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The company Skala 3D built its foundations on conventional measurements still before the “GPS era”.
We have large experience both in providing typical surveying services and in fulfilling non-typical orders, according to the client’s needs.

Our offer includes:

subdivisions and boundary surveys;
setting out of structures and utility service lines;
as-built surveys (comprehensive surveying documentation);
reestablishment of boundary marks;
surveying services for construction projects;
displacement monitoring;
maps for design purposes;
topographic maps.

Equipment that we use in our work

2 PROFILE SCANNERS Z+F PROFILER 9012

SOKKIA NET05 AX TOTAL STATION + 3-DIM OBSERVER SOFTWARE

SOKKIA SDL1X DIGITAL LEVEL + PAIR OF INVAR RODS

TRIMBLE SPS881 SMART GPS ANTENNA

Z+F IMAGER 5010 SCANNER + M-CAM CAMERA + 2 SETS OF MEASUREMENT DISKS

2 ZEISS NI 020 A 02 OPTICAL LEVELS

GNSS TOPCON HIPER II RECEIVER

NIKON NIVO 2.M DUAL FACE 2 TOTAL STATION

Surveying services for construction projects

We provide surveying services under different types of construction projects: housing development projects, road and rail construction projects, and utilities infrastructure projects. We have state-of-the-art equipment, complemented with the use of modern processing technologies.
The scope of our services is always based on an individual approach to the client’s needs. Our conventional services include the following:

Our conventional services:

surveying services for high-rise housing projects
surveying services for single-family housing projects
surveys of overhead crane tracks

Deformation Monitoring

By making periodic scans of a given object, it is possible to determine the level of deformation and wear and tear of the shafts, shaft stations, shaft equipment, hoist machinery and other. It allows us to determine the spatial distribution of deformations. The conventional methods do not provide such possibility. They are based on the determination of changes in control points, which gives a very general representation of an object. Laser scanning, on the other hand, provides a highly accurate spatial projection (up to millimeters), which allows us to perform any differential analysis and identify zones that are particularly prone to shape, location or deflection changes.

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What does scanning guarantee?

AUTOMATION
Automation of measuring and diagnostic operations.
MILLIMETER ACCURACIES
Accuracies in the order of 1-3mm.
NON-INVASIVENESS
Remote measurements without stopping the operation of equipment.
SPATIAL MEASUREMENT
Surface inspection of the entire object being measured – millions of XYZ points measured.
DEFORMATION MONITORING
Verification of the condition of objects changing in time.
REDUCED NUMBER OF PERSONNEL REQUIRED
Fewer persons involved in measurements.
SHORT MEASUREMENT TIME IN THE SHAFT
Two days in the case of conventional methods and only up to one shift if mobile laser scanning is used.
ECONOMIC BENEFITS
Short shaft downtime.

Maps for Design Purposes

A necessary element of almost every construction project is a building permit. An obligatory part of this process is to create a map for design purposes, which is covered by the provisions of surveying law. Such a map is prepared by updating the topographic map and at the same time it is to serve as the base map on which a design will be based. To make such maps, we use various technologies according to the accuracy requirements. The output format primarily depends on how the principal maps are represented in the relevant surveying and mapping center or on the client’s individual preferences. As the final product, we provide to the client a map in analog or digital form in CAD format.

Mopographic Maps

We make topographic maps which serve as necessary base maps based on which designers and building contractors work. We use various types of equipment, from a traditional total station to satellite receivers. Each time, the making of field measurements and the preparation of maps are preceded by a detailed field reconnaissance and a reconnaissance in the relevant institutions.

Filed Meansurement