3D Printable Model from 2D CAD Files
Budget: ₹12,500 – ₹37,500 INR
Project Goal
The primary goal is to convert provided 2D CAD floor plans and elevation files into a 3D-printable model. The final model should be segmented into individual, ready-to-print parts for a full-scale physical assembly.
Deliverables
3D Model Files: The complete model, broken down into its main components (e.g., front facade, left wall, right wall, rear wall, roof), with each component saved as a separate .STL file.
Assembly Instructions: A simple PDF or image file illustrating how the individual parts fit together.
Design Specifications
Software: Use professional 3D modeling software (e.g., Blender, Fusion 360, SketchUp Pro).
File Format: All final parts must be provided in .STL format.
Scale: The model should be scaled down to a manageable size, but maintain proper proportions.
Segmentation: The model must be split into distinct, separate parts. Each wall and the roof should be a separate file.
Wall Thickness: All walls and structural elements must have a minimum thickness of 2mm to ensure printability and structural integrity.
Joining Features: Integrate key and slot or similar joint features on the edges of all mating parts to ensure proper alignment during assembly.
Openings: Doors and windows should be recessed or cut completely through the walls. Avoid adding complex details like window panes or handles unless specified.
No Interior Details: The model should only include the exterior shell. Interior walls, furniture, or other details are not required.
Provided Files
2D CAD files (e.g., .DWG, .DXF) containing floor plans and elevations.
Workflow Instructions
Import & Extrude: Import the provided 2D CAD files into your 3D modeling software. Extrude the outlines of the walls and roof to a specific height, creating a solid 3D shape.
Hollow & Refine: Once the basic shapes are formed, hollow out the model to create the desired wall thickness of at least 2mm.
Segment: Slice the model into the specified parts (e.g., four walls and a roof).
Add Joints: Design and add key and slot connectors to the edges of the parts. Ensure a tolerance of at least 0.2mm so the parts can fit together without sanding.
Export: Export each final part as a separate, high-quality .STL file.
Create Assembly Guide: Compile a simple visual guide showing how the parts connect.
Quality Assurance
All .STL files must be manifold (watertight) and free of errors. Use a tool like Meshmixer or Netfabb to check for and repair any issues before delivery.
The overall dimensions and proportions must accurately reflect the provided plans.
Submission
Submit the final .STL files and the assembly guide in a single .ZIP folder via the platform.
The primary goal is to convert provided 2D CAD floor plans and elevation files into a 3D-printable model. The final model should be segmented into individual, ready-to-print parts for a full-scale physical assembly.
Deliverables
3D Model Files: The complete model, broken down into its main components (e.g., front facade, left wall, right wall, rear wall, roof), with each component saved as a separate .STL file.
Assembly Instructions: A simple PDF or image file illustrating how the individual parts fit together.
Design Specifications
Software: Use professional 3D modeling software (e.g., Blender, Fusion 360, SketchUp Pro).
File Format: All final parts must be provided in .STL format.
Scale: The model should be scaled down to a manageable size, but maintain proper proportions.
Segmentation: The model must be split into distinct, separate parts. Each wall and the roof should be a separate file.
Wall Thickness: All walls and structural elements must have a minimum thickness of 2mm to ensure printability and structural integrity.
Joining Features: Integrate key and slot or similar joint features on the edges of all mating parts to ensure proper alignment during assembly.
Openings: Doors and windows should be recessed or cut completely through the walls. Avoid adding complex details like window panes or handles unless specified.
No Interior Details: The model should only include the exterior shell. Interior walls, furniture, or other details are not required.
Provided Files
2D CAD files (e.g., .DWG, .DXF) containing floor plans and elevations.
Workflow Instructions
Import & Extrude: Import the provided 2D CAD files into your 3D modeling software. Extrude the outlines of the walls and roof to a specific height, creating a solid 3D shape.
Hollow & Refine: Once the basic shapes are formed, hollow out the model to create the desired wall thickness of at least 2mm.
Segment: Slice the model into the specified parts (e.g., four walls and a roof).
Add Joints: Design and add key and slot connectors to the edges of the parts. Ensure a tolerance of at least 0.2mm so the parts can fit together without sanding.
Export: Export each final part as a separate, high-quality .STL file.
Create Assembly Guide: Compile a simple visual guide showing how the parts connect.
Quality Assurance
All .STL files must be manifold (watertight) and free of errors. Use a tool like Meshmixer or Netfabb to check for and repair any issues before delivery.
The overall dimensions and proportions must accurately reflect the provided plans.
Submission
Submit the final .STL files and the assembly guide in a single .ZIP folder via the platform.