Anycubic PLA Silk Filament Tri-Color: Red Yellow Green

Materiál: PLA umělá hmota
Provedení: Cívka
Hmotnost (kg): 1
Barva tisku: multicolor
Min. teplota zpracování (°C): 210
Průměr vlákna (mm): 1,75
Max. teplota při zpracování (°C): 240
Typ: Vlákno do 3D tiskárny

Anycubic PLA Silk Filament Tri-Colour Red Yellow Green 1 kg – 3D Printer Filament
Multi-colour surfaces are created directly during printing and change their look depending on the viewing angle. The colour gradient from red, yellow and green creates clear transitions without the need to change filament. The silk-like surface helps to reduce visible layer lines and makes edges stand out clearly. This makes the material ideal for models where colour and surface effect are the main focus.
Colour gradient with adjustable gloss effect By adjusting the nozzle temperature and print speed, the surface gloss can be controlled. Higher temperatures or lower speeds improve material flow and create a smoother surface. This allows the appearance of the print to be adapted to the shape, size and level of detail of the model.
Stable print settings for consistent results The filament has a diameter of 1.75 mm and is supplied on a 1 kg spool. Recommended print settings are 210–240 °C for the nozzle and 55–65 °C for the heated bed. In compatible systems, the integrated identification chip supports automatic detection of print data.
Features:
Three-colour gradient in red, yellow and green creates a changing look depending on the viewing angle Silk-like surface helps to visibly reduce layer lines Gloss level can be influenced by adjusting temperature and print speed 1.75 mm filament diameter fits common FDM 3D printers Recommended nozzle temperature of 210–240 °C supports consistent material flow Recommended heated bed temperature of 55–65 °C improves reliable adhesion 1 kg spool is suitable for medium to larger print projects PLA Silk material shows increased flexibility compared to standard PLA Integrated identification chip enables automatic filament detection in compatible systems