3D Calculators Team

The 3D Calculators Team builds the calculators on this site and writes the articles that explain them. Each explainer marks which defaults are cited figures and which are placeholders, links every cited figure to its source, and shows the date the figures were last checked.

Updated

How the team works

The explainer under each calculator writes out how the tool gets its result, so the math can be checked by hand. A default value is either a figure taken from a cited document, such as a data sheet, slicer source code or a government statistic, or a round placeholder that the explainer labels as an example. The Sources list on each page gives the day every document was consulted, and the "Figures last checked" line gives the day the page's numbers were last compared against them.

The help center covers how to use the tools and read their results, and Defaults and sources explains how each default was chosen.

Calculators

Articles

  • ventilation

Can you vent a 3D printer through a dryer vent?

No. The building code says a dryer's exhaust duct must serve the dryer alone. Why sharing it is unsafe, and how to give a printer its own 4-inch wall outlet.

  • ventilation
  • chamber heater
  • unit conversion

3D printer enclosure dimensions: how big to build or buy

3D printer enclosure dimensions: the printer's reach with the bed at both ends of travel, plus 100 mm per side. Sizes for the A1, MK4S, Ender-3 V3 and Neptune 4.

  • chamber heater
  • ventilation
  • heated bed

What temperature should a 3D printer enclosure be?

Enclosure temperature by filament: 45 °C at most for PLA and TPU, 35 to 50 °C for PETG, 45 to 60 °C for ABS, ASA, PC and nylon, from makers' data sheets.

  • ventilation
  • wattage
  • unit conversion

3D printer exhaust fan: what size and type to use

A 3D printer exhaust fan needs only about 10 to 25 CFM for the heat. Fan types compared by airflow and static pressure, plus DIY wiring, kits and bathroom fans.

  • ventilation
  • unit conversion

3D printer vent hose: diameter and length

A 3D printer vent hose should be 4 inches (100 mm). The duct math behind that size, how long the run can be, and flex hose versus rigid vent pipe.

  • ventilation
  • chamber heater
  • unit conversion

Ender 3 enclosure dimensions: the size that fits

Ender 3 enclosure dimensions: at least 440 × 455 × 465 mm inside, 475 × 470 × 620 mm for the V2, plus Creality's enclosure sizes and volumes in ft³ and m³.

  • chamber heater
  • heated bed
  • wattage

How to heat a 3D printer enclosure

Heat a 3D printer enclosure with the bed at 100 °C and the door shut, or add a thermostat-controlled PTC heater. Watts, heat-up times and DIY safety limits.

  • ventilation
  • power consumption
  • unit conversion

How much ventilation does a 3D printer need?

How much ventilation does a 3D printer need? At least 6 air changes an hour for the room, 96 CFM in a 10 x 12 ft room, or 9 to 23 CFM through an enclosure.

  • ventilation
  • wattage
  • print farm

Inline fan for a 3D printer: what size you need

One 3D printer needs about 9 to 23 CFM of exhaust, and 4-inch inline duct fans are rated 165 to 226 CFM. Fan size, filters, speed and grow tents.

  • ventilation
  • heated bed
  • chamber heater

Enclosure temperature for PLA: how warm is too warm

Keep enclosure air at or below 45 °C (113 °F) for PLA, or the filament softens in the extruder and clogs. When to open the door, and what fan holds 40 °C.

  • ventilation
  • unit conversion

Resin 3D printer ventilation: does it need it, and how much

Yes, a resin 3D printer needs ventilation: 3 to 6 air changes an hour, or 48 to 96 CFM for a 10 x 12 ft room. Room, enclosure and IPA wash figures.

  • ventilation

Can you vent a 3D printer into the attic?

No. The building code sends every exhaust fan's air outdoors, never into an attic, soffit or ridge vent. Where a 3D printer vent can end instead, with clearances.

  • slicer settings

Bambu Lab layer height: limits, presets and first layer for every printer

Bambu Lab printers take layers of 20% to 70% of the nozzle: 0.08 to 0.28 mm on a 0.4 mm nozzle, with a 0.20 mm first layer. Limits and presets per printer.

