Dubravko Flexi

Reconstruction of a historic building on Kaptol

Reconstruction of a historic building on Kaptol Project description One of the main challenges in this project was the measurement and fabrication of new wooden glazed fixed walls, windows and doors on the building. The windows, almost 3.5 meters high and 2.8 meters wide with arched ends, presented a particular challenge due to their complex geometry and historical importance. In order to achieve an appearance identical to the original, it was crucial to ensure detailed and precise measurement of all elements.The Flexijet 3D measurement system proved to be the ideal solution for such complex requirements. This advanced technology enabled: Detailed measurement: Every dimension, angle, and arch of windows and doors are precisely measured, ensuring complete accuracy without the need for additional adjustments. Technical preparation: The data obtained was used to create technical drawings necessary for the production of elements. CNC manufacturing: All elements were made using CNC technology based on precise measurements, which eliminated the possibility of errors.Time saving: Trial measurements and template making were avoided, which accelerated the process and reduced costs. Project summary The application of Flexijet 3D technology ensures: Authenticity: The appearance of the new windows and doors fully matches historical patterns, which was crucial for meeting conservation standards. Precision: All elements fit perfectly into the existing structure without the need for additional adjustments. Efficiency: The project was completed within the planned deadline thanks to the speed and precision of the technology.The reconstruction of historic buildings, such as the one on Kaptol, requires a combination of conservation sensitivity and modern technology. The Flexijet 3D system has proven to be an indispensable tool in projects that require exceptional precision and authenticity. Flexijet surveyor and survey draft preparation operator: Articus d.o.o., ZagrebContractor and production, supply and installation: Windor d.o.o, ZagrebFlexijet 3D device representative and 3D measurement service provider: Studio Element d.o.o., Zagreb Flexijet measurement Flexijet measurement Technical preparation

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RC Puntijarka

Modernization and security improvement of the RC Puntijarka tower

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

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Measurement, furniture design and technical preparation of furniture – custom bathroom construction

Measurement, furniture design and technical preparation of furniture – custom bathroom construction Project description Measuring the position for making bathroom furniture to hide the hot water tank, gas boiler and central heating installation. A small and cramped space with many objects requires very good preparation in designing and making custom-made furniture. Devices like Flexijet come to the fore in such situations.With the Flexijet device, we took accurate CAD measurements of all relevant positions in the space, after designing the furniture with the MegaTISCHLERpro CAD/CAM software, we received high-quality technical preparation for making the furniture. The complete furniture was made with CNC machines, drilling and milling prepared with a combination of Flexijet and MegaTISCHLERpro programs, they “laid” perfectly in their place in the new bathroom. Project summary Since every mm was important in this space, we carried out the project in this way.This project demonstrates the exceptional compatibility of the Flexijet 3D device with all standard CAD/CAM software. Client: dizajnerica interijera Ivana Kuzmić, akademska slikaricaContractor:  Studio element d.o.oProject manager: Edo Aganović Flexijet measurement Flexijet measurements Technical preparation

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Križnica skela

Modernization and reconstruction of the scaffolding for transport across the Drava River

Modernization and reconstruction of the scaffolding for transport across the Drava River Project description The project to modernize the ferry for transporting people and vehicles across the Drava River represents a key step towards improving infrastructure and transport capacity in the region. The reconstruction includes the replacement of steel pillars connecting the two banks of the Drava River, with the use of steel cables to connect the steel ferry. The aim of the project is to increase the carrying capacity and capacity of the ferry, thereby enabling safer and more efficient transport of cargo and passengers. The existing columns were surveyed for the purpose of detailed reconstruction planning. The analysis of the main load-bearing elements, connecting elements and fastening plates was carried out to ensure the stability and durability of the new structure. The steel columns, designed as lattice girders, were chosen for their versatility and strength, making them ideal for use in structures such as scaffolding. Lattice girders provide excellent load distribution and resistance to external influences. The new steel scaffolding, larger than the existing one, was designed with the aim of significantly increasing the load capacity – from 20 to 30 tons of cargo. In addition, the new construction will be able to accommodate a larger number of vehicles and passengers, increasing the capacity from 6-7 vehicles to 8-10, and the number of passengers from 20 to 50. Project summary The core of our project success lies in the innovative use of 3D measurement using the Flexijet system, which enabled extremely precise measurements of the existing steel columns and scaffolding structures. Thanks to this technology, we were able to plan and design the reconstruction in detail with significantly improved characteristics compared to the previous one. Project contractor: Flexijet 3D mjerenjeNaručitelj i konstruktor: Omnimont d.o.o. 3D measurement and survey drawing preparation operator: Articus d.o.o. Flexijet measurement Flexijet measurements Technical preparation

