Dubravko Flexi

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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3D IZMJERA STANA U POTKROVLJU

3D measurement of the attic apartment for optimal space utilization

3D measurement of the attic apartment for optimal space utilization About the project: The primary goal of the project was to perform an accurate measurement of the apartment, where our Flexijet played a key role. This advanced measuring technology was chosen for its ability to precisely capture the unique angles, slopes, and inclines present in the apartment. Precise 3D measurement was necessary for the efficient design and creation of furniture tailored to the specific dimensions of the kitchen, bathroom, bedrooms, hallway, and other spaces within the apartment. Challenges we faced Complex roof structure: The attic location meant the roof had numerous slopes and angles, making traditional measuring methods inadequate. Optimal space utilization: Maximizing the space in rooms with sloped ceilings and irregular angles required precise measurements to ensure custom furniture fits perfectly.Integration of windows into the space: The roof contained windows, adding another layer of complexity to the interior design, requiring additional effort and consideration for furniture placement in relation to the windows. Flexijet operator for measurement and preparation of measurement drawings: Articus d.o.o. Design, production and assembly: Design 3STO60 d.o.o. Project summary The use of the Flexijet 3D measuring device proved to be highly effective in addressing the unique challenges of the attic apartment. Detailed measurements allowed for:Precision: Custom furniture that perfectly fits the complex dimensions of the apartment.Maximum space utilization: Optimal use of available space, including areas with challenging slopes and angles. Enhanced aesthetics and functionality: A cohesive design that integrates furniture, skylights, and sloped ceilings into the overall layout, resulting in a functional and aesthetically pleasing living space. Flexijet measurement Flexijet measurements Flexijet measurements Finished product Finished product

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3D izmjera za dizajn i montažu kuhinje

3D measurements for kitchen design and installation

3D measurements for kitchen design and installation Project description Drvona LTD hired us to do a 3D measurement of the dining room and kitchen area as part of a private house modernisation. The goal of the project was to accurately measure the space in order to create blueprints for the construction and installation of a custom-made kitchen.As with many similar projects, the main challenge was to make optimal use of the space and integrate the new kitchen with the existing elements in the home.However, this challenge was successfully overcome with the functionality of the Flexijet device, which allows for high precision in measuring space. Using this technology, it was possible to obtain detailed plans of the space, which further served as the basis for the design of the kitchen. The project resulted in the successful installation of a functional and aesthetically pleasing kitchen that was fully adapted to the client’s needs. Flexijet operator for 3D measurement and surveying:Articus d.o.o.Client and project executor: Drvona d.o.o. Project summary This project illustrates how precise 3D measurement technology can significantly improve the interior design process. The use of Flexijet devices enabled accuracy and efficiency in every phase of the project, from measurement to assembly, which resulted in a high-quality and functional space that meets all the requirements of modern living. Flexijet measurement Flexijet measurements Flexijet measurements

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Complex handrails made of solid oak wood

Complex handrails made of solid oak wood – from 3D measurements to CNC production Project description Johannes Wortmann, a colleague and Flexijet user from Balve (Germany), carried out the production of curved handrails for the new gymnasium building in Bochum, using the Flexijet 3D to measure the curved concrete surfaces of the building structure. structure.The data obtained from the measurement was sent to the CNC machine center in Balve, where the handrails were made of solid oak wood. Thanks to the precise measurement, production on the CNC machine could be carried out with millimeter accuracy in all three axes. On-site assembly was possible without additional repairs or adjustments to completed parts – everything was a perfect fit immediately.In addition to saving time and money during measurement and assembly, Flexijet 3D provides security in planning, construction and production, because it is based on reliable data.Johannes Wortmann stated: “Without the Flexijet precision and workflow the realization would not have been economical. We wouldn’t have taken on this project without Flexijet.” Project summary With Flexijet 3D, you get millimeter precision, exact angles and radius – and you have access to the data during the measurement, that is, on the spot. Flexijet 3D provides safety and professionalism from measurement to assembly.Flexijet 3D measurement system enabled significant time and money saving in this project. Time required for conventional measurement: 40 hours Time required with Flexijet – 14 hours Time saved: 26 hours Efficiency and accuracy: immeasurable Flexijet measurement Flexijet measurements Finished product

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Measurement and technical preparation for making stair treads

