Accurately price 3D printing jobs down to the cent. Drop your .STL, .3MF, or .GCODE to instantly compute material grams, Bambu/Prusa wattage, machine depreciation, labor, and commercial Etsy seller fee margins.
Total Landed Production Cost
3D File Inspector
100% Client-Side
Drop your .STL, .3MF, .GCODE, .BGCODE or .OBJ here
or click to browse from your computer
model.stl
Binary STL
File Size:0 KB
Calculated Grams:0.0g
Est. Print Time:0h 0m
Mesh Volume:0 cm³
Exact slicer metadata extracted directly from file headers.
Slicer Simulation Sliders:Adjust to match your slicer profile
1. Machine & Material Configuration
Presets or Manual Custom
W
g/cm³
Watts: 130W · MSRP: $849 · Lifespan: 4500h
2. Job Parameters
$
$
Professional print farms factor in machine depreciation, failure rates, post-processing labor, and shipping packaging to ensure profitable pricing.
Total Landed Production Cost$0.0200/g
$7.85USD
Filament Material:$1.70
Electricity (kWh):$0.07
Machine Wear & Depr.:$0.94
Failure Risk Reserve (5%):$0.14
Labor, Inserts & Packaging:$5.00
Cost Distribution:100%
MatPowerMachineLaborPack
Commercial Seller Pricing
2.5x Markup
Direct / Local
$19.63
+$11.78 profit
0% fee deduction
Etsy Store
$22.18
+$11.78 profit
~$2.55 Etsy
eBay
$23.09
+$11.78 profit
~$3.46 Fee
Shopify / Web
$20.52
+$11.78 profit
~$0.89 Fee
Shareable URL with current parameters copied to clipboard!
3D PRINTING SERVICE QUOTE
Generated via 3DPrintingCostCalc.com
Date:
Quote Ref: #3DP-9481
Valid For: 14 Days
Description
Material
Filament Weight
Est. Time
Total Price
Custom 3D Print Job
PLA
85g
3.5 hrs
$19.63
Terms: Standard FDM 3D printing tolerances are ±0.2mm. Surface finish includes standard 0.2mm layer lines.
This quote is based on current material density, post-processing specs, and machine schedule availability.
01How to Accurately Calculate 3D Printing & Filament Costs
Pricing a 3D print is one of the most common pitfalls for makers, hobbyists, and commercial print shops alike. Many creators make the critical mistake of only accounting for raw filament spool weight, completely ignoring electricity consumption, nozzle degradation, machine depreciation, failed print overhead, and marketplace platform processing fees.
To build a sustainable 3D printing operation or accurately estimate personal hobby expenses, you must calculate total job cost using a comprehensive six-variable formula that balances material consumption, machine depreciation, energy expenditure, and labor:
Total Landed Cost = Material Cost + Electricity Cost + Machine Wear + Failure Risk Buffer + Labor & Packaging
1. Filament Material Cost Formula
Filament material cost is determined by unit weight, taking into account both the printed model and all sacrificial structures:
Even 10 minutes of support peeling and packaging at a reasonable $20/hr shop wage adds $3.33 in real operational cost.
02Electricity Consumption: Real-World 3D Printer Wattage Tests
How much electricity does a 3D printer actually consume? While manufacturers state maximum power supply ratings (such as 350W or 500W), actual running wattage is substantially lower. Peak wattage only occurs during the first 3 to 5 minutes when heating the cold aluminum heatbed from room temperature to 60°C or 100°C.
Once thermal equilibrium is established, the thermistor cycles power via pulse-width modulation (PWM). A standard open-frame bedslinger printing PLA at a 60°C bed temperature averages 80W to 120W. Enclosed CoreXY machines printing high-temp engineering filaments like ABS, ASA, or Nylon at 100°C to 110°C bed temperatures average 220W to 320W.
03Amortization & Capital Depreciation for Print Farms
Commercial print farm operators treat 3D printers as depreciable capital assets. If you purchase an original Bambu Lab P1S Combo for $849 and expect a 3,000-hour production life before major overhaul or technological obsolescence, your depreciation cost is $0.28 per hour.
Over a 12-hour print, machine wear accounts for $3.36 of your total production cost. Failing to charge clients for machine wear leaves you unable to replace worn printers when stepper motors fail, hotends wear out, or newer high-speed technology enters the market.
Automatic material systems such as the Bambu Lab AMS or Anycubic Kobra Color Engine revolutionized multi-color prints, but introduced dramatic purge waste. On single-nozzle systems, every filament swap requires cutting the filament, retracting, feeding the new hue, and purging the meltzone nozzle chamber.
On models with hundreds of color changes across thin layers, flush poop and prime towers can easily weigh 200g to 400g while the actual object weighs only 50g. Always include your slicer purge tower weight in this calculator to prevent severe profit loss.
When selling 3D printed items on Etsy, Amazon Handmade, or eBay, your listing price must absorb significant platform transaction fees. Etsy charges a 6.5% transaction fee on total order value (including shipping), a 3% + $0.25 payment processing fee, a $0.20 listing renewal fee, and optional 15% offsite advertising fees.