  • slicer settings
  • calibration

Creality layer height: Ender 3, K1 and K2 limits, presets and first layer

Creality Print sets 0.20 mm layers and a 0.20 mm first layer on every Ender-3, K1 and K2 with a 0.4 mm nozzle; its profiles allow 0.08 mm up to 0.20 to 0.36 mm.

  • slicer settings
  • print time
  • dimensional accuracy

Does layer height affect quality? What thinner layers change, and what they cost

Yes: thinner layers shrink the steps on curves and slopes, but 0.08 mm took 2.18 times as long as 0.20 mm in Bambu Lab's test. Filament use barely changes.

  • slicer settings
  • flow rate

First layer line width: 0.5 mm on a 0.4 mm nozzle, and why it is wider

Print the first layer about 125% of the nozzle wide: 0.5 mm on a 0.4 mm nozzle in Bambu Studio and Prusa profiles. The wider line grips the bed better.

  • slicer settings
  • multi color

HueForge layer height: 0.08 mm layers on a 0.16 mm first layer

HueForge's default layer height is 0.08 mm, printed on a 0.16 mm first layer at 100% infill. Match both in your slicer or every color swap shifts.

  • slicer settings
  • calibration
  • stepper motor

Jerk vs acceleration on a 3D printer, and junction deviation explained

Acceleration (mm/s²) is how fast speed changes; jerk (mm/s) is the speed change allowed instantly at a corner. Junction deviation = 0.4 × jerk² ÷ acceleration.

  • slicer settings
  • print time

Layer height for a 0.2 mm nozzle: 0.04 to 0.16 mm, 0.10 mm first layer

Use 0.04 to 0.16 mm layers with a 0.2 mm nozzle (0.14 mm max on Bambu Lab). Start at 0.10 mm with a 0.10 mm first layer and 0.22 mm lines.

  • slicer settings
  • calibration

Layer height for a 0.4 mm nozzle: 0.08 to 0.32 mm, 0.20 mm first layer

A 0.4 mm nozzle prints 0.08 to 0.32 mm layers, 0.20 mm by default and for the first layer. Bambu Lab caps it at 0.28 mm; slicers refuse over 0.40 mm.

  • slicer settings
  • flow rate

Layer height for a 0.6 mm nozzle: 0.12 to 0.48 mm, 0.30 mm first layer

Use 0.12 to 0.48 mm layers with a 0.6 mm nozzle (0.42 mm max on Bambu Lab), 0.30 mm to start, and a 0.30 mm first layer, no more than 0.39 mm.

  • slicer settings
  • flow rate

Layer height for a 0.8 mm nozzle: 0.16 to 0.64 mm, 0.40 mm first layer

Use 0.16 to 0.64 mm layers on a 0.8 mm nozzle, at most 0.56 mm on Bambu Lab. Start at 0.40 mm, with a 0.40 mm first layer and 0.82 to 0.9 mm lines.

  • slicer settings
  • flow rate

Layer height for PLA, PETG, ABS and TPU, and the first layer for each

PLA prints at 0.20 mm on a 0.4 mm nozzle, with a 0.20 mm first layer. PETG, ABS, ASA and TPU use the same heights; each filament caps the speed.

  • slicer settings

"Layer height exceeds the limit in printer settings": what it means and the fix

Bambu Studio and OrcaSlicer warn when layer height passes the printer's Max limit, 0.28 mm on a Bambu 0.4 mm nozzle. Slicing stops only above the nozzle size.

  • slicer settings

Line width by feature: outer wall, inner wall, top surface, infill and support

Outer wall line width on a 0.4 mm nozzle: 0.42 mm in Bambu Studio, 0.45 mm in PrusaSlicer, 0.40 mm in Cura. Inner wall, top, infill and support too.

  • slicer settings
  • print time

Lithophane layer height: what to use and why thin layers matter

Print an FDM lithophane at 0.10 to 0.12 mm layers; about 0.2 mm is the coarsest that still looks right. Plus infill, walls, thickness and speed.

  • calibration
  • stepper motor

How to find your 3D printer's max acceleration

Print Klipper's ringing tower (1,500 to 7,000 mm/s² in 500 mm/s² bands) or run SHAPER_CALIBRATE, then set max_accel at the last clean band.