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Konstrukcija nadstrešnice

Canopy construction using the Flexijet device

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

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Measurement of the substructure of hotel food serving counters for their cladding in Laminam.

Measurement of the substructure of hotel food serving counters for their cladding in Laminam. Project description In the luxurious hotel environment of the Grand Hotel Adriatic in Opatija, where aesthetics and precision play an extremely important role, we were faced with the challenge of measuring the substructure of hotel food serving counters that will be clad in Laminam. The main goal was to enable perfect cladding of the counter with Laminam, with the accuracy required for irregular lines and demanding surfaces. Using advanced 3D measurement technology with the Flexijet system, this project was realized with outstanding results. Challenges Design complexity: Hotel counters are shaped with irregular lines and angles. Each surface required precise measurement to determine the exact angles and dimensions for Laminam processing. Demanding surface: Counter surfaces are designed so that the cladding requires minimal tolerance for deviations. Measurement errors could result in improper Laminam fitting and additional costs. Auxiliary counters: In addition to the main counter, two auxiliary counters had to be perfectly aligned with the main counter along the aesthetic line. Solution – Flexijet 3D Technology To ensure millimeter-level accuracy, the Flexijet 3D system, the leading technology for 3D laser measurement, was used. This tool allowed us to: Digitally measure the substructure of existing counters: A 3D model of the counter with precisely defined geometry of all irregular lines and angles. Accuracy on every detail: Laser reading ensured millimeter precision even on the most demanding surfaces. Easy integration with production software: The obtained data was immediately transferred to CAD programs for design and material preparation. Measurement procedure The Flexijet 3D device was installed in the hotel space, and the counter was measured in all dimensions. The measurement also included surrounding elements, in order to further optimize the adaptation of the counter to the space. Each surface was measured to obtain the exact angles and dimensions, and the data was immediately displayed on the computer model. Results and conclusion Precision: All materials, including Laminam for cladding, were processed based on the 3D model, eliminating the possibility of deviations during assembly. Aesthetic harmony: The counter and auxiliary elements are perfectly integrated into the space, with a flawless visual impression. Time Savings: Flexijet 3D enabled fast and accurate preparation, reducing the need for additional adjustments in the field. The application of Flexijet 3D technology in this project has proven the importance of precise measurements in demanding environments. From irregular lines to precise Laminam cladding, every step was carried out with the utmost care and technological support. This technology not only saves time and reduces costs, but also provides our clients with superior quality and reliability. Flexijet 3D has once again clearly demonstrated its value as an indispensable tool for complex architectural and design projects. They participated in the project Flexijet operator for measurement and draft preparation: Articus d.o.o. Design, manufacture and installation: Tavela d.o.o. Flexijet operator for measurement and draft preparation: Studio Element d.o.o. Flexijet measurement Flexijet measurement Flexijet measurements Technical preparation Technical preparation Finished product

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Precise measurement and custom furniture design for a private house on the island of Silba

