Dubravko Flexi

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

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

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

On-site measurements for the reconstruction of angled oval windows Project description During the restoration of the wooden windows of the Dresden City Museum, the restoration company Cottendorfer Tischlerhandwerk GmbH was faced with a complicated window geometry. The five central skylights were oval in shape, and the corner windows themselves were further beveled.Angela Martin was responsible for properly measuring these windows on site and providing a digital 3D CAD drawing using a Flexijet laser measurement system.Based on these measurements, the windows went into production, resulting in perfectly tailored windows. Client: Gradski Muzej DresdenContractor: Cottendorfer Tischlerhandwerk GmbH, www.cthw.deOperater: Angela Martin, Flexijet Project summary This calculation refers to the measurement of seven skylights, including the time required for movement during the measurement. For the three-dimensional measurement of oval contours and vertical supports in the CAD system, 10 minutes per window was sufficient. The time we saved and the additional advantages of measuring with the Flexijet device: Time required for conventional measurement: 12 hours Time required with Flexijet – 3 hours Time saved: 9 hours Efficiency and accuracy: immeasurable Flexijet measurement Flexijet measurements Flexijet measurements

Renovation of the late Gothic Albrechtsburg castle Project description The late Gothic Albrechtsburg castle, located above the Elbe river valley, is a historical treasure from the 15th century and is considered the oldest German castle. In order to preserve the authenticity of this monument, it was crucial to precisely plan the restoration of its floors – which were in quite poor condition.Restoring parquet floors in such a historic setting requires precision and careful planning. Traditional measurement methods would be time-consuming and involve the risk of error. Our colleagues from Parquetaria Hirschfelder faced a series of challenges related precisely to the precision of measurements.Angela Martin, an expert in digital surveying, was hired to create a detailed 3D visualization of the space. Using the innovative Flexijet 3D technology with an automated surface scanning feature, Angela was able to accurately determine the height differences of the existing floor and determine the locations of the heating niches. Project summary In just 2.5 hours, a complete 3D CAD file that provided Parquetaria Hirschfelder with all the necessary information and reference points was created. Precise calculations allowed the creation of a new floor with millimeter accuracy. By using Flexijet 3D technology, Parquetaria Hirschfelder successfully overcame the challenges of measuring in a historical environment, which resulted in significant time and financial savings. This project highlights the potential of digital technologies in restoration projects and sets a new standard for future renovations. Time required for conventional measurement: 8 hours Time required with Flexijet – 2 hours and 30 minutes Time saving: 5 hours and 30 minutes Efficiency and accuracy: immeasurable Flexijet measurements Flexijet measurements