  • slicer settings
  • calibration

Prusa layer height: PrusaSlicer presets and first layer for MK4S, CORE One, MK3S and XL

Prusa printers default to 0.20 mm layers on a 0.4 mm nozzle (0.15 mm on the MK3S) and a 0.20 mm first layer. PrusaSlicer presets for every printer and nozzle.

  • slicer settings
  • print time

Resin printer layer height: 0.05 mm default, and how exposure time changes

Use 0.05 mm layers on a resin printer. The Elegoo Saturn 4 Ultra and Mars 5 Ultra accept 0.01 to 0.2 mm, and thicker layers need longer exposure.

  • slicer settings

Which layer height is strongest? What the tensile tests show

On a 0.4 mm nozzle, 0.15 to 0.20 mm layers test strongest. Thinner layers don't bond better, and 0.30 mm hooks held half the load in CNC Kitchen's test.

  • slicer settings
  • tolerances

Wall thickness for 3D printing: 0.8 mm minimum, 1.5 mm recommended

Make FDM walls at least 0.8 mm thick and 1.5 mm where you can: 2 and 4 walls on a 0.4 mm nozzle. Wall counts per slicer, resin minimums and walls vs infill.

  • slicer settings
  • print time

What is layer height in 3D printing? Meaning, resolution and common values

Layer height is the thickness of each printed layer, set in the slicer. 0.20 mm is standard on a 0.4 mm nozzle, with presets from 0.08 to 0.28 mm.

  • scale
  • unit conversion

How tall are 1/72 scale figures? 20mm, 15mm and 28mm compared

A 1/72 scale figure of a 1.73 m man is 24.0 mm (0.95 in) tall. How 1/72 lines up with 20mm and 15mm, and the slicer percentage to convert between them.

  • scale
  • unit conversion
  • filament weight

1/72 vs 1/48 scale: how model kit scales compare in size

1/48 is 1.5 times the size of 1/72 and about 3.4 times the volume. How 1/35, 1/144, 1/76, 1/100 and 1/64 compare, with a Spitfire and a figure at each scale.

  • scale

28mm vs 32mm miniatures: the size difference and mixing them

A 32mm miniature is 4 mm (14.3%) taller than a 28mm one and 1.49 times the volume. Ratios, heroic proportions, base sizes and mixing the two.

  • scale
  • unit conversion

What scale is Marvel Legends? Action figure scales from 1:6 to 1:18

Marvel Legends is 6-inch scale, or 1:12. Black Series, G.I. Joe Classified and WWE Elite are 1:12 too; NECA is about 1:10, Hot Toys 1:6 and JoyToy 1:18.

  • scale
  • unit conversion

What scale is Barbie? 1:6, with furniture and other dolls

Barbie is 1:6 scale (playscale): an 11.5 in doll for a 5 ft 9 in woman. Furniture sizes at 1:6, American Girl at about 1:3, and the slicer % for doll prints.

  • scale
  • unit conversion

What scale is Bolt Action? 28mm, and the scales of other WWII wargames

Bolt Action is 28mm with 1:56 vehicles; Konflikt '47 is 28mm too. Flames of War is 15mm (1:100). The slicer % to move a tank file between them: 56% or 178.57%.

  • scale
  • unit conversion

What scale is D&D? Miniature size, grid and creature bases

D&D is 1:60 scale: one inch on the grid is 5 feet, and minis are 28mm. The space and base for every creature size, Tiny to Gargantuan, in inches and mm.

  • scale
  • unit conversion

What scale is dollhouse furniture? 1:12, 1:24 and the brands

Dollhouse furniture is 1:12 (1 inch to 1 foot) as standard; 1:24 and 1:48 are the smaller scales. KidKraft, Calico Critters and Rolife, and the slicer % to print.

  • scale
  • unit conversion

What scale are Hot Wheels? 1:64, and Matchbox too

Hot Wheels are 1:64 scale, and so are Matchbox cars; Hot Wheels XL is 1:43. How far real castings stray from 1:64, and the sizes to print 1:64 garages.

  • scale
  • unit conversion

Model train scales: HO, N, O, OO, G, Z and S ratios

HO is 1:87.1 on 16.5 mm track. The ratio and track gauge of N, O, OO, G, Z and S trains, with figure heights and the slicer percentage for each scale.

