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3D Project Design is the process that precedes the creation of a computer-generated 3D model of the desired product, using modern software and tools that accelerate the development and realization of your idea.
In 3D design, the development of a product, machine, or tool is considered, from the idea to the creation of a CAD model that is ready for use and further exploitation. The process is complex, but with planning, preparation, research, analysis, and testing, it can shorten the path to the realization of the final product, thereby reducing its cost.
We gather as much information and constraints from you as possible, which affect the final product. This can include the maximum allowed weight, dimensional limits, whether it's for serial or custom production, and the materials that need to be used during manufacturing. Based on all the collected information, a conceptual solution is presented, which, if needed, will be modified before creating the technical documentation.3D scanning is a technique that allows for the conversion of physical objects into digital three-dimensional models that can be further used for the development of a 3D model of an existing object. This technology is revolutionary because it enables fast and precise mapping of real objects into a digital format, opening up many possibilities in design and the preparation of spare parts if you do not have documentation.
The 3D scanning process is typically performed using specialized devices, such as 3D scanners. 3D scanning collects information about the geometry and texture of the object. Our 3D scanner can scan 3,000,000 points per second with an accuracy of 0.045-0.3mm/m, making it one of the fastest and most precise scanners available.
Once the object is 3D scanned, a point cloud is generated, which represents the three-dimensional data of the object's geometry. This point cloud is then processed and converted into a digital model that can be used for creating a 3D model. This conversion involves processes such as point cloud processing, geometry reconstruction, hole filling, and potential model optimization.
One of the main advantages of 3D scanning is the ability to precisely reproduce real objects. This technique allows for an accurate reproduction of the shape, texture, and details of an object, which is especially useful in situations where a replica or replacement part for an existing item is needed.
Additionally, 3D scanning allows designers to use existing objects as a starting point for further modification and design. Objects can be scanned and then adjusted and modified in 3D modeling software to achieve the desired result. This is useful in designing custom parts, prototypes, and personalized items.3D modeling is the process of creating a computer-generated 3D model based on a predefined project task that the product must meet. The requirements can be defined during the design phase, or they can be based on the documentation you have, such as workshop drawings or sketches.
In the 3D modeling phase, we pay attention to the appearance of the 3D model, which affects the methods and techniques used for manufacturing the part, ensuring that the part meets all the required criteria once it is produced.
After completing the 3D modeling, testing is performed. Testing is used to check and eliminate any issues noticed after the creation of the 3D model. During this phase, software analyses and testing using finite element methods are conducted to further optimize the model. This approach reduces material consumption, the weight of the final product, and increases safety levels if necessary, while still ensuring quality and adhering to the project requirements.The preparation and creation of technical documentation is the process of gathering and consolidating all the important documents that influenced the development and design of the 3D model of your product, all with the goal of preparing, organizing, and monitoring production, as well as later maintenance and servicing.
Based on the 3D model, we create workshop drawings that describe individual items in detail, with all the necessary information for their production. In addition to workshop drawings, there are also assembly drawings that show the interconnection of individual parts and the assembly process into a whole, with all the necessary details and component parts.In addition to the services we offer, we are available to train you in the use of the most modern software tools such as SOLIDWORKS so that you can independently create and modify your projects.
Awards that we win at competitions with good training can become yours.
Turning Your Ideas into Reality!
We offer high-quality 3D printing services for individuals and businesses. Whether you need a functional prototype, custom part, decorative item, or unique gift, your project can be brought to life quickly and accurately.Materials: Various types of plastic (PLA, PETG, ABS) in a wide range of colors.
Applications: Prototypes, industrial parts, models, custom products, educational tools, and more.
How it works: Provide your 3D model (in STL/OBJ format) or an idea, and we will take care of the rest.