PLA Print Temperature: Nozzle and Bed Settings by Brand

The short answer

No single number is right for every PLA. Each manufacturer publishes a nozzle and bed range for its own formula, so start in the middle of the range printed for your spool, then print a temperature tower and keep the setting that gives clean bridges, strong layers and little stringing. Silk and high-speed PLA usually need a different window.

As an example of a sensible default, Prusa's knowledge base recommends 215°C for the first layer, 210°C after, and a 60°C bed (opens in a new tab) for PLA. That works for many spools, but the brands below show why it is a starting point rather than a rule.

Why the ranges differ

PLA is a base resin, and every brand adds its own pigments, flow modifiers and impact modifiers. Pigment load alone changes how the plastic melts, which is why some makers publish wide windows and others narrow ones. Spool labels also reflect different assumptions about print speed: a range written for 50 mm/s on a bed slinger will not match one written for a fast CoreXY machine.

Published ranges for everyday PLA

Every row comes from the brand's own page and uses only figures we could verify there.

The lowest published minimum here is GEEETECH's 185°C and the highest maximum is 240°C from SUNLU and Sovol. JAYO's window is only 10 degrees wide. Bed figures vary even more: Polymaker and Overture start at 25°C, while JAYO asks for 60 to 80°C. Copying one brand's numbers onto another brand's spool can put you outside the second maker's window entirely. For tougher PLA+ blends, which often start higher, see PLA vs PLA+.

How to find your setting

1. Read the range on your exact spool or product page. Not the brand in general: one company's matte, silk and basic lines can differ.
2. Start at the midpoint. For a 190 to 230°C range, that means 210°C. For JAYO's 200 to 210°C, it means 205°C.
3. Set the bed in the middle of its range too, then adjust for your surface. Textured PEI often holds well toward the lower end.
4. Print a temperature tower. Many slicers include one as a calibration model, or you can download a model that changes temperature every few millimeters of height. Span the full published range.
5. Inspect each band. Look at bridges, overhangs, stringing between pillars and surface gloss. Try snapping the tower by hand: bands that break cleanly along a layer line were too cold.
6. Pick the coolest band that still bonds well, then add a little if you plan to print faster than the tower did.
7. Write it down per spool. Re-check when you open a new color, even from the same brand.

Diagnostic steps: what the print is telling you

Stringing or fine hairs between parts. The nozzle is likely too hot, the filament is damp, or retraction is too short. Drop the temperature toward the lower half of the range first. If that does not fix it, dry the spool: Anycubic, for instance, recommends 45 to 50°C for 6 to 8 hours (opens in a new tab) for its PLA.

Layers split apart or parts snap along a layer line. The plastic is not hot enough to fuse with the layer below. Raise the nozzle temperature toward the upper half of the range, reduce part cooling slightly on thick parts, and check that you are not printing faster than the hotend can melt.

Corners lift off the bed (warping). Clean the build plate with soap and water or isopropyl alcohol, raise the bed temperature within the published range, add a brim, and keep the printer out of drafts. PLA warps far less than other materials, so persistent lifting usually points to a dirty plate or a cold room.

The first layers bulge outward (elephant's foot). The bed is too hot or the first layer is squished too hard. Lower the bed toward the bottom of its range, raise the first layer height offset slightly, or enable your slicer's first-layer compensation.

Gaps, thin walls or clicking extruder at speed (under-extrusion). The hotend cannot melt filament as fast as you are asking. Raise the nozzle temperature, slow down, or switch to a high-speed PLA. Anycubic states a maximum volumetric flow of 18 mm³/s (opens in a new tab) for its high-speed PLA, a useful reminder that every filament and hotend pairing has a ceiling.

High-speed and silk PLA shift the window

Speed and temperature are linked: the faster you push filament, the hotter it has to be to melt in time. Some brands spell this out. SUNLU lists 200 to 210°C for 50 to 100 mm/s and 210 to 240°C for 100 to 200 mm/s (opens in a new tab) on its standard PLA. Anycubic's high-speed PLA goes further, with a 190 to 260°C range (opens in a new tab) mapped to speed: 190 to 210°C for 50 to 150 mm/s, 210 to 230°C for 150 to 300 mm/s, and 230 to 260°C for 300 to 600 mm/s.

Silk PLA tends to run slower rather than hotter. ERYONE lists its silk line at 60 mm/s (opens in a new tab) against 100 mm/s for its regular PLA (opens in a new tab) at the same temperatures, and Polymaker rates Panchroma Silk at 250 mm/s versus 350 mm/s for Panchroma Basic (opens in a new tab). Slowing down usually does more for silk shine than adding heat. AMOLEN is the exception, starting its silk at 210°C, so read the label before reusing a profile.

Suitable products

If you print fast, filter the filament finder for high-speed PLA and favor brands that publish a speed-to-temperature table like the ones above. If you print at ordinary speeds, any spool with a published range your hotend covers is a fair candidate, and our best PLA filament page explains which published specs matter most. The live grid on PLA filament deals ranks by price per kg, which pla.deals calculates as the offer price divided by the listing's total net filament weight, with each price stamped with the time it was verified against Amazon.

Common mistakes

1. Treating 200°C as universal. It sits below the published minimum for SUNLU's high-speed PLA and AMOLEN's silk.
2. Changing several settings at once. Adjust temperature alone, print, then move on to retraction or cooling.
3. Raising temperature to fix stringing. Heat usually makes stringing worse; drying and lower temperature help more.
4. Running a hot bed all print long. A bed at the top of its range can cause elephant's foot and softened lower layers.
5. Ignoring the speed column. A temperature tower printed slowly will not show what happens at 300 mm/s.
6. Reusing one profile for every color. Pigments change melt behavior, so re-tune when a new color misbehaves.
7. Printing hotter to make parts heat resistant. Nozzle temperature does not change how finished PLA handles a hot car; if that is the goal, read PLA vs PETG.

Frequently asked questions

What bed temperature should I use for PLA?

Use the middle of the bed range on your spool's page. Published PLA bed ranges in this guide run from 25°C up to 80°C, and 12 of the 13 lines in the first table list an upper limit between 60 and 70°C.

Can I print PLA without a heated bed?

Several brands list a bed minimum of 25°C, which is effectively room temperature, so it is possible on a well-prepared surface. A heated bed still makes first-layer adhesion far more consistent.

Why does my PLA print fine at one speed and fail at another?

Melting takes time. At higher speeds the filament spends less time in the hot zone, so it needs a higher nozzle temperature or a high-speed formula.

Does a 0.6 mm nozzle need a hotter setting?

A larger nozzle pushes more plastic per second, so it often needs a few degrees more at the same speed. Confirm with a temperature tower rather than guessing.