Demonstration on SolidWorks modeling with approach to variable design and visualization
Budget: $100 – $200 AUD
Demonstration on SolidWorks modeling with approach to variable design and visualization
What we are asking:
Please review the attached SolidWorks files for the Infinit design and the 30 mL Long Squeeze Pack (Kit). Using these as references, create a variable model for a thermoforming bottle suitable for our deep-draw machine.
The model should adjust smoothly across the following sizes without rebuilding: 60 mL, 90 mL, 120 mL, 180 mL, and 250 mL.
Key specifications:
• 4 mm freeboard for HFFS machine filling
• Estimated cavity for 250 mL: approx. 6 cm wide × 10 cm high (excluding snap area) × 5 cm deep
• 50 mm drawdown (can vary between 40–55 mm)
• Stand-up stability, with attention to center of gravity
• Mouth-friendly spout and snap feature similar to the Infinit design
• Efficient pack-out for retail and food service, including shippers and palletisation
• Material around 600 micron: lightweight but stiff
• Design should look good for hydration, nutrition, coffee, and lunchbox formats
• Smaller sizes should compete well with Ketone IQ and 4 Hour Energy
• Tooling layout suitable for 6–12 cavities on Multivac-equivalent machines (250 mm and 322 mm wide)
Goal:
Deliver a SolidWorks model and a visual demonstration that show your ability to produce a scalable, efficient design aligned with the requirements above.
ASAP
I’d also like to request screen recordings showing the full step-by-step workflow with a short script. This will help me practise, reproduce the process, and be ready for any questions during the final interview.
What we are asking:
Please review the attached SolidWorks files for the Infinit design and the 30 mL Long Squeeze Pack (Kit). Using these as references, create a variable model for a thermoforming bottle suitable for our deep-draw machine.
The model should adjust smoothly across the following sizes without rebuilding: 60 mL, 90 mL, 120 mL, 180 mL, and 250 mL.
Key specifications:
• 4 mm freeboard for HFFS machine filling
• Estimated cavity for 250 mL: approx. 6 cm wide × 10 cm high (excluding snap area) × 5 cm deep
• 50 mm drawdown (can vary between 40–55 mm)
• Stand-up stability, with attention to center of gravity
• Mouth-friendly spout and snap feature similar to the Infinit design
• Efficient pack-out for retail and food service, including shippers and palletisation
• Material around 600 micron: lightweight but stiff
• Design should look good for hydration, nutrition, coffee, and lunchbox formats
• Smaller sizes should compete well with Ketone IQ and 4 Hour Energy
• Tooling layout suitable for 6–12 cavities on Multivac-equivalent machines (250 mm and 322 mm wide)
Goal:
Deliver a SolidWorks model and a visual demonstration that show your ability to produce a scalable, efficient design aligned with the requirements above.
ASAP
I’d also like to request screen recordings showing the full step-by-step workflow with a short script. This will help me practise, reproduce the process, and be ready for any questions during the final interview.