Precise measurement and custom furniture design for a private house on the island of Silba Project description ChallengeThe renovation project of a private house interior on the island of Silba required precise measurements of the entire interior to create custom kitchen elements, wardrobes, and other bespoke furniture. The main challenges were: Transport limitationsSilba is connected by ferry lines, complicating the logistics of transporting materials and equipment. There are no roads on the island, and personal vehicles are not allowed, making on-site transport even more challenging. Precision requirements:Due to the distance and difficult transport conditions, it was crucial to ensure that all furniture was accurately manufactured in the workshop, eliminating the need for adjustments or modifications during on-site installation. Flexijet operator for measurement and draft preparation: Articus d.o.o.Design, production, and installation: Studio Element d.o.o. Solution To ensure accurate measurements and production, the Flexijet 3D measurement system was utilized. This technology enabled: Quick and precise measurement of all necessary positions within the interior. Creation of a 3D model of the space, allowing for detailed plans to manufacture the furniture.Time and resource savings by eliminating the need for multiple trips to the island or on-site adjustments.Thanks to the Flexijet 3D measurement, all furniture elements were crafted with absolute precision in the workshop. Installation was carried out quickly and without complications, despite the specific challenges posed by the terrain of the island of Silba. Project summary This project demonstrated how the use of modern technologies can significantly simplify work in isolated areas and ensure top-quality craftsmanship even under the most demanding conditions. Technology like the Flexijet system is transforming how complex projects are approached, enabling perfect synergy between planning, production, and installation. This project on Silba serves as another example of how innovative solutions can overcome logistical challenges and deliver exceptional service to clients. Flexijet measurement Technical preparation Finished product Flexijet measurement Flexijet measurements Finished product

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Measurement of a private apartment in Pula divided into 3 units

Measurement of a private apartment in Pula divided into 3 units Project description ChallengeThe client needed a reconstruction of an apartment consisting of three separate units, with a clear focus on precision and space optimization. Each unit had to include a sleeping area, kitchen, and bathroom, with a modern and functional design. Special attention was given to the space between the bedroom and bathroom, which had to be separated by glass walls to make the space feel larger and more airy. The key challenges of the project included: Precise measurement of the existing state of the old apartment to obtain accurate data for efficient reconstruction Maximizing the use of space in each unit to ensure functionality without compromising aesthetics Combining glass walls with privacy in the bathrooms, allowing for an airy space while maintaining discretion for the users SolutionFor this project, a 3D Flexijet device was used, enabling extremely precise three-dimensional space measurement. This technology allowed the design team to digitally recreate the existing space with minimal deviations, thereby optimizing the planning of the future reconstruction. ResultsBy using the 3D Flexijet device, the team achieved maximum precision and minimized the possibility of errors in later stages of the project. Key benefits of the project: Accuracy and speed of execution thanks to the use of advanced 3D measurement technology. Aesthetic and functional apartments where modern elements such as glass walls were successfully integrated, allowing for an open and spacious feel without compromising privacy. Efficient space planning, which resulted in the optimization of every square meter. The client was extremely satisfied with the final result, and the apartments are now ready for use. Project summary The use of the 3D Flexijet device proved to be a key solution for this reconstruction as well, as it enabled precise execution and ensured high-quality results in a short period of time. Flexijet operator for measurement and draft preparation: Articus d.o.o.Design, production, and installation: Design 3STO60 d.o.o.Representative for the Flexijet 3D device and provider of 3D measurement services: Studio Element d.o.o. Flexijet measurement Flexijet measurements Technical preparation Finished product Finished product Finished product

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Measurement, construction of furniture and technical preparation of furniture, “Plan” apartment

