PLA 3D850, Everyday, Black, 1.75mm, Tolerance ±0.05mm

• This filament has excellent 3D printing characteristics, including detail precision, on the majority of desktop and industrial 3D printers (it was tested on a range of printers - see details on Replitech website)
  
• It is a strong material compared to other 3D printing materials (see detailed mechanical properties on Replitech website)
  
• This material has better resistance to higher temperatures than other PLA filaments, due to its semi-crystalline arrangement of molecular chains. It can also be heat treated (annealed) to obtain even better mechanical and thermal properties.
  
• The diameter of the filament is closely monitored during production to ensure a close tolerance. The actual diameter limits of each spool are recorded on a label attached on the spool.
  
• The quantity of filament in this package is almost double than the classic 1kg spool. For this reason, the spool is slightly larger. Please check the spool size dimensions to see if it fits on your 3D printing setup.
  
• It has good adhesion to build plates. For improved bed adhesion we recommend to use glue (Elmer's Disappearing Purple and other similar).
  
• It has minimal warping and curling, and low odor when printing.
  
• It has a lower environmental impact than other 3D printing materials

- Bed temperature 60±5°C;
- Nozzle temperature 210±5°C;
- It sticks well on a variety of build plates (PEI, glass, tape, etc.); We recommend using water soluble glue;
- Print speed: 40 - 100 mm/s (depending on your hot end melting capability and nozzle orifice size)
- Like most 3D printing materials, this one is hygroscopic, (i.e. it absorbs water from its surroundings). For better printing results, when storing, use the included bag and desiccant to keep the material as dry as possible.

Note: Prusa MK3S standard printers have a design feature in the heat-break component which might cause material flow blockages in the extruder when printing with semi-crystalline materials (such as our PLA 3D850); There are a few ways to resolve this problem and take advantage of these improved materials developed for higher performance - see our guide on Replitech website. If you don't need the thermal characteristics and improved toughness of these better materials, you can use the classic PLA (4043D) which has a more amorphous structure and is not affected in the same degree by that Prusa design feature.