LLDPE 3-Compartment Rotomoulded Container Design -- 2
Budget: ₹12,500 – ₹37,500 INR
Project Brief: Design of a Rotomoulded 3-Compartment LLDPE Container.
We are looking to hire a freelance product design engineer or industrial design firm to help us develop a 1000-liter, square-shaped, rotomoulded container made from LLDPE. The project will be milestone based.
The container will be used for fluid handling and needs to meet the following specifications:
Key Design Requirements
1. Material: LLDPE, manufactured via rotational moulding.
2. Dimensions: Approx. 4ft × 4ft × 2.5ft (L × W × H).
3. Compartments: 3 compartments created using 2 removable partitions.
4. Lid: Airtight and removable.
5. Stackability: Containers should nest into each other (without lids) for efficient storage and transport.
6. Burial Capability: Designed to be buried in the soil.
7. Flow Design: Integrated input and output pipes for gravity-based water flow.
Structural Optimization: Incorporate ribs and geometry to maximize strength-to-weight ratio while minimizing material usage.
Deliverables Expected:
CAD drawings and 3D models (SolidWorks, Fusion 360, etc.)
FEA or structural analysis for rib design and wall thickness
Manufacturing-ready design for rotomoulding
BOM and material specifications
Optional: Prototype support or vendor coordination
Given drawing are suggested/ for reference to the brief.
We are looking to hire a freelance product design engineer or industrial design firm to help us develop a 1000-liter, square-shaped, rotomoulded container made from LLDPE. The project will be milestone based.
The container will be used for fluid handling and needs to meet the following specifications:
Key Design Requirements
1. Material: LLDPE, manufactured via rotational moulding.
2. Dimensions: Approx. 4ft × 4ft × 2.5ft (L × W × H).
3. Compartments: 3 compartments created using 2 removable partitions.
4. Lid: Airtight and removable.
5. Stackability: Containers should nest into each other (without lids) for efficient storage and transport.
6. Burial Capability: Designed to be buried in the soil.
7. Flow Design: Integrated input and output pipes for gravity-based water flow.
Structural Optimization: Incorporate ribs and geometry to maximize strength-to-weight ratio while minimizing material usage.
Deliverables Expected:
CAD drawings and 3D models (SolidWorks, Fusion 360, etc.)
FEA or structural analysis for rib design and wall thickness
Manufacturing-ready design for rotomoulding
BOM and material specifications
Optional: Prototype support or vendor coordination
Given drawing are suggested/ for reference to the brief.