  • scale
  • slicer settings

How to scale a 3D print in Bambu Studio (and Bambu Handy)

Select the model, press S and type a percentage in the Scale row with uniform scale ticked, or type a size in mm. Bambu Handy has no scale option.

  • scale
  • dimensional accuracy
  • filament weight

Can you scale down a 3D print? What breaks, and what scaling up costs

Yes, but walls under two lines (0.8 to 0.86 mm on a 0.4 mm nozzle), fine details and screw holes fail. At 200%, a solid part takes 8 times the plastic.

  • scale
  • unit conversion

What scale is Star Wars: Legion? Legion, Shatterpoint and X-Wing

Star Wars: Legion has no official scale; reviews put it at 28mm to 35mm, about 1:49 to 1:62. Shatterpoint is 40mm (about 1:43) and X-Wing is 1/270.

  • scale
  • unit conversion

What scale is Warhammer? 40K, Age of Sigmar and The Old World

Warhammer 40K is 28mm heroic, about 1:56 to 1:60, with newer kits near 32mm (1:54). Age of Sigmar, The Old World, Legions Imperialis and Epic scales too.

  • scale
  • unit conversion

What is 1/72 scale? Sizes in inches and mm

1/72 scale means 1 inch on the model is 6 feet in reality. A real foot is 4.23 mm, a meter 13.9 mm, a person 24 mm and a Spitfire 156 mm across.

  • tolerances
  • dimensional accuracy

Counterbore holes in 3D prints: sizes for socket head screws

Counterbore hole 3D print sizes: for M3, model 6.5 mm wide and 3.4 mm deep over a 3.4 mm hole. Tables for M2 to M8 and #4 to 1/4 in, and printing it face down.

  • tolerances
  • dimensional accuracy

3D print countersink: sizes for flat head screws and how to print them

3D print countersink sizes: 90° for metric and 82° for inch flat head screws, 0.2 mm over the head's sharp diameter. M3 socket: 6.92 mm over a 3.4 mm hole.

  • tolerances
  • dimensional accuracy

3D print living hinge: thickness, length and filaments that last

A 3D print living hinge needs a web 0.4 to 0.6 mm thick, two or three layers. In a fold test, PP passed 1 million folds and PLA about 160. Sizes and settings.

  • tolerances
  • dimensional accuracy

3D print snap fit: cantilever hook sizes from the strain formula

3D print snap fit design: undercut = 0.67 × strain × length² ÷ thickness. Strain limits for PLA, PETG and ABS, 0.20 mm clearance per side, and print the arm flat.

  • tolerances
  • dimensional accuracy

How to 3D print hinges: pin size and clearance for each hinge type

How to 3D print hinges: a bore 0.40 mm over the pin for an assembled hinge, 0.30 to 0.40 mm per side printed in place. Sizes for filament, M3 and snap-on pins.

  • tolerances
  • dimensional accuracy

What size is a 608 bearing? Dimensions and the hole to print

A 608 bearing is 8 mm bore, 22 mm outside and 7 mm wide. What 608ZZ and 608-2RS mean, and the hole to print: 21.90 mm press fit, 22.20 mm slip fit.

  • tolerances
  • dimensional accuracy

Annular snap fit for 3D printed caps and ball joints: undercut size

A 3D print annular snap fit needs an undercut of strain times diameter: about 0.5 mm on a 25 mm PLA cap and 0.9 mm in PETG, with the ring printed standing up.

  • tolerances
  • dimensional accuracy

Bearing press fit in a 3D print: hole sizes for common bearings

3D print bearing press fit: draw the bore 0.10 mm under the bearing's outside diameter, 21.90 mm for a 608. Bore sizes for 623 to 6002, 6800, LM8UU and bushings.

  • tolerances
  • dimensional accuracy

D-shaft hole size for 3D printed knobs and couplers

D-shaft coupler or knob to 3D print: model 5.20 mm with 4.70 mm across the flat for a 5 mm stepper shaft. Bore sizes for 6 mm, 5 mm and 1/4 in D-shafts.

