PLA

How do I get good PLA prints?

First in this ranking: Polymaker Polylite PLA.

Nozzle190–230 °C
Bed25–60 °C
Speed40–60 mm/s
Dry55 °C for 6 h
Density1.17 g/cm³

Ranked filaments

Rank	Filament	Material	Nozzle	Bed	Price / kg	Datasheet	Retailer
1	Polymaker Polylite PLAKnown PLA with a listed nozzle of 190–230 °C and a bed of 25–60 °C on the US product page checked 14 October 2026. Dry at 55 °C for 6 h. The community band of 200–220 °C sits inside the nozzle range.	PLA	190–230	25–60	Not listed	Datasheet	Not configured
2	Prusament PLAListed nozzle 205–225 °C and bed 40–60 °C. A named brand, not an unlabeled PLA.	PLA	205–225	40–60	Not listed	Not listed	Not configured
3	ELEGOO PLA BasicListed nozzle 190–230 °C and drying at 50 °C for 8 h on the US 10 kg page. The page states the drying temperature as 50 ± 5 °C.	PLA	190–230	35–65	Not listed	Not listed	Not configured
4	eSUN 3D PLA+PLA+ from eSUN, with a listed nozzle of 190–230 °C. PLA+ is not a standard grade; see the PLA+ page.	PLA+	190–230	50–70	Not listed	Not listed	Not configured

This page is the hub for a broad PLA cluster. Drying is a separate guide. Bed adhesion and stringing are anchored below until they have their own URLs.

When to use which material

Use plain PLA for the first successful print. Use PLA+ only when you already know you want that brand’s tougher formula, and read what PLA+ means before treating the plus as a specification. Do not switch to PETG, ASA, or TPU to fix a PLA first layer.

Temperatures and settings

The community band for this question is 200–220 °C at the nozzle, after the plate is clean and the Z offset is reset. PolyLite PLA lists 190–230 °C and Prusament PLA lists 205–225 °C. Print inside the overlap of the community band and the row you actually loaded. Bed temperatures stay on the row. This import does not list a print speed for these spools. High-speed PLA is a different question: how fast PLA and PETG can go.

Failure modes

Work in this order. A dirty plate and a wrong Z offset come before a new spool.

Bed adhesion

Wash the build plate with dish soap and water, then re-level and set Z offset again. Glue is not the first step in this consensus. If the first layer still will not stick, check the bed range on the product row against the printer’s maximum bed temperature on the printer page.

Stringing

Stringing on PLA is later in the list than the first layer. Dry the spool before chasing retraction. The drying guide has the community temperatures. Wet PLA can string and look like a slicer problem.

Wet filament and cheap filament

A spool that sat out, or a no-name PLA, is part of the consensus. Elegoo PLA Basic lists drying at 50 °C for 8 h on the US 10 kg page. Prefer a brand with a real product page, such as Polymaker, Prusament, or eSUN.

Caveats

This cluster is generic on purpose. A page that tries to cover every PLA failure will hide the specific fix. Split bed adhesion and stringing into their own guides when those questions are written up. Until then, use the anchors on this page.

Where this sits in the catalog

PolyLite PLA versus Prusament PLA settings on a P1S shows whether the listed temperatures fit that printer. PolyMax PLA versus Prusament PLA is the comparison of two PLA rows, not a ranking of failure fixes. Filter PLA by printer when the question is fit, not brand.

Pros and cons

Pros

The failure list is short and mechanical: plate, Z offset, moisture, temperature, brand.
The ranked spools are ordinary PLA or PLA+ with a catalog record, which is what the community means by a known-good brand.

Cons

This is a catch-all. Bed adhesion, stringing, and drying need their own checks, and only drying has a separate page so far.
200–220 °C is the community band from this batch, not the nozzle range stored on every PLA row.

Printer considerations

Re-level and reset Z offset before changing filament. A first-layer failure looks like a material problem and often is not.
Match the table’s nozzle and bed ranges to the printer maximums. A blank cell is not a typical PLA number.
The P1S settings page for PolyLite PLA applies the same fit rules. It does not invent a speed.

Printer limits

What the community says

The consensus for this cluster is that most PLA failures trace to bed adhesion or the first layer, wet or cheap filament, or temperature. The practical advice attached to that consensus is to wash the plate with dish soap, re-level and reset Z offset, print at 200–220 °C, and use a known-good brand. PLA and PLA+ are the materials named. It is a generic catch-all and should be split into more specific pages.

Sources & notes

Accessed 14 October 2026.

PolyLite PLA technical data sheet datasheet
Polymaker PLA Pro technical data sheet datasheet
Community source, r/3Dprinting 1j5ao0y reddit
Community source, r/3Dprinting 1afdylq reddit
Community source, r/3Dprinting 1lk8frn reddit
Community source, r/3Dprinting t5hl5s reddit
Community source, r/3Dprinting t2x1iu reddit

Answer JSON · Markdown

Questions

Is 200–220 °C the nozzle range in the table?

No. That band is the community advice for this question. Each row shows the nozzle range stored on that product, which can be wider.

Where are the bed-adhesion and stringing guides?

They are sections on this page, not separate URLs yet. Drying already has its own page.