Filaments based on biopolymers are the most popular materials for 3D printing. An unquestionable advantage of these filaments is the ease of printing, reliability and low processing shrinkage, thanks to which this material can be successfully used in large-size 3D printers without a closed build-in chamber. Spectrum Filaments offer includes a wide range of products based on the biodegradable PLA as well as other high-performance biopolymers. Check out all types from this family.
PETG and PCTG filaments belong to one material family - copolyesters. Their undoubted advantage is the practically zero shrinkage factor and low moisture absorption compared to other materials used in 3D printing. Figuratively speaking, they combine the ease of use of PLA-based filaments with the strength and durability of ABS materials.
Spectrum ASA 275 is a professional filament based on the ASA thermoplastic material that can be printed with nearly the same amazing ease as our Premium PLA. Our offer also includes composite materials based on ASA material - enriched with carbon and aramid fibers. Durability and impact resistance will be provided by the ABS filament in the "smart" version. Improved flow parameters, reduced shrinkage, excellent adhesion between the layers as well as resistance to UV radiation and changing weather conditions make these filaments attract more and more enthusiasts!
Polyamide 6 is one of the strongest materials used in desktop 3D printing technology. It combines mechanical strength, stiffness, vibration damping ability and abrasion resistance unmatched by any other types of filaments. With the introduction of "Low Warp" series we set out to raise the bar for polyamide filaments even higher. The "LowWarp" series is characterised by extra mixture content designed to improve the flow during extrusion of the material - and thus improved adhesion of the material particles and reduced shrinkage.
Industrial 3D printers used in enterprises & among many professional users require highly functional filaments. Polyamide is an extremely durable and versatile material perfect for making durable items working in real conditions. Our offer includes a wide range of polyamide-based filaments: high-temperature polyamide 6 (PA6 Neat); carbon fiber filled, extremely durable PA6 CF15; light and stiff PA6 GK10 containing glass microspheres & fireproof PA6 CS20 FR V0 with ceramic fillers.
If standard PET-G is not enough and you need improved durability, try our high temperature PET-G HT100. For engineering applications, we recommend the flexible PET-G FX120 with a Shore hardness of 95A or the flame retardant PET-G FR V0. The real thing to be proud of in this category is PET CF15 - it is the easiest-to-print carbon fiber filled filament on the market offering short-term operating temperatures up to 125°C.
Industry-leading quality control system and extended functional testing make our industrial grade ABS & ASA filaments are guarantee of durability and reliability. You can print up to 200mm/s without losing mechanical properties using our ABS GP450. Do not forget to check also the strength of interlayer adhesion and unique surface finish of the aramid fibers (Kevlar) reinforced ASA & ABS versions or print a personalized prosthesis with our biocompatible ABS Medical.
Our range of industrial materials includes also unique PC/PTFE blend. The whole series is completed by unfilled PP copolymer in a natural color, offering a good mechanical properties combined with exceptional chemical resistance and low density. Check also the newest high-performance filament for special tasks - PPS AM230™.
Alumina is a filament containing high purity alumina powder (99.7%). The use of appropriate organic agents as a binder allowed to obtain a flexible filament that can be used in classic 3D printers operating in the FFF / FDM technology. The organics content of the filament amounts to ca. 19.5 mass-%.
SSiC is a filament containing high purity silicon carbide powder. The use of appropriate organic agents as a binder allowed to obtain a flexible filament that can be used in classic 3D printers operating in the FFF / FDM technology. The organics content of the filament amounts to ca. 14.0 mass-%.
Silicon Nitride filament contains high purity ceramic powder. The use of appropriate organic agents as a binder allowed to obtain a flexible filament that can be used in classic 3D printers operating in the FFF / FDM technology. The organics content of the filament amounts to ca. 20.6 mass-%.
Zirconia is a filament containing high purity zirconium powder. The use of appropriate organic agents as a binder allowed to obtain a flexible filament that can be used in classic 3D printers operating in the FFF / FDM technology. The organics content of the filament amounts to ca. 14.0 mass-%.
We are happy to inform you about new PLA Premium and PET-G Premium color variants. It is important to us to provide end users with a wide color options. We believe that new colors diversify our customers’ prints. The breadth of our offer is constantly increasing.
During the Formnext 2022 fair, we presented new materials that enjoyed great interest.
This time we decided to go to the Maker Faire held in the capital of our southern
neighbors – Prague itself.
Check the course of diameter on the entire length of the spool, ovality, mean diameter and standard deviation for each manufactured spool individually.
Check the list of our local and online distributors.
Here You will find Technical Data Sheet or Safety Data Sheet.
Not sure what filament to choose?Compare