  • tolerances
  • dimensional accuracy

Magnet hole size for 3D prints: how much bigger to make the hole

3D print magnet hole size: model the hole 0.10 to 0.15 mm over the magnet for a press fit, 0.20 to 0.30 mm for glue, and 0.1 to 0.2 mm deeper. Sizes by magnet.

  • tolerances
  • dimensional accuracy

3D print nut trap size: hex pocket dimensions for M2 to M8 nuts

3D print nut trap sizes for M2 to M8 and US nuts: model the hex pocket 0.2 mm wider than the nut across flats (5.7 mm for M3) and 0.1 mm deeper.

  • tolerances
  • dimensional accuracy

O-ring groove for 3D prints: depth and width from O-ring size

3D print O-ring groove sizes: make it 70 to 80% of the cross-section deep for 20 to 30% squeeze. Face and radial seal tables, a worked example and print settings.

  • tolerances
  • dimensional accuracy

3D print press fit tolerance: how much interference to model

3D print press fit tolerance: model 0.05 mm of interference per side (0.10 mm on the diameter) in PLA, less in ABS and nylon. Test print and pressing steps.

  • tolerances
  • dimensional accuracy

Print-in-place clearance: the gap moving parts need to print free

Print-in-place clearance: 0.30 to 0.40 mm per side in XY on a 0.4 mm nozzle and two whole layers in Z, with values for hinges, gears, toys and bearings.

  • tolerances
  • dimensional accuracy

Snap-fit box lid for 3D prints: lip, clearance and catch sizes

3D print snap fit box lid sizes: a 1.35 mm skirt 0.20 to 0.25 mm per side inside the wall and a 0.3 to 0.5 mm catch, plus an ESP32 case and PCB clips.

  • calibration
  • stepper motor
  • flow rate

3D printer calibration formulas: every equation on one page

Every 3D printer calibration formula on one page: e-steps, rotation distance, steps per mm, flow ratio, Vref, belt tension, skew, shrinkage, holes and layers.

  • wattage
  • power consumption

24 V vs 48 V for a 3D printer: what the higher motor voltage buys

3D printer 24V vs 48V: 48 V on the motors holds torque to higher speeds. Heaters, fans and the board stay on 24 V. What you need, what it costs, the math.

  • wattage
  • power consumption

What voltage are 3D printer fans? 12 V, 24 V and mixing them

What voltage are 3D printer fans? Usually 24 V, matching the printer's supply; older printers use 12 V and some boards 5 V. How to check and fix a mismatch.

  • circuit capacity
  • 120v 240v
  • wattage

What power cord does a 3D printer use? IEC C13 and NEMA 5-15

What power cord does a 3D printer use? Most take a standard PC cord: NEMA 5-15P plug to IEC C13. Ratings, gauge, and the cords for Ender 3, Bambu Lab and Prusa.

  • circuit capacity
  • heated bed
  • chamber heater

3D printer tripping the breaker? Overload, GFCI and AFCI causes

A 3D printer can trip a breaker three ways: overload, ground-fault leakage (GFCI) or an arc-like signal (AFCI). Find which one tripped, then the fix.

  • 120v 240v

3D printer voltage switch: 115 V or 230 V?

Set a 3D printer's voltage switch to 115 V in the US and 230 V only on 200 to 240 V mains. Where the switch is, how to check it, and what a wrong setting does.

  • shrinkage
  • dimensional accuracy

How much does ABS shrink? XY, Z and the compensation value

ABS shrinks about 0.4 to 0.8% in X and Y as it cools, but one printed-part study saw it grow 0.92% in Z. Figures by source, plus the OrcaSlicer values.

  • shrinkage
  • dimensional accuracy

ABS vs ASA shrinkage: which one shrinks more

ABS vs ASA shrinkage: about the same. Resin and filament data sheets put both at roughly 0.4 to 0.7%, so start ASA with ABS compensation and measure.

  • 120v 240v
  • wattage
  • power consumption

Bambu Lab printer voltage: A1, A1 mini, P1S, X1C and H2D input ratings

Bambu Lab printer voltage: the A1, A1 mini, P1 and X1 take 100 to 240 VAC; the H2D, H2S, P2S and X2D ship as 110 V or 220 V versions. Amps per model.

