Swing Colander Bowl & Handle – 2D Drawing to 3D Printable Model
The client provided only a basic AutoCAD 2D drawing with very limited dimensions, intended mainly to communicate overall size and rough shape. There was no physical sample, reference photographs, or 3D scan data available, making it difficult to accurately understand the product’s geometry, curvature, and functional details—especially for the handle and bowl interface.
Swing Colander Bowl & Handle – 2D Drawing to 3D Printable Model
The client provided only a basic AutoCAD 2D drawing with very limited dimensions, intended mainly to communicate overall size and rough shape. There was no physical sample, reference photographs, or 3D scan data available, making it difficult to accurately understand the product’s geometry, curvature, and functional details—especially for the handle and bowl interface.
Highlight(s)
Services
Drawing to 3D Model
Industry
Plastic
Client
Arjen Impex
Highlight(s)
Services
Drawing to 3D Model
Industry
Plastic
Client
Arjen Impex
Challenge(s)
To convert the incomplete 2D reference into a fully defined and accurate 3D CAD model suitable for 3D printing, while preserving the client’s design intent, functional requirements, and ergonomic considerations.
To convert the incomplete 2D reference into a fully defined and accurate 3D CAD model suitable for 3D printing, while preserving the client’s design intent, functional requirements, and ergonomic considerations.
Deliverie(s)
ANDYSIS carefully interpreted the available 2D data and collaborated with the client to define missing geometrical details. A complete 3D model of the swing colander bowl and handle was developed using logical assumptions, symmetry principles, functional clearances, and manufacturing feasibility tailored for 3D printing. 1. Analysis of the provided AutoCAD drawing to identify critical dimensions and reference geometry 2. Interpretation of missing features based on functional intent and product use 3. Creation of parametric 3D models for the bowl and handle components 4. Iterative design refinement through client feedback 5. Validation of geometry for assembly fitment and 3D print readiness A complete, clean, and accurate 3D CAD model of the swing colander bowl and handle was delivered. The final model was fully suitable for 3D printing, enabled clear visualization of the product, and allowed the client to confidently proceed with prototyping and further development.
ANDYSIS carefully interpreted the available 2D data and collaborated with the client to define missing geometrical details. A complete 3D model of the swing colander bowl and handle was developed using logical assumptions, symmetry principles, functional clearances, and manufacturing feasibility tailored for 3D printing. 1. Analysis of the provided AutoCAD drawing to identify critical dimensions and reference geometry 2. Interpretation of missing features based on functional intent and product use 3. Creation of parametric 3D models for the bowl and handle components 4. Iterative design refinement through client feedback 5. Validation of geometry for assembly fitment and 3D print readiness A complete, clean, and accurate 3D CAD model of the swing colander bowl and handle was delivered. The final model was fully suitable for 3D printing, enabled clear visualization of the product, and allowed the client to confidently proceed with prototyping and further development.
