INKCLOUD™

PLA Lite

A streamlined PLA that is easy to print and offers better value.
Low Medium High
Surface Gloss
High-gloss finish for a smooth, silk-like appearance.
Color: Transparent
Size: 1.75mm
Weight: 0.25kg
PRODUCT_BANNER_ALT_TEXT

PLA Lite Filament

An easy-printing PLA with smooth corners, reliable extrusion, and reduced risk of nozzle clogging.

Feature 1

Fast     Printing

Feature 1

Rich       Colors

Feature 1

Clean Extrusion

Polished Detail, Less Finishing

Smooth walls highlight fine geometry and deliver presentation-ready models with less post-processing.

Stable Flow, Fewer Failures

Reliable flow preserves crisp corners while reducing clogs, maintenance, and wasted material.

Easy PLA for Daily Production

A practical choice for print farms, studios, training labs, and cost-conscious production.

PARAMETER INFORMATION

PLA Lite

General FDM Filament

PRINT SETTINGS
Pre-Print Drying
(Filament Dryer)
50±5°C, 4-8h Print & Storage Humidity <20% RH (Sealed with desiccant)
Nozzle Temperature 190-230°C Nozzle Diameter 0.2/0.4/0.6/0.8mm
Build Plate Type Cool Plate SuperTack/Textured PEI Plate/Smooth PEI Plate Build Plate Temperature 55-65°C
Cooling Fan 100% Print Speed 50-200mm/s
Retraction Distance 0.6-1.0mm Retraction Speed 20-40mm/s
Chamber Temperature 25-45°C Max. Overhang Angle 55°
Max. Bridge Length 30mm Build Plate Surface Treatment No treatment required

MECHANICAL PROPERTIES

Tensile Strength / MPa Elongation at Break / % Flexural Modulus / MPa Flexural Strength / MPa Impact Strength / kJ/m2
32 11 2240 51 19

Recommended values may be fine-tuned for printer model, geometry, and ambient conditions.

Product specifications table
Specification name Specification Value
Color pattern White, Orange 01, Pink, Beige, Black, Red, Gray, Coffee, Blue, Green, Dark brown, Purple, Dark Orange, Lemon Yellow, Royal Blue, Transparent, Yellow, Gold, Army green, Off-white, Natural Wood, Cyan, Silver, Vintage Red
Filament type Multi-color Silk PLA
Finish Gloss, Matte
Material Plastic
Print technology 3D printing, Additive manufacturing