Convert your favorite photos or images into interesting 3D objects with PLA+ LITHOPHANE. For printing 3D lithophanes, we recommend the generator HERE. High-quality material with consistent coloring. It is a translucent material and therefore perfectly suited for printing lithophane photographs. And not only that! Introducing the newest addition to our filament family - PLA+ Lithophane! With this magical material, you can print not only original 3D photos, but also objects with high light transmission capabilities. Try PLA+ Lithophane and be amazed by the unique details and print quality. Thanks to its properties, it is tough and thus suitable for both large objects and more detailed prints. An improved classic, even easier to print than ever before! PLA+ (polylactic acid) - improved printing properties compared to standard PLA:

• lower printing temperature 195 °C, making it suitable for bridging and printing overhangs
• higher layer adhesion and impact toughness - meaning the printed object is more flexible under stress
• higher viscosity = does not clog the nozzle
• material better tolerates insufficient cooling of the printer in warm environments (for example in summer months), precisely because of the lower printing temperatures and higher viscosity used
• suitable for 3D pens, again due to lower temperatures
• has an attractive matte surface
• offered in the new Skin edition, Army edition, classic Black&White, modern Pastel edition, summer Summer edition, or recycled RePLA+
• watch our video about PLA+ material

PRINT SETTINGS Print profile for Prusa slicer MK3 download HERE Print profile for Bambu Lab printers download HERE Min. wall thickness: 0,8 mm Max. wall thickness: 5,0 mm Nozzle: 190 - 210 °C Heatbed: 60 °C Choose 100% infill for the print.

ADVANTAGES	DISADVANTAGES
✅ Attractive matte look	❌ Low temperature resistance
✅ Suitable for 3D pens
✅ Higher viscosity = does not clog the nozzle
✅ Better tolerates insufficient cooling of the printer in warm environments
✅ Suitable for bridging and printing overhangs thanks to lower printing temperature