PLA Meta Cherry Red Forshape - 1.75mm - 1 kg

Filament PLA Meta Red Cherry Forshape

The PLA Meta Red Cherry, developed by Forshape, is an improved variation of the PLA standard. The PLA Meta filament is 1.5 times more fluid than the standard PLA , making it ideal for high-speed 3D printing.

In terms of impact resistance and robustness, it excels over PLA and PLA+. A model 3D printed with PLA Meta will not break if dropped, offering superior durability.

The matte colours of PLA Meta 3D printer filaments produce brilliant, matte surface prints, perfect for art, craft and 3D projects.

Thanks to its excellent adhesion and superior layer bonding, PLA Meta is easier to print successfully than PLA and PLA+. Finally, Forshape 's PLA Meta is up to 0.02mm more accurate than most PLA filaments, making it the ideal choice for demanding 3D printers.

This filament complies with RoHS standards, which ensure that certain substances considered hazardous are restricted in its composition. This compliance ensures that your health is protected, by ensuring that the filament complies with the applicable safety standards.

PLA Meta Red Cherry Forshape: key features

Printing at lower tray and nozzle temperatures: this filament prints at temperatures of 180°C (extrusion) and 40°C (tray)

More resistant than standard PLA : this PLA Meta is an improved version of PLA offering better fluidity and increased impact resistance. It is the best PLA filament on the market.

Vibrant colours and matt appearance: the result is very pretty with a touch of matt.

Our recommendations for use with PLA Meta Red Cherry

EcoPLA Chocolate Forshape is a filament compatible with all open 3D printers equipped with extrusion in 1.75mm.. It will adhere to any type of platen, heated or not.

We recommend that you set your printer to an extrusion temperature of between 180 and 185°C in order to print PLA Forshape Chocolate in optimum conditions. A print speed of between 60 and 80mm/s and the use of a platen with a heating option of up to 40°C are also recommended.