialists help clients with reconnaissance and task preparation to avoid delays.

2️⃣ Commercial offer: A detailed quote is made based on area, number of scanning stations, and point density. Once agreed, a contract is signed and timing is scheduled.

3️⃣ Field work: An engineer visits the site and carries out measurements according to the technical task and national standards. Control points are installed and step-by-step 3D scanning is done.

4️⃣ Office processing: The collected data is processed with advanced software and final models and drawings are delivered to the client.

Drawbacks of Total Station Surveying

Total station surveying increases project budgets and time due to:

• Difficulty measuring hard-to-reach areas

• Long and complex office processing

• High time and labor costs

• Incomplete information

Aerial Laser Scanning

Another method is UAV-based aerial scanning. The main purpose is terrain or facade surveying to produce maps for large areas (scale from 1:500 to 1:5000). Our scanners have cameras that produce true-color point clouds.

Capabilities:

• Up to 30 hectares aerial survey in 30 minutes

• Vertical take-off and landing

• Operation in limited spaces

• Precise terrain following

• Operates in temperatures from -20°C to +50°C

• Aerial scanning altitude up to 0.5 km

• Minimum accuracy 5 cm

Our Equipment

• Leica RTC360 — portable high-speed 3D laser scanner: 2 million points/sec, up to 130 meters, 1 mm accuracy, automatic on-site registration.

• Leica TS07 R1000 — high-precision total station with reflectorless measurement up to 1000 meters, auto-tracking, and fast measurement.

The scope of measurement works depends on their category. For example, during architectural measurements (facade surveying), cross and longitudinal sections, heights, distances from the floor to window openings and to the ceiling, as well as the lengths of diagonals in rooms are measured, and the building’s profile is prepared. During construction, the materials of walls and ceilings are additionally clarified, load-bearing structures are identified, and utility lines are measured. Based on the results, a report is prepared, measurement drawings are produced, and an electronic 3D model of the surveyed object is created.

During the work, the dimensions and relative positions of walls and partitions, door and window openings, and sanitary equipment are determined, and the area of the rooms is calculated. Based on the measurement results, a technical plan is prepared. To organize the interior space, drawings may be required showing the parameters of the suspended ceiling, as well as the layout of electrical wiring and low-current lines, the locations of electrical, computer, and telephone outlets, and ventilation systems.

Interior measurements:

1. Preparation of building specifications (room explanations)

2. Preparation of floor plans of buildings

Facade measurements:

1. Preparation of facade plans

2. Profiling of buildings

Objects, land plots, and buildings are measured to determine their geometric parameters. Measurement work is ordered for project design as well as for updating an existing project. Our service performs measurement work for utility networks (pipelines, electrical networks), construction sites, quarries, and areas intended for landscape design.