To make a sustainable 50% net profit margin, apply a 2.5x markup multiplier on direct client invoices, and increase marketplace listings to 2.8x to 3.0x landed cost. Never compete in a race to the bottom on price alone.
Frequently Asked Questions (FAQ)
Q1How to calculate filament cost?
To calculate filament cost, divide the total purchase price of your spool by its weight in grams to determine the cost per gram, then multiply that by the total grams used for your print (including supports and purge waste). For example, a $20 spool weighing 1,000 grams costs $0.02 per gram ($20 ÷ 1,000g). If your slicer indicates a print requires 85 grams of filament, your raw material cost is $1.70 (85g × $0.02/g). Always add 5% to 10% extra material to account for bed leveling lines, calibration purge, and multi-color flush towers.
Q2How much does 1 kg of filament last?
A standard 1 kg (1,000g) spool of 1.75mm PLA filament yields approximately 330 to 335 meters (1,080 to 1,100 feet) of printable plastic. In practical terms, 1 kg is enough to print approximately 50 to 70 miniature tabletop figurines (15g each), 10 to 12 full-sized articulating dragons (80g to 100g each), 4 to 5 standard cosplay helmets printed with lightweight infill (200g to 250g each), or roughly 300 to 400 small calibration cubes (2.5g to 3.5g each). The lifespan depends heavily on your slicer wall thickness and infill percentage settings.
Q3How much does 1 gram of filament cost?
For standard consumer 3D printing filaments (PLA, PETG, ABS) purchased at retail prices between $16 and $24 per 1 kg spool, 1 gram of filament costs between $0.016 and $0.024 (roughly 1.6 to 2.4 cents per gram). Budget bulk packs can drop the cost down to $0.012 per gram ($12/kg), whereas engineering composites like Carbon Fiber Nylon (PA-CF) or PEEK range from $0.05 to $0.35 per gram ($50 to $350/kg). Liquid MSLA UV photopolymer resin typically costs between $0.02 and $0.04 per milliliter/gram.
Q4How do I calculate 3D printer electricity cost?
Electricity cost is calculated using your printer's average power draw in kilowatts multiplied by print hours and your local utility electricity rate: Electricity Cost = (Average Watts ÷ 1,000) × Print Hours × Utility Rate ($/kWh). A modern CoreXY printer like the Bambu Lab P1S draws an average of 130 Watts when printing PLA. Over a 5-hour print at the US average electricity rate of $0.16/kWh, power consumption equals (130 ÷ 1,000) × 5 × $0.16 = $0.104 (approximately 10.4 cents). Enclosed printers heating their beds to 100°C for ABS or ASA draw 250W to 350W average, doubling or tripling power costs.
Q5How much should I charge for 3D printing services on Etsy or local orders?
A sustainable commercial pricing strategy starts with your Total Landed Cost (Filament Material + Electricity + Machine Depreciation + Failure Reserve + Labor + Packaging). For direct or local client invoices, apply a 2.0x to 3.0x markup multiplier to achieve a healthy 50% to 66% gross profit margin. When selling on third-party marketplaces like Etsy or eBay, increase your retail listing price by 12% to 15% to offset transaction fees (Etsy 6.5% transaction + 3% + $0.25 payment processing + $0.20 listing fee) and protect your net take-home earnings.
Q6Why does my sliced file weight differ from the raw CAD volume weight?
Raw CAD models (.stl or .obj) represent solid, non-hollow geometries. Slicers do not print solid plastic blocks; they construct thin perimeter shell walls (typically 2 to 4 perimeters totaling 0.8mm to 1.6mm) and fill the hollow interior with an open geometric lattice infill (typically 10% to 20% density). A 100cm³ CAD block made of solid PLA (density 1.24 g/cm³) would theoretically weigh 124 grams, but sliced with 2 wall perimeters and 15% gyroid infill, it will actually weigh only 25 to 35 grams, consuming over 70% less material.
Q7What is the cheapest 3D printing filament material?
Standard PLA (Polylactic Acid) and PETG (Polyethylene Terephthalate Glycol) are the most affordable filaments on the market. When purchased in multi-spool bulk bundles (such as 4-packs or 10-packs from brands like Sunlu, Elegoo, Kingroon, or Jayo), prices frequently drop to $11.00 to $13.50 per kilogram ($0.011 to $0.0135 per gram). PETG offers the best cost-to-performance ratio for outdoor and functional parts, offering high chemical and thermal resistance without requiring an enclosed heated chamber.
Q8How do commercial print farms calculate hourly shop rates?
Commercial print farms use a formula that incorporates operator labor rate, facility overhead, and machine depreciation: Shop Hourly Rate = (Machine Purchase Price ÷ Expected Lifespan) + Maintenance Reserve + Facility Rent/Power Buffer + (Operator Touch Time × Hourly Wage). Most production shops charge between $2.50 and $6.00 per machine print hour for unattended FDM printing, plus an operator setup fee of $15 to $35 per build plate for file pre-flighting, slicing, bed preparation, and post-print cleaning.