# Spectrum PLA Silk Rainbow print settings (nozzle, bed, dry)

Nozzle 210–240 °C (410–464 °F) · Bed 40–60 °C (104–140 °F)

Print at 210–240 °C (410–464 °F) nozzle, 40–60 °C (104–140 °F) bed.

Source: Open Filament Database

## Sources & notes

Spectrum PLA Silk Rainbow (PLA) has a recommended nozzle temperature of 210–240 °C (410–464 °F) and a recommended bed temperature of 40–60 °C (104–140 °F), according to the Open Filament Database (record https://api.openfilamentdatabase.org/api/v1/brands/spectrum/materials/PLA/filaments/pla_silk_rainbow/index.json; dataset imported 2026-10-13).

Dataset imported: 2026-10-13. Open Filament Database generation date, not a lab test.

- Material: PLA
- Nozzle: 210–240 °C (410–464 °F)
- Bed: 40–60 °C (104–140 °F)
- Dry: not in our current sources
- Print speed: not in our current sources
- Hardened nozzle: not recorded
- Source: https://spectrumfilaments.com/wp-content/uploads/2024/05/en_tds_spectrum_pla_silk_rainbow.pdf

## What nozzle temperature does Spectrum PLA Silk Rainbow recommend?

Spectrum PLA Silk Rainbow lists a recommended nozzle temperature of 210–240 °C (410–464 °F).

## What bed temperature does Spectrum PLA Silk Rainbow recommend?

Spectrum PLA Silk Rainbow lists a recommended bed temperature of 40–60 °C (104–140 °F).

## What print speed does Spectrum PLA Silk Rainbow list?

Print speed and volumetric flow are not in our current sources in the imported sources.

## Does Spectrum PLA Silk Rainbow require an enclosure?

An enclosure requirement is not in our current sources. No chamber temperature is listed either.

## Does Spectrum PLA Silk Rainbow require a hardened nozzle?

A hardened-nozzle requirement is not in our current sources.

## How should Spectrum PLA Silk Rainbow be dried?

Drying temperature and drying time for Spectrum PLA Silk Rainbow are not in our current sources.

## What spool weights does Spectrum PLA Silk Rainbow come in?

Listed spool weights: 1 kg (1000 g).

## What is the price per kilogram of Spectrum PLA Silk Rainbow?

Price per kilogram is not in our current sources.