  • shrinkage
  • dimensional accuracy

Shrinkage compensation in Bambu Studio for ABS, PETG and PLA

Bambu Lab publishes no ABS shrinkage value. Start at 99.36% in Bambu Studio's Shrinkage field, then print a test cube and correct. PLA and PETG values too.

  • shrinkage
  • dimensional accuracy

Carbon and glass fiber filament shrinkage: PETG-CF, PLA-CF, ABS-GF

PETG-CF shrinks about 0.3 to 0.6%, against 0.54 to 0.76% for printed plain PETG. The published PLA-CF and ABS-GF figures, and why X and Y can differ.

  • 120v 240v
  • wattage
  • power consumption

Creality printer voltage: Ender 3, Ender 3 V3 and K1 input ratings

What voltage do Creality 3D printers use? 100 to 120 V or 200 to 240 V AC in, 24 V DC inside. Ratings, the 115/230 V switch and amps per Ender and K model.

  • shrinkage
  • dimensional accuracy

Do 3D printed parts shrink? While cooling, and over time

Yes. 3D printed parts shrink as they cool, under 1% in X and Y for PLA, PETG and ABS. After that, only heat, moisture or a constant load changes their size.

  • shrinkage
  • dimensional accuracy

Does PLA shrink in heat? The temperature where parts start to move

Yes. Printed PLA shrinks along its print lines and grows in height once it passes its glass transition, about 55 to 61 °C. Below that it barely moves.

  • shrinkage
  • dimensional accuracy

Does PLA shrink in the cold? Freezer and winter math

Yes, slightly and reversibly: a 100 mm PLA part loses 0.16 to 0.38 mm going from a 20 °C room to a -18 °C freezer. PETG loses about 0.19 mm.

  • shrinkage
  • dimensional accuracy

Does PETG shrink? How much, and compared with PLA

Does PETG shrink? Yes, by under 1%: 0.54 to 0.76% in X and Y and 0.73% in Z in a printed-part study, close to PLA. Plus the value to enter in each slicer.

  • shrinkage
  • dimensional accuracy

How much does PLA shrink? Rate, Z and the value to enter

Printed PLA shrinks about 0.5% in X and Y and 0.8% in Z. The figures by axis, the molded resin value, and what to enter in OrcaSlicer, Bambu Studio and Prusa.

  • shrinkage
  • dimensional accuracy

Does 3D printed resin shrink? How much, and how to compensate

Yes, 3D printed resin shrinks as it cures: 3 to 6% by volume on maker data sheets, and about 0.3 to 0.6% in X and Y on measured printed parts.

  • power consumption
  • wattage

Stepper driver input voltage: A4988, DRV8825 and TMC2209 limits

Stepper driver input voltage: A4988 8 to 35 V, DRV8825 8.2 to 45 V, TMC2209 5.5 to 29 V. Why you keep margin, and which drivers run on 24 V or 48 V.

  • wattage
  • power consumption

3D printer stepper motor voltage: NEMA 17 ratings and why current matters more

A NEMA 17 stepper is rated about 3 V, which is just rated current times coil resistance. Printers run them on 12 or 24 V through current-limiting drivers.

  • 120v 240v
  • power consumption

What voltage does a 3D printer use? 110 V, 220 V and dual voltage

What voltage should a 3D printer be? In the US, 120 V AC; many printers take 100 to 240 V with nothing to set. How to read the label, plus the 24 V DC inside.

  • print cost
  • pricing
  • selling prints

3D print cost spreadsheet: formulas for Excel and Google Sheets

Build a 3D print cost spreadsheet in Excel or Google Sheets: a settings block, one row per job, formulas to paste and a CSV template you can import.

  • print cost
  • pricing
  • selling prints

How much does it cost to 3D print a dragon?

An articulated 3D printed dragon costs about $0.84 to $2.32 in PLA and power at 27 to 55 cm long. Grams, hours and cost by size, plus how to price one to sell.

  • print cost
  • print time
  • multi color

How much does it cost to 3D print a figure?

What a 3D printed figure or toy costs at home: grams, print hours, filament and electricity for figures from 10 to 60 cm, action figures and fidget toys.

  • print cost
  • print time
  • electricity cost

How much does it cost to 3D print a helmet?

A wearable 3D printed helmet costs about $8 to $33 in PLA and power, a mask $2.50 to $10, and a full suit of armor $200 or more, from real model profiles.