Measurement and technical preparation for making stair treads Project description Measurement of the metal structure and walls for making treads for a circular staircase.Due to the specific position of the staircase, the measurement alone would not be enough and the client would be required to make templates as well. Fortunately, with the combination of the Flexijet device and the MegaTISCHLERpro program, we shortened the process and it was enough to measure and construct the treads and create a CNC program for processing the treads.The advantages of the Flexijet measurement are that we received extremely precise data on angles, heights and curves. Additional costs for material for making templates, aids such as ladders, scaffolding, laser levels and tools for making templates weren’t needed. All we used was a laptop and a Flexijet device. All measurement data are in CAD and technical preparation and creation of CNC programs can be started immediately. Flexijet operator for 3D measurement and creation of measurement plans: Studio Element d.o.o.Client and executor of the project: Pandeco d.o.o. Project summary Precise measurement and planning, combined with quality execution ensured the successful completion of this project. Time required for conventional measurement: 8 hours Time required with Flexijet – 1 hour, technical preparation and creation of CNC program: 2 hours Time saved: 5 hours Efficiency and accuracy: immeasurable Flexijet measurement Flexijet measurements Technical preparation

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Measurement of the positions under the stairs for making the front door mask

Measurement of the positions under the stairs for making the front door mask Project description We measured the stairs for a private investor and installed the front door panels to allow access to the boilers for service and maintenance. The stairs needed to be measured for angles and irregularities to allow us to make the door panel as precisely as possible. During the measurement, we found a lot of irregularities in the construction of the staircase itself. With such a precise measurement, we were able to adapt the future furniture to the maximum during the design process and ease the installers’ troubles during assembly. In this project, we have shown how measurement with Flexijet technology offers fast and precise space measurement, with significant savings in time and resources. All collected data is available in CAD format, and design can be started immediately. Client: Private investorContractor: Studio element d.o.o.Project manager: Edo Aganović Project summary Compared to conventional measuring methods, measuring with the Flexijet device saves approximately 2.5 hours, eliminating the need for time and material needed to create templates. In addition, the Flexijet measurements provide perfectly precise data on all objects in the space, which facilitates the planning and execution of projects. Overall, our innovative method brings efficiency, precision and practicality in the process of spatial analysis and design. Time required for conventional measurement: 3 hours Time required with Flexijet – 30 minutes Time saved: 2 hours and 30 minutes Efficiency and accuracy: immeasurable Flexijet measurement Flexijet measurements Finished product

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Apartment “Plan”

Apartment “Plan” Project description Measurement of the position for a custom-made kitchen.The specific floor plan of the kitchen and living room requires a special approach to measurement and design. Flexijet once again proved to be the perfect solution as a tool for kitchen implementation from the very beginning to completion.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 furniture on CNC machines. The only manual work in this case was the surface treatment and production of the kitchen worktop and the island from solid oak wood, which were made by the diligent hands of our carpenters using the conventional carpentry method.During assembly, we projected all the anchoring points into the wall again with the Flexijet device so as not to waste additional time on determining the position of the furniture in the space and marking the drilling locations for hanging kitchen furniture elements and living room shelves. Client: Interior designer Ivana Kuzmic, academic painterContractor: Studio Element d.o.oProject manager: Edo Aganović Project summary This project is another in a series of successful projects that testifies to the uniqueness of Flexijet. It ensured the possibility of combining traditional techniques with advanced technology. Flexijet measurement Flexijet measurements Technical preparation

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3d izmjera i izrada savijenog rukohvata

3d measurement and production of a curved handrail

3d measurement and production of a curved handrail Project description The project in the Church of Our Lady of Lourdes in Zagreb began with a detailed measurement of the positions on the stairs to create a curved handrail. This task required special precision due to the uneven, irregular and rounded walls inside the church. In order to obtain the most accurate result, we applied advanced Flexijet technology, which enabled digital mapping of the walls – crucial for the further development of the project.After successful digitization, the team set about creating a detailed 3D model of the space and handrails. This step was crucial for understanding the complexity of the space and for production planning. The 3D model of the handrail was used to create CNC files for the individual handrail segments.The handrail was manufactured using a method of laminating massive slats, which were simultaneously bent in a mold. This process required a high level of skill and precision, as each handrail segment was unique and tailored to the specific measurements and curvatures of the wall.MegaCAD software was used to develop the rounded surfaces, which allowed for the creation of the exact appearance of each slat. Flexijet operator for 3D surveying and preparation of survey drawings: Edo AganovićTechnical preparation: Stolarija BedenicProject contractor: Stolarija Bedenic Project summary The final result was impressive. The handrail, perfectly integrated into the architecture of the church, was a combination of traditional carpentry skills and modern technological solutions. The project of making a curved handrail for the Church of Our Lady of Lourdes is another in a series of successful projects that testifies to the uniqueness of Flexijet. It ensured the possibility of combining traditional techniques with advanced technology. Flexijet measurements Flexijet measurement Technical preparation

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