Dubravko Flexi

Measurement and equipment of the sailboat Formidable 54ft Project description This project shows the comprehensive process of designing, technical preparation and furnishing of the interior of a 54-foot sailboat. The project required precise measurement of the interior dimensions of the sailboat in order to make maximum use of every available millimeter of space, while simultaneously ensuring the functionality and aesthetics of the interior.The software MegaCAD / MegaTISCHLERpro was used to complete this demanding task, which enabled detailed design and technical preparation of production. All interior elements were CNC processed in order to precisely match the shape of the hull of the sailboat, which made assembly in the limited space of the ship much easier. This method ensured efficient use of space, proving the value of advanced technologies in the nautical design industry.A key part of the project was the detailed process of measuring the interior of the sailboat, which was carried out using an integrated 5MP camera to photograph each measurement point. This method enabled precise mapping of the space and facilitated the interpretation of the obtained data. By scanning horizontal and vertical lines, a detailed 3D model of the ship’s hull was obtained, which eliminated the need to make physical templates or adjust furniture on site. Flexijet operator for 3D measurement and creation of measurement plans:Nikola Perković, CAD projektant Project summary The project of designing the interior of a sailboat is an excellent example of how the space inside the ship can be optimized with the help of technology, making it functional and aesthetically attractive. The successful implementation of CNC processing and 3D measurement enabled precise production and assembly of interior elements, confirming the importance of digital tools in modern nautical engineering. Time required for conventional measurement: impossible to determine Time required with Flexijet – 2.5 hours Saving time and money: immeasurable Efficiency and accuracy: immeasurable Flexijet measurements Technical preparation Technical preparation

Measurement of the inside of the ship About the project: We participated in the interior design project of the ship with our 3D measurement service, in collaboration and agreement with the investor Peti treći d.o.o. The goal of the project was not only aesthetic enhancement but also functional improvement of the space to increase comfort and operational efficiency. The interior spaces of the ship Omišalj are characterized by complex geometries, including curves, irregular shapes, and arches, which poses a challenge for traditional measurement methods. Precision is crucial as any error can significantly impact the final design and functionality. To address this challenge, we used Flexijet measuring technology, which allows for extremely precise measurement of complex spaces in real-time. This technology employs laser scanning to create detailed digital models of the ship’s interior spaces, ensuring that every segment is measured precisely down to the finest details. After collecting the data, we created 3D models using MegaCAD software. These models served as the basis for the conceptual design of the interior, allowing designers to experiment with different configurations and aesthetic decisions without the need for physical changes to the space. After finalizing the conceptual design, the team used advanced 3D visualization techniques to create realistic representations of what the renovated spaces would look like. These visualizations were crucial for making decisions regarding materials, colors, and layout, and allowed the investors and ship owners to visually experience the planned changes before the start of physical works. Flexijet operator for 3D measurement, preparation of measurement drawings and conceptual solution: Edo Aganović Client: Peti Treći d.o.o., Dizajn i vizualizacija d.o.o. Project summary By utilizing Flexijet technology and MegaCAD software, the project achieved a high level of precision in measurements and design, resulting in an efficient and aesthetically pleasing renovation of the ship’s interior. The final interior design not only improved the visual appearance of the ship but also optimized the space for better functionality and comfort for all users. Time required for conventional measurement: impossible to determine Time required with Flexijet – 3 hours Saving time and money: immeasurable Efficiency and accuracy: immeasurable Flexijet measurement Flexijet measurement Flexijet measurement Flexijet measurement Flexijet measurement

