1. Material Cost (Filament)
The most obvious cost is the plastic itself. Our filament calculator uses the strict formula: (Weight in grams / 1000) * Price per Kg. Don't forget to account for waste (purge lines, supports, and failed prints).
PrintQuote
Configuration
🏠
Open Frame
📦
Enclosed
🚀
High Speed
🏭
Industrial
Open Frame: Entry-level (Ender 3, A1 Mini). Low consumpt, limit to PLA/PETG.
💡 Physics Engine: Energy cost is calculated dynamically based on the Machine Type (Power Draw) and Material Temp properties.
Shop Rates
10%
Increase to cover potential print failures.
0%
Tax applied to the final selling price.
20%
Slide to adjust your markup.
Adjust settings to calculate.
How to Calculate 3D Printing Costs Accurate
2. Electricity & Energy Consumption
Makers often ignore this, but it adds up. A printer running a 20-hour job with a 100°C bed (like for ASA) consumes significantly more than a quick PLA print. PrintQuote uses a physics-based engine to estimate the exact kWh usage based on your nozzle and bed temperatures, not just a generic average.
3. Machine Depreciation
Your 3D printer won't last forever. Professional services calculate an hourly depreciation rate to cover the wear on belts, motors, and fans. This tool considers your machine's purchase price and expected lifespan to ensure you aren't "borrowing" from your future hardware budget.
Why use this calculator?
Unlike simple Excel spreadsheets, PrintQuote is designed for both Job Shops and Hobbyists who want to treat their 3D printing as a business. By accounting for failure risks, taxes, and labor, you get a "True Cost" that protects your profit margins.