In the initial phase of every project, time is taken for a detailed discussion of your needs and requirements. This forms the foundation for a successful design. We engage in conversation to understand:

• What is the goal of the design?
• Which technical requirements must be met?
• What are the aesthetic preferences and the intended use of the product?
• Are there specific materials or manufacturing techniques to be considered?

By carefully listening to your needs, we can establish a clear plan of action.

Once we fully understand your needs, we move on to the concept development phase. This can range from a quick sketch design to a more detailed visual concept. During this phase, we ensure:

• The development of multiple design concepts for greater choice.
• Feedback sessions to review if the design aligns with your vision and implement any improvements.

We present the first ideas and designs for approval and make adjustments if needed.

Once the concept is approved, the design is converted into a 3D digital model using advanced CAD software (Fusion360). This step includes:

• Building detailed geometries and the basic structure of the product.
• Optimizing the design for the chosen production method (e.g., 3D printing, CNC machining, or injection molding).
• The model is checked for accuracy, interference, and functionality.

If needed, the 3D model is optimized for parts under pressure, internal fits, or other specific production requirements.

After the first 3D model is created, you will have the opportunity to review the design. This is the moment to check if the model meets all your expectations. We offer two ways of feedback:

• Visualizations of the model in 3D format so you can thoroughly inspect the design.
• Physical prototypes if further testing and validation are needed. This can be done via 3D printing or other prototyping techniques.

If adjustments or improvements are required, we will modify the design and deliver a new version for approval. This step ensures there are no surprises during production.

Once you are satisfied with the design, we proceed with finalizing the model. This includes:

• Optimizing the model for production (checking dimensions, tolerances, and material selection).
• Exporting the model in the appropriate format (STL, STEP, OBJ, IGES, etc.) to ensure compatibility with the chosen manufacturing technique.
• Providing a detailed report with technical specifications if required.

Once the digital model is approved, the design can be produced. This can range from 3D-printing prototypes to larger production batches using injection molding or CNC machining. We offer support for:

• Guiding the production of prototypes or final products.
• Selecting the appropriate production methods (such as 3D printing, CNC machining, or injection molding) based on the design type and intended application.
• Quality control and monitoring throughout the production process to ensure the final result meets expectations.