R ABS refill – Anthracite – Fiberlogy

R ABS refill – Anthracite – Fiberlogy

100% recycled thread

To meet the challenges of a changing world and the pro-environmental expectations of 3D printing users, we created Fiberlogy R. This filament is the result of our extensive thoughts and efforts. We have focused on creating a product that combines high quality, optimizing production processes and minimizing the negative impact on the ecosystem.

Fiberlogy R is a bold step on the road to making 3D printing technology more environmentally friendly. In its production we use 100% recycled materials. Raw materials are carefully selected and sourced only from verified sources, helping to avoid potential contamination of the filament. Strict control of its acquisition and storage processes ensures the highest quality end product that goes into our customers’ printers.

SERIES R

100% recycled thread
To meet the challenges of a changing world and the pro-environmental expectations of 3D printing users, we created Fiberlogy R. This filament is the result of our extensive thoughts and efforts. We have focused on creating a product that combines high quality, optimizing production processes and minimizing the negative impact on the ecosystem.

Fiberlogy R is a bold step on the road to making 3D printing technology more environmentally friendly. In its production we use 100% recycled materials. Raw materials are carefully selected and sourced only from verified sources, helping to avoid potential contamination of the filament. Strict control of its acquisition and storage processes ensures the highest quality end product that goes into our customers’ printers.

APPLICATION IN 3D PRINTING:

• Toys or parts thereof: characters, animals, constructions, houses, vehicles, dice
• GIFTS OR PARTS OF GIFTS: keychains, stands, phone cases
• PROTOTYPES: new products, concept models
• JEWELLERY PARTS: earrings, bracelets, beads, necklaces
• DECORATIONS: Christmas tree ornaments, pendants

R ABS properties:

• high hardness
• high impact resistance
• resistance to high temperatures and abrasion
• can be processed mechanically and chemically

How to print R ABS?

The following parameters are only suggested print settings for this material. To ensure the best print quality, it is necessary to select the appropriate settings for a specific printer and printing conditions.