Standard-line Gradient PLA Filament

Transform your prints with seamless colour transitions

Elevate your 3D print game with our Standard-line Gradient PLA Filament — a premium yet accessible PLA that delivers smooth, eye-catching colour shifts as you print. Perfect for designers, makers, educators and hobbyists who want creative visuals without sacrificing reliability.

Why you’ll love it

• Continuous gradient, one spool: Watch the filament flow from one hue to another in a fluid, layered transition — no manual filament changes required.

• Striking visual depth: Gradient shifts add dynamic colour variation across your prints, making prototypes, art pieces, or display models stand out.

• Easy to use: Built on the trusted performance of PLA: low warp, good layer adhesion, and simple settings mean less fuss, more printing.

• Great value: Offers premium aesthetic impact without stepping up to exotic materials or price points.

Product Highlights

• Recommended printing temperature: 200–220 °C

• Bed temperature: 50–60 °C (standard PLA settings)

• Filament diameter tolerance: ±0.05 mm

• Spool size & net weight: 0.05 kg – 1 kg (1.75 mm diameter unless otherwise stated)

• Unique spools: Each spool features its own gradient sequence — no two prints will look exactly alike.

Ideal for

• Decorative prints, signage, and display models where colour variation enhances impact

• Rapid prototypes, concept parts and functional items that benefit from visual richness

• Educational projects where colour shifts engage attention and tell a story

• Makers, artists and hobbyists who want more than basic solid-colour filament

Print Settings & Tips

• Start with a standard PLA profile: extruder 200–220 °C, bed 50–60 °C.

• Moderate print speed (40–60 mm/s) keeps transition zones clean and visually distinct.

• Enable cooling for sharper transitions and better surface finish.

• Because each spool has transitioning colours, aim to print pieces large enough to show those changes — small parts may stay mostly one shade.

• For best visual effect, orient geometry so the gradient runs along visible surfaces or layers rather than hidden zones.