Construction

Modernization and security improvement of the RC Puntijarka tower Project description The project to modernize the RC Puntijarka tower, which is an integral part of the Puntijarka meteorological station, represents a significant step in improving the infrastructure and safety of the facility.For the purposes of this project, a detailed 3D measurement of the perimeter of the concrete columns of the tower was carried out at every three meters of height. The aim of the measurement was to check the deviations and inclination of the columns for the purpose of designing, manufacturing and installing the supports and the staircase structure to the top of the tower. The measurement also included an analysis of the dome at the top and the bottom of the tower landing, with a special focus on planning the construction of the new staircase.The creation of a 3D model of the columns enabled precise planning and design of the steel staircase, railings, and platform that will be placed on the dome. Ovaj pristup osigurao je da konstrukcija bude u potpunosti prilagođena postojećim dimenzijama i specifikacijama tornja, smanjujući rizik od mogućih konstrukcijskih grešaka. Project summary The main focus of the project was on the detailed measurement and analysis of the tower’s concrete columns and the design and installation of a new steel staircase with railing and platform on the dome. This project not only increases the functionality and safety of the tower, but also demonstrates the innovative application of technology in order to improve existing structures. Flexijet 3D measurement and surveying draft operator: Articus d.o.o.Client, designer and contractor of the staircase and platform: Tehno-Elektro d.o.o. Flexijet measurement Flexijet measurements Technical preparation

Canopy construction using the Flexijet device Project description The task was to measure the space between two buildings for the construction of a canopy that would allow for unhindered movement during rain and bad weather. The project required precision due to various obstacles on the facade of the buildings, including air conditioners, chimneys, windows and other structural elements. Challenges Precise measurement of passage between two objects with numerous obstacles Adequate construction of a canopy that must be adapted to existing elements Transferring information to constructors who were not present during the survey The Flexijet device was used to measure the entire space in detail. One of the key advantages of this device is the ability to photograph each measurement point, which allows the precise location of each measured point to be identified later during construction. This feature proved to be extremely useful in the planning process, allowing designers who were not present at the survey to clearly understand the complexity and details of the construction site. The survey process lasted 2 hours, during which every important point of the space between the two buildings was measured in detail and photographed. Thanks to the technology offered by the Flexijet, the team was able to efficiently document and archive each measurement with a corresponding photograph. Project summary Using the Flexijet measuring device, the project of building a canopy between two buildings was successfully realized despite numerous challenges. The technology of measuring and photographing each point proved to be crucial in the precise planning and construction, enabling the team to communicate effectively and implement the plan without errors. This case study serves as an example of how advanced technologies can facilitate complex architectural and engineering tasks, increasing efficiency and reducing the time frame of project realization. Measurement time: 2 hours Flexijet operator for 3D measurement and surveying drawings:Josip Hruškar Project client and executor: Metalkov MB d.o.o.Flexijet 3D device representative: Flexijet East Flexijet measurement Flexijet measurements Flexijet measurements Technical preparation Tehnička priprema Tehnička priprema

Measuring the roof truss in Hamburg Project description Mr. Kai Beck from Aufmassprofi in Hamburg accepted the task to complete the measurement of the roof structure on site and deliver the final CAD file to the client. This building, which is protected as cultural heritage, suffered significant fire damage. It was crucial to accurately measure the damaged roof structure in order to carefully plan its restoration. Contractor: Gospodin Kai Beck, HamburgClient: Privatni investitor Project summary In their initial budget for the restoration, the client had given 40 hours to complete the site survey.After just 7 hours of surveying with the Flexijet 3D system, Kai Beck was able to create an accurate and detailed 3D CAD file. Time required for conventional measurement: 40 hours Time required with Flexijet – 7 hours Time savings: 33 hours Efficiency and accuracy: immeasurable Flexijet measurements Flexijet measurements

Wälderhaus – a synergy of architecture and innovation that accelerates construction Project description “WÄLDERHAUS” (House in the forest) – a project that causes admiration on an international level. As part of the International Building Exhibition (IBA Hamburg), this building is more than an architectural achievement – it is a manifestation of environmental awareness and innovative spirit.The architecture of “WÄLDERHAUS” represents a conceptually new approach to multifunctional buildings. Built at the main entrance of the former International Garden Fair (IGS), this building is a visual symbol of harmony with nature. The wooden facade, as if echoing distant forests, not only gives an aesthetic touch but also symbolizes the basic philosophy of the project – harmony with nature.Within the walls of the “WÄLDERHAUS”, the theme of “forest and wood” seamlessly runs through every corner, from interior to exterior, creating a sense of continuity and connection with the environment.During construction, emphasis was placed on precision and efficiency. The use of prefabricated wooden walls required a methodical approach, which was facilitated by innovative technological solutions. A critical part of the process was the precise placement of these walls, a task that was resolved with the help of advanced Flexijet 3D software and its ability to integrate 2D CAD drawings into an actual three-dimensional space. Project summary The efficiency of Flexijet 3D technology was fully demonstrated by comparing the time required to erect walls on three levels of a building. This 350% increase in efficiency is not just a number – it is proof of how innovation can transform the way we build and interact with the space around us. “WÄLDERHAUS” stands as a proof of the potential of technological progress in the service of sustainable development and construction excellence. Time required for conventional measurement: 21 days Time required with Flexijet – 6 days Saving time and money: 15 days, $18,000 Efficiency and accuracy: immeasurable Flexijet measurement Flexijet measurement Technical preparation