  • pricing
  • selling prints
  • print cost

How much to charge for 3D printed keychains

How much to charge for 3D printed keychains: what one costs to make, a pricing formula, and what you keep at $4, $6 and $8 after Etsy or Square fees.

  • print cost
  • pricing
  • print time

How much does it cost to 3D print LEGO bricks?

A 3D-printed LEGO-compatible 2x4 brick costs about 7 cents in PLA and power, against 21 cents on LEGO's US Pick a Brick. Per brick, per gram and per set.

  • print cost
  • pricing
  • selling prints

How much does it cost to 3D print a miniature?

A 28 to 32 mm miniature costs 10 to 26 cents in resin or PLA. Resin per ml and PLA per gram for real minis, a Warhammer army budget, and what to charge.

  • print cost
  • print time
  • pricing

How much does it cost to 3D print a vase?

What a 3D printed vase costs at home: grams, hours, filament and electricity for vase-mode vases from 13 to 30 cm, solid-wall vases, and what to charge for one.

  • circuit capacity
  • wattage
  • power consumption

Can you run a 3D printer on an extension cord or power strip?

Can you run a 3D printer on an extension cord? Yes, on a grounded cord rated above the printer's peak amps. Gauge limits, power strip rules and what to avoid.

  • power consumption
  • wattage
  • electricity cost

3D printer power consumption compared by model

3D printer power consumption compared: rated maximum watts, measured PLA averages and cost per hour for Bambu Lab, Prusa, Creality, Elegoo and more.

  • print cost
  • pricing

How much does it cost to 3D print at the library?

US libraries charge 6 to 20 cents per gram or $1 per hour for 3D printing, and some print free. Fees at eight libraries and a 20 g and 50 g print priced.

  • pricing
  • print cost

How much do 3D printing services charge?

What 3D printing services charge for a plastic part: online FDM from $1.00, $25 minimum orders, about $95 at Protolabs, and 15 cents a gram at libraries.

  • power consumption
  • wattage
  • electricity cost

Bambu Lab A1 mini power consumption: watts, kWh and cost

Bambu Lab A1 mini 3D printer power consumption: 80 W average on PLA, 150 W maximum, 6 to 7 W standby, with kWh, cost per hour and amps at 120 V.

  • power consumption
  • electricity cost
  • wattage

Bambu Lab A1 power consumption: watts, kWh and cost

Bambu Lab A1 3D printer power consumption: 95 W average on PLA, 350 W maximum at 110 V, 4 to 5 W standby, with kWh and cost per hour at US rates.

  • power consumption
  • electricity cost
  • wattage

Bambu Lab P1S power consumption: watts, kWh and cost

Bambu Lab P1S 3D printer power consumption: 105 W average on PLA, 140 W on ABS, 350 W maximum at 110 V, 6 W standby, with kWh and cost per print.

  • power consumption
  • electricity cost
  • wattage

Bambu Lab X1 Carbon power consumption: watts, kWh and cost

Bambu Lab X1C 3D printer power consumption: 105 W average on PLA, 150 W on ABS, 350 W maximum at 110 V, about 9 W standby, with kWh and cost per print.

  • power consumption
  • electricity cost
  • wattage

Creality K1C power consumption: watts, kWh and cost

Creality K1C 3D printer power consumption: about 144 W averaged over a PLA print, 150 to 250 W spot readings, 350 W rated, with kWh, cost and amps.

  • purge waste
  • multi color
  • flush volume

Do all 3D printers poop? Which ones do and why

Do all 3D printers poop? No. Which printers eject purge through a chute, why they do it even in one color, and how many grams each purge wastes.

  • power consumption
  • electricity cost
  • wattage

Ender 3 power consumption: watts, kWh and cost

Ender 3 3D printer power consumption: 80 to 125 W measured on PLA, 270 W or 350 W rated, a 220 or 270 W heated bed, with kWh and cost per print.

  • flush volume
  • purge waste
  • multi color

What flushing volume should you use? Values by color pair

What flushing volume should you use? Bambu Studio and OrcaSlicer values by color pair, black to white and white to black, in mm³ and grams of PLA.

