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PLA+ (Tough PLA) filament: the numbers

Impact-modified polylactic acid. Typical uses: functional prototypes, snap-fit parts, tool handles, jigs.

1.24 g/cm³density (1.2–1.26)
335 mper kg at 1.75 mm
2.98 gper metre
205–230 °Cnozzle
50–65 °Cbed
0.3%linear shrinkage
$22typical per kg ($18–32)
58 °Cmax service temperature
Not neededenclosure
50 °C · 6 hdrying (low hygroscopic)
1/5difficulty · medium strength · rigid

Printing tips

Grams ↔ metres for PLA+ (Tough PLA)

Convert
g

What a PLA+ (Tough PLA) print costs

Filament
g
From your slicer after slicing
USD/kg
Printing
hours
W
Typical while printing, not the PSU rating
USD/kWh
%
Share of prints that fail and get reprinted
Printer wear, labour and selling price
USD
0 to ignore depreciation
hours
5,000 h ≈ 3 years of regular use
USD/h
Nozzles, belts, lubricant, fans
parts
min
Slicing, setup, removal, cleanup
USD/h
USD
Sanding, paint, inserts, glue
USD
%
Profit on top of the true cost

Questions about PLA+ (Tough PLA)

What temperature should I print PLA+ (Tough PLA) at?

Nozzle 205–230 °C and bed 50–65 °C are the usual range. Start in the middle and tune with a temperature tower; no enclosure is needed.

How many metres of PLA+ (Tough PLA) are in a 1 kg spool?

About 335 m at 1.75 mm (density 1.24 g/cm³). One metre weighs 2.98 g.

Does PLA+ (Tough PLA) need drying?

Rarely for fresh spools. PLA+ (Tough PLA) absorbs moisture slowly; dry at 50 °C for 6 hours if it has been open for months or prints with unexpected stringing.

How much does PLA+ (Tough PLA) shrink?

About 0.3% linear. To compensate, scale X and Y by 100.30% in the slicer, or measure a test print and use the shrinkage calculator.

Sources: wiki.polymaker.com, cdn.shopify.com