3D Packaging Machine Design
Budget: ₹1,500 – ₹12,500 INR
I have a concept for a production-grade machine whose sole purpose is to package products at scale. What I now need is a complete 3D design that translates my rough sketches and performance notes into a fully detailed, manufacturable model.
Scope
• Model the entire machine in 3D CAD – every major frame, guarding panel, drive element, and change-part must be represented.
• Ensure the design supports high-throughput packaging; smooth product flow and easy operator access are priorities.
• Optimise for standard components where possible so procurement remains simple.
• Provide exploded views and section cuts that will let my fabrication team understand each sub-assembly instantly.
Deliverables
1. Native CAD files (SolidWorks, Inventor, or similar) plus exported STEP/IGES.
2. High-resolution renders illustrating the machine from multiple angles.
3. A concise bill of materials identifying off-the-shelf parts versus items to be fabricated.
4. A short design report highlighting critical tolerances, actuator specs, and any assumptions made.
Acceptance criteria
• All moving parts clear their envelopes through a full virtual motion cycle.
• Model opens error-free in the stated CAD package.
• BOM references real, orderable components.
I’m ready to share preliminary layouts and throughput targets as soon as we connect, and will be available for quick design reviews throughout the project.
Scope
• Model the entire machine in 3D CAD – every major frame, guarding panel, drive element, and change-part must be represented.
• Ensure the design supports high-throughput packaging; smooth product flow and easy operator access are priorities.
• Optimise for standard components where possible so procurement remains simple.
• Provide exploded views and section cuts that will let my fabrication team understand each sub-assembly instantly.
Deliverables
1. Native CAD files (SolidWorks, Inventor, or similar) plus exported STEP/IGES.
2. High-resolution renders illustrating the machine from multiple angles.
3. A concise bill of materials identifying off-the-shelf parts versus items to be fabricated.
4. A short design report highlighting critical tolerances, actuator specs, and any assumptions made.
Acceptance criteria
• All moving parts clear their envelopes through a full virtual motion cycle.
• Model opens error-free in the stated CAD package.
• BOM references real, orderable components.
I’m ready to share preliminary layouts and throughput targets as soon as we connect, and will be available for quick design reviews throughout the project.
Related categories:
CAD/CAM
Solidworks
Manufacturing Design
Product Design
3D Modelling
3D Design
Autodesk Inventor
3D CAD