  • flush volume
  • purge waste
  • multi color

Flushing volume multiplier: what it does and what to set

The flushing volume multiplier scales every flush in the slicer's table. Defaults, the 0 to 3 range, grams and dollars saved at 0.8 or 0.7, and how to test it.

  • wattage
  • power consumption
  • electricity cost

3D printer hotend wattage: 40 W, 50 W or 60 W heaters

3D printer hotend wattage explained: stock heaters are 40 W to 48 W, high-flow ones 50 W to 100 W. Resistance, amps, and what more watts change.

  • power consumption
  • wattage
  • circuit capacity

How many amps does a 3D printer use?

How many amps does a 3D printer use? About 1 to 3 A at 120 V: 0.7 to 1.7 A while printing, up to 2.9 A at a 350 W peak, plus the outlet and circuit it needs.

  • print cost
  • electricity cost
  • depreciation

Is 3D printing expensive? What it costs to run a printer

Is 3D printing expensive? Running a hobby printer costs about $20 to $24 a month for filament, power and wear parts. The printer and the extras cost more.

  • multi color
  • purge waste
  • flush volume

Which multi-color 3D printer wastes the least filament?

The multi-color 3D printer with least waste is a tool changer. Waste per color change for switchers, dual nozzles, tool changers and IDEX, worked through.

  • flush volume
  • multi color
  • purge waste

Flushing volume from PLA to PETG and back

The flushing volume from PLA to PETG and back: Bambu Studio's measured 650 mm³, why color-based tables run low, grams per change and how to raise it.

  • print cost
  • print time
  • failure rate

How to reduce 3D printing cost: each lever with its saving

How to reduce 3D printing cost, lever by lever: infill, walls, layer height, nozzle size, bulk filament, failures and purge, each with a measured saving.

  • power consumption
  • wattage
  • electricity cost

Running a 3D printer on solar, a battery or an inverter

Running a 3D printer on solar: the inverter size, the battery Wh for a print, and the panel watts to recharge it, with worked examples for an A1 mini and a P1S.

  • print cost
  • pricing
  • selling prints

How much does it cost to 3D print a small object?

A small 3D print costs 10 cents to $1 at home in PLA and power. Real model weights and print times, service and library minimums, and how to price small prints.

  • power consumption
  • wattage
  • heated bed

UPS for a 3D printer: size and runtime

Size a 3D printer uninterruptible power supply by watts, not VA, and work out how many minutes its battery holds a print, with Bambu Lab examples.

  • 120v 240v
  • circuit capacity
  • heated bed

Adding a 240 V outlet for a 3D printer: checklist before a high-power bed

How to add a 240V outlet for a 3D printer: panel capacity, breaker and wire size, NEMA 6 receptacles, the 80% load rule and when 240 V beats 120 V.

  • heated bed
  • wattage
  • power consumption

AC vs DC heated beds: SSRs, silicone heaters and power explained

AC vs DC heated beds explained with the math: current and resistance at 12, 24, 120 and 230 V, heat-up time, PSU sizing, SSRs and where the losses really are.

  • dimensional accuracy
  • shrinkage
  • flow rate

How to calibrate dimensional accuracy per material

Calibrate dimensional accuracy per material: fix e-steps and flow, print a test part, measure it, and turn the errors into XY, Z and hole compensation values.

  • dimensional accuracy
  • shrinkage
  • moisture

How to print dimensionally accurate nylon parts

Print dimensionally accurate nylon parts: dry the filament, control chamber and cooling, then compensate for print shrinkage and moisture swelling.

  • multi color
  • purge waste
  • flush volume

Is multi-color 3D printing worth the filament cost?

Where multi-color filament waste comes from, a worked cost and time example, the cheaper alternatives, and how to slice and paint a model to cut color changes.

  • failure rate
  • print cost
  • print farm

Is AI print failure detection worth it? Cameras, lidar and the math

Is AI print failure detection worth it? What camera and lidar monitoring catch, what they miss, 2026 prices, and a break-even formula with worked examples.

  • failure rate
  • print cost
  • print farm

How to reduce your 3D print failure rate, ranked by cost

How to reduce print failure rate with numbers: log every failure, price each failure mode, fix the costliest first and check each upgrade's payback in prints.

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