Measuring the hull of a sailboat for a mathematical calculation of resistance About the project: The project’s goal was to measure the sailboat’s hull for the mathematical calculation of resistance needed for competition in ORC Championship races.  The process commenced with a thorough measurement of the sailboat hull using the Flexijet 3D device. Measurements were taken at specific positions on both the right and left sides of the hull to ensure maximum data precision.After completing the measurements, the obtained data was converted into digital format and exported to an Excel spreadsheet. These data were then imported into a specialized application for calculating the resistance of the sailboat hull, utilizing mathematical models and algorithms. Results from this project provided a detailed insight into the geometry of the sailboat hull and its associated components, enabling accurate calculations of hydrodynamic forces related to lift and resistance. This information is crucial for generating ORC Rating certificates and for computing the sailboat’s polar speeds. Flexijet operator for 3D measurement and preparation of measurement drawings: Edo Aganović Project summary Project of digitizing and mathematically calculating the resistance of a sailboat’s hull represents an innovative approach in applying the Flexijet 3D device. This project requires precision and technological sophistication, considering the complexity of the sailboat hull’s geometry and the need for a detailed analysis of hydrodynamic properties without the use of high technology, the task would be challenging to execute. Time required for conventional measurement: impossible to determine Time required with Flexijet – 2.5 hours Saving time and money: immeasurable Efficiency and accuracy: immeasurable Ready coordinates Flexijet measurements Flexijet measurements Flexijet measurements Flexijet measurements

Measuring and verifying the achieved condition of X BOW – Olivia O About the project: In 2018, we accepted the cooperation with the company Smed Engineering – Norway, which hired Flexijet East for the ULSTEIN shipyard to check the finished condition of the ship X BOW – Olivia O – with the aim of determining possible irregularities that could affect the assembly and installation of stainless steel fences and handrails, and to extend the duration of the works, thereby increasing the price of the project. These features help engineers and designers improve the quality of their products and reduce development time. By using the latest technology and cutting-edge tools, the team was able to record all irregularities and defects that could affect further work.In order to solve the identified irregularities, in addition to our Flexijet, the most modern technology was used in the construction and technical preparation in the Autodesk Inventor program.Inventor offers advanced features such as animation and simulation, which allow users to test and analyze their models under different conditions. This includes the ability to check mechanical properties, thermal analysis, and fluid flow analysis. These features help engineers and designers improve the quality of their products and reduce development time. Flexijet operator for measurement, preparation of measurement drawings and technical preparation: Edo Aganović i Nikola Čubranić Project executor: Smed Engineering BH d.o.o. Project summary By using different software, technologies, and approaches, we were able to save time and money for our clients on this project, and ensure fast and efficient project execution. Time taken – manual methods: 7 – 10 days Time taken – Flexijet 3D: 4 working days Time Saved: 6 days Efficiency and accuracy: immeasurable Flexijet measurement Technical preparation Technical preparation Technical preparation Technical preparation Final product Flexijet measurements Flexijet measurements

3D measurement of positions for creating grilles and lining around the pool and its surroundings About the project: Today, we face rapid technological changes that affect the way we live and work. Digital transformation and sustainable development are two key components shaping the future of business. In this case study article, we will show how we innovatively used technology to improve the pool lining process on a project and how this contributes to sustainable development. The project involved 3D measurement of positions for creating grilles and lining around the pool and its surroundings. Kerrock material was used, while the substructure was made of stainless steel. In addition, the positions of the arcs for a bench to be constructed from one piece were measured. Flexijet technology was used for measuring arcs and cross-fastenings, which allowed for easy construction of the finished product and the creation of CNC documentation. Through innovative use of digital technologies, this project contributes to sustainable development. By using materials like Kerrock, which is durable and weather-resistant, the need for regular maintenance and replacement is reduced. Moreover, the stainless steel substructure provides additional strength and longevity, reducing the negative impact on the environment. Flexijet operator for measurement and preparation of measurement drawings: Edo Aganović i Josip Hruškar Project executor: Duo Step Client: Private investor Project summary Digital transformation played a key role in this project. By using advanced Flexijet technology, measurement became more precise and efficient. Flexijet enabled our team to quickly and accurately measure complex shapes, reducing the need for manual labor. This, of course, saved an extraordinary amount of time and other resources. Time taken – manual methods: 20 hours Vrijeme potrebno sa Flexijetom – 4 sata Saving time and money: immeasurable Efficiency and accuracy: immeasurable Flexijet measurement Flexijet measurement Flexijet measurements Flexijet measurements Technical preparation