3D Printing Cost Equation:
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The 3D printing cost equation calculates the total cost of a 3D printed object by considering material costs, machine time, and additional markup. It helps in pricing 3D printed products accurately.
The calculator uses the 3D printing cost equation:
Where:
Explanation: The equation calculates material cost based on volume and density, adds labor cost based on printing time, and includes any additional markup.
Details: Accurate cost calculation is crucial for pricing 3D printed products competitively while ensuring profitability. It helps in budgeting and cost estimation for 3D printing projects.
Tips: Enter all required values in the specified units. Volume and density must be positive values. Time and hourly rate can be zero if no labor cost is involved.
Q1: How do I determine the volume of my 3D model?
A: Most 3D modeling software can calculate volume. Alternatively, slicer software often provides volume information before printing.
Q2: What's a typical density for common 3D printing materials?
A: PLA ~1.25 g/cm³, ABS ~1.04 g/cm³, PETG ~1.27 g/cm³, but check with your specific material's datasheet.
Q3: Should I include electricity costs in the hourly rate?
A: Yes, the hourly rate should include all operational costs (machine depreciation, electricity, maintenance) beyond just labor.
Q4: What should I include in the markup?
A: Markup can include overhead costs, profit margin, post-processing costs, or any other expenses not covered by material and labor.
Q5: Can this calculator be used for different currencies?
A: Yes, as long as you're consistent with your currency units across all inputs, the calculation will work for any currency.