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EASY PLA Fiberlogy

Easy PLA is a basic material for 3d printing. The filament is quite durable. Its properties enable printing very precise and complicated elements. The ease of printing should satisfy hobbysts and professional users.

ABS Fiberlogy

ABS is characterized by its hardness and high impact resistance. It is also resistant to high temperatures and abrasion. Prints made using this filament can be further processed mechanically and chemically(with acetone).


IMPACT PLA Fiberlogy

IMPACT PLA is a technical filament with increased impact strength. Its parameters exceeding even the ABS. While keeping the ease and security of the printing process typical of traditional PLA, IMPACT PLA is ideal for creating demanding prints working in extreme conditions.


HD PLA Fiberlogy


The material that can be used as a replacement for ABS. It may be printed as usual PLA, and then heated up, thus gaining properties similar to ABS. This allows you to skip the printing from this material and avoiding of all inconveniences associated with printing process: shrinkage, unpleasant smell, inhaling of hazardous fumes.

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PLA MINERAL is filament, which enables to create prints similar to plaster casts. This specific feature, combined with the precision of printing allows you to use it in the architectural and art studios, detailed prototyping and modeling. You can print mock-ups, as well as figures of non-standard shapes.

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ABS PLUS Fiberlogy

ABS PLUS is a multifunctional material, recommended especially for prototyping models thanks to its special properties such as  increased hardness and reduced process shrinkage. What is more, printing will be easier and faster compared to standard ABS and does not require printing in a closed chamber.


ESD ABS Fiberlogy

ESD ABS filament is designed for printing components of electronic devices which are exposed to the risk of damage as a result of electrostatic discharge. High electrical charge dissipative properties ensure the safety of integrated circuits and electronic components, minimizing the risk of permanent damage.


HIPS Fiberlogy

HIPS can be used as basic material for printing or as a support for other types of filaments. Accuracy and lighter weight of printing enable to use it in modeling. The possibility of dissolving of this filament allows it to be used as support material for highly complex printing and subsequent rinsing it out from proper printing.


Easy PET-G Fiberlogy

With Easy PET-G properties you can make more functional prototypes. This is possible thanks to its rigidity, better than that of ABS. Thanks to glycol compound, the material is more durable and less susceptible to shrinkage. Has chemical resistance to acids, salts, and alkaline substances.

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NYLON PA12 Fiberlogy

Thanks to its resistance to high temperatures, alcohol and chemicals, Nylon is particularly useful for mechanical and technical applications. It is extremely durable, strong and unbreakable. It is easily machined with tools designed for metal processing and it is also easily to painted.

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NYLON PA12+CA Fiberlogy

PA12+CF has been reinforced with 5% and 15% addition of carbon fibers. It is characterized by high thermal resistance and less shrinkage compared to the unmodified Nylon PA12. The application of carbon fiber allows for a reduction of weight of the component.

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Wood-like material which, thanks to less fragile enables better feeding of filament to the extruder. The resulting parts can be machined, painted, varnished and colored, giving you even more opportunities to use this filament. Appearance of printing enables to use it in art and modeling studios.


FIBERFLEX 30D Fiberlogy

A thermoplastic material and another option for enthusiast of printing on rubber-like materials. It is characterized by reduced hardness up to 30D on the Shore scale, very good flexibility and higher impact strength. The material is recommended especially for printing tires, seals, belts and all kinds of elastic elements.


FIBERFLEX 40D Fiberlogy

A thermoplastic elastomer with a hardness of 40D in Shore scale, which may be printed at the speeds up to 45mm / s. The rubbery-like  material can be extended up to 680% of its original dimensions. Moreover, it has a high impact resistance at low temperatures and is resistant to abrasion and has a very good chemical resistance.


BVOH Fiberlogy


The BVOH filament from Fiberlogy is a butene-diol vinyl alcohol copolymer. It can be used to print perfect prototypes, complex structures and movable mechanisms. It particularly comes in handy where traditional supports could be difficult to remove or would not be sufficient to obtain a satisfactory final print result

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PP Fiberlogy

Polypropylene (PP) is one of the most commonly used polymers in industry. Its high flexibility, incredible durability, low weight and resistance to chemicals have meant that it has found countless applications from medicine, through the automotive industry to the packaging industry

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R PLA Fiberlogy

R PLA is a bold step on the way to making 3D printing technology more environmentally friendly. In its production, we use 100% recycled PLA. The raw material is carefully selected and derived only from verified sources, which helps to avoid potential filament contamination.


FIBERSILK METALLIC offers a unique elegance of the printouts created with it. In addition to the visual advantage over traditional PLA, FIBERSILK METALLIC is also more . Thanks to the high adhesion of layers it can take heavy loads without cracking and then returns to its original shape.

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REFILL EASY PLA is a non-spool cartridge compatible with the reusable spool MASTERSPOOL standard, which anyone can print by themselves using the RichRap's free and all-available project. This solution is more ecological and slightly cheaper in comparison to the filaments offered on disposable spools.

REFILL PET-G Fiberlogy

REFILL PET-G is a non-spool cartridge compatible with the reusable spool MASTERSPOOL standard, which anyone can print by themselves using the RichRap's free and all-available project. This solution is more ecological and slightly cheaper in comparison to the filaments offered on disposable spools.

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