BCN3D PLA Filament – Red BCN3D

BCN3D Filaments

Industrial-grade materials manufactured by BASF and Mitsubishi Chemical and designed to deliver outstanding results for BCN3D printers.

Properties

• Detailed and glossy surface quality
• Good tensile strength
• Rigid, fragile behaviour
• Good UV resistance
• Withstand operating temperatures up to 50°C
• Odor-free, ideal for educational and office environments
• Compatible with PVA supports
• Low solvent and water resistance

Datasheets:

How to Print

Printer Settings

	Extruder temp. 180º C – 210º C		Bed temp. 65º C Sigma & Sigmax 45º C Epsilon
	Cooling fan 100%		Speed 40 – 80 mm/s
	Min. layer height 0.08 – 0.2 mm

For BCN3D Stratos users:

Get a proper printing profile for PLA using the ones integrated into the BCN3D Stratos.

Bed adhesion:

To ensure good bed adhesion use Magigoo.

Recommendations:

Store it in an airtight container with desiccant.

Product design prototype

PLA is ideal for those models and prototypes that need and good surface quality and aesthetic detail. Also, is the perfect material for printing part that contain overhangs, complex geometries and intricate curves.

Affordable concept design

The process of developing the conceptual design of a product using 3D printing reduces the costs of product development and allows the evaluation of the functionality of the specific part. PLA is a perfect material for that kind of prototypes.

Variety of colours

Colours express different feelings and emotions; if we know how to play with them and use them when appropriate, our designs will be a success.

Product design prototype

For this prototype of the frame for TwoNav’s GPS devices, PLA was chosen for its famed versatility and ease of use.

Customized tooling

After dissolving soluble supports to enable the creation of complex geometries, this end-use part made from Tough PLA is a sturdy device that guarantees precision for the creation of end-use parts.

Product design prototype

For this stretcher’s base of carbon fiber that joins onto a foldable aluminum structure, 3D printed parts were used for inserts in the structure. PLA was chosen for its cost efficiency and ease of print, avoiding what would otherwise be an expensive industrial process.

Product design prototype

While other rovers contain metal conveyor belts, the Clearwater team was looking for something more lightweight. In total, ¾ of the rover is 3D printed: the hulls in ABS for its toughness against sea conditions; ABS for the springs and bridge; TPU for the flexible, rubbery bristles; and PLA for some more rigid parts.