Measurement, construction of furniture and technical preparation of furniture, “Plan” apartment Project description As with any custom furniture design and installation project, this one required a specific approach due to the spatial challenges – in this case, a kitchen that needed to be integrated into an open floor plan along with the living room. Due to the complexity of the space and the desire for seamless integration of elements, it was crucial to approach the project with maximum precision and care.The designated space had irregular shapes and specific dimensions that needed to be accurately measured so that all the furniture elements, including kitchen cabinets, the island, and living room shelves, would fit perfectly. Manual measurements and traditional tools did not provide the required precision or speed for such a demanding project. For precise spatial measurement, we used Flexijet – an advanced tool for real-time CAD measurements. With this device, we accurately measured all the relevant positions in the space,ensuring the dimensions were accurate to the millimeter.After gathering the measurements, the kitchen and furniture design was completed using theMegaTISCHLERpro CAD/CAM software. This software allowed for high-quality technical preparation necessary for producing the furniture on CNC machines. Most of the production processes were automated, except for the final touches and the creation of the countertop and island made fromsolid oak, which our carpenters crafted using “manual” methods – adding warmth and charm to the entire space. During installation, Flexijet once again proved to be a crucial tool. With its help, we precisely projected all the anchor points onto the wall, avoiding additional manual positioning steps forinstallation. This significantly reduced installation time and ensured the perfect positioning for drilling and hanging the elements. They participated in the project:Interior designer Ivana Kuzmić, Academic painterRepresentative for the Flexijet 3D device and provider of 3D measurement services:Studio Element d.o.o., Project summary The combination of modern Flexijet technology and traditional carpentry craftsmanship resulted in a custom kitchen that is not only aesthetically flawless but also functional, with elements that perfectly fit the space.This project demonstrates the importance of combining advanced technology with skilledcraftsmanship to achieve top-quality results. The Flexijet device, in combination with the MegaTISCHLERpro software, allowed us to execute the project with exceptional precision and efficiency, while the hand-crafted elements added a unique touch to every piece. Flexijet measurement Flexijet measurements Technical preparation Finished product Finished product Finished product

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Stepenište

Staircase of a private house (railing) – Measurement, production, supply, and installation

Staircase of a private house (railing) – Measurement, production, supply, and installation Project description In the following, we would like to present the project that involved the measurement, production, supply, and installation of the staircase railing in a private house in Drškovci (Požega). The goal of the project was to ensure a precise and functional railing for the staircase connecting three floors of the house, with the specific challenge of uneven walls and irregular angles of the staircase.MeasurementThe first step of the project was the detailed measurement of the staircase. Using Flexijet 3D technology, the team was able to accurately measure all flights of the staircase across the three floors. This allowed for the precise determination of the slope, position of the railing, and the placement of the supports and attachments for the railing. Accurate 3D measurements were crucial to ensure all elements were precisely aligned with the existing structure of the house.Design and preparationAfter the measurements, the data were imported into CAD software. This enabled the creation of detailed drawings of the railing with exact dimensions and angles, prepared for production. The CAD drawings served as the foundation for the further production of the steel railing elements.ProductionSteel tubes were cut to precise dimensions and angles from the CAD drawings. All elements were welded and powder-coated, making them ready for installation. Since steel does not allow for on-site adjustments, the precise 3D measurements eliminated the need for a trial assembly. The finished product was delivered directly from production to the site.Installation The installation of the staircase railing was carried out without any issues. Due to the precision of the 3D measurements, the finished elements perfectly matched the existing staircase. here was no need for additional modifications or adjustments during the installation of the complete railing.Final worksThe last part of the staircase was made from a single piece, also thanks to the precise 3D measurements. This way, it was possible to avoid phased work, which would have been necessary with irregular angles without accurate measurements. Project summary This project is an example of how modern technology and careful preparation can ensure high-quality results even under the most challenging conditions.The project involving the measurement, production, supply, and installation of the staircase railing in Drškovci demonstrated the importance of precise measurement and careful preparation. The use of Flexijet 3D technology and CAD software enabled error-free production and installation, ensuring that the railing perfectly matched the existing staircase structure. The investor was extremely satisfied with the final result, further confirming the quality of work provided by our partner, ARTICUS d.o.o. Flexijet operator for 3D measurement and creation of measurement plans:Articus d.o.o. Representative for the Flexijet 3D device and provider of 3D measurement services:Studio Element d.o.o. Flexijet measurement Flexijet measurements Flexijet measurements Technical preparation Technical preparation Staircase railing

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