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PCTG Premium
Spectrum Premium PCTG filament is an excellent alternative to PET-G, which is well-known in the 3D printing world.
- functional prototyping
- tooling
- parts that require high impact strength
PLA Pro
Spectrum PLA Pro is a material based on modified PLA dedicated to the manufacturing of filaments for 3D printing.
- functional prototyping
- tooling
- parts that require high impact strength
r-PLA
The filament is created by reusing the recycled extrusion residual waste stream.
- educational projects
- prototyping
- visualisation of finished and semi-finished products
PLA Premium
An unquestionable advantage of Spectrum PLA Premium is a very low processing shrinkage. Thus, it is particularly useful for large-size 3D printers without a closed build-in chamber.
- household tools
- educational projects
- industrial design
PLA Glitter
Spectrum PLA Glitter to materiał na bazie PLA domieszkowany drobinkami o wysokim połysku.
- interior design articles
- advertising materials
- educational projects
r-PETG
Spectrum r-PETG is an environmentally-friendly 3D printing material that fits into a sustainability initiative.
- manufactured from recycled materials
- lower environmental impact by reusing waste
- environmentally-friendly, cardboard spool
PET-G MATT
The matte finish of printed items considerably improves their aesthetic properties and also minimises the visibility of layers on the side surfaces of printed items.
- interior design
- educational projects
- architectural models
PLA Matt
Spectrum PLA MATT is a PLA-based material with a chemical composition modified so that it would be possible to obtain matte surfaces of printed object.
- interior design
- educational projects
- architectural models
PLA Glow in the Dark
Spectrum PLA Glow in the Dark is a PLA-based filament blended with a concentrated phosphorescent pigment which causes the phosphorescence effect.
- production of items with major ornamental and artistic effects
- production of items to help identify emergency exits for power outages
Silk PLA
SILK Filament is a PLA-based material for additive manufacturing with colour concentrates which imparts the satin texture effect to printed items.
- decorative art
- interior design
- educational projects
PLA Carbon
PLA Carbon is a modified, PLA-based filament blended with carbon fibers which contributes to a considerably higher rigidity, hardness and tensile resistance, while retaining low shrinkage and very good adhesion to build platforms typical for the pure PLA.
- improved hardness and rigidity as compared to the pure PLA
- high aesthetic, matte surface quality
- no shrinkage after cooling
PLA Tough
Tough like ABS, easy to print like PLA
- functional prototyping
- functional tools
- end-use parts
PLA Thermoactive
Spectrum PLA Thermoactive is a filament based on pure PLA blended with a thermochromic pigment. Due to this extremely original addition, additive manufactured items change their colour according to the temperature.
- educational projects
- temperature sensors
- coating for hot beverage mugs
PLA Stone Age™
Spectrum PLA Stone Age filament is a series of PLA-based material with admixtures to obtain an imitation of “stony” structure of printed items.
- decorative art
- architecture
- mock-ups
smart ABS™
The specific qualities of Spectrum Smart ABS include a high impact resistance and relatively high rigidity. “Smart” version demonstrates improved processing parameters which considerably reduce the difficulties which accompany the additive manufacturing using the standard ABS.
- possibility of mechanical treatments allows to produce items to facilitate and help conduct installations, i.e. handles, rules, gauges
- end-use parts
- industrial design
ASA 275™
ASA 275 is a material resistant to UV radiation and other weather conditions.
- functional prototypes
- tooling
- production tools
PET-G Premium
Major advantage provided by Spectrum PET-G Premium are the virtually zero shrinkage rate and low absorption of moisture as compared to other thermoplastics used for FDM/FFF 3D printing.
- visual and functional prototyping
- fit testing
- concept models
PET-G Carbon
Spectrum PET-G Carbon is a modified, PET-G-based filament blended with carbon fibres which contributes to a considerably higher rigidity, hardness and tensile resistance, while retaining low shrinkage and very good adhesion to build platforms typical for the pure PET-G.
- items which need to be very rigid and hard while maintaining dimensional accuracy
- manufacturing of spacer components subject to static compressive loads
PET-G Glow in the Dark
Spectrum PET-G Glow in the Dark is a PET-G-based filament blended with a concentrated phosphorescent pigment which causes the phosphorescence effect.
- production of items with major ornamental and artistic effects
- production of items to help identify emergency exits for power outages
PET-G Glitter
Spectrum PET-G Glitter is a material doped with high gloss flitter particles based on Premium PET-G.
- interior design articles
- advertising materials
- educational projects
ABS Kevlar
Aramid-fiber-reinforced ABS
Spectrum ABS Kevlar is a structural composite filament based on ABS with the addition of aramid fibers, commonly known as Kevlar. The demand for properties better than those offered by standard ABS, for durability and for increased tensile strength set in motion actions aimed at combining the very good properties of ABS with aramid fibers.
The applied modifications led to reduced shrinkage, excellent adhesion to work platforms and reduced material density, which means that the printed elements are slightly lighter than their counterparts made with standard ABS. The excellent dimensional stability makes it possible to 3D print objects with accurate dimensions, which is especially important for projects consisting of multiple parts.
- automotive industry
- manufacture of parts for end use
- manufacturing tools
ABS GP450
ABS GP450 exhibits much higher mechanical strength than other similar materials available on the market.
- functional prototyping
- end-use parts
- industrial design
ABS Medical
Filament Spectrum Medical ABS is a highest-quality material designed specifically for medical applications.
- Personalized, lightweight prostheses tailored to the individual needs of patients
- manufacturing of support structures for rehabilitation end-use parts
- industrial design
PC/PTFE
Due to its properties, Spectrum PC/PTFE filament is a material for a wide range of industrial applications. Materials printed using the PC/PTFE filament can be machined for a perfectly smooth surface.
- manufacturing low friction parts
- manufacturing parts providing heat, electrical and thermal insulation
- manufacturing low-load gears and transmission elements
PP
Spectrum PP features high flexibility (ultimate elongation – 500%) and high impact resistance plus reduced moment of inertia as compared to metal parts.
- end-use parts
- living hinges
- functional prototyping
PA6 Neat Natural
A major feature of the PA6 Neat is its increased mechanical strength as compared to other plastics.
- all types of ring and plate seals with an increased chemical and corrosion resistance
- end-use parts
- tooling
PA6 Neat Black
Parts made of Spectrum PA6 Neat BK allow for long-term operation at elevated temperatures up to 120°C (20.000h) and up to 160°C for a short-time operation (max. 200h), while maintaining sufficient mechanical properties.
- all types of ring and plate seals with an increased chemical and corrosion resistance
- end-use parts
- tooling
PA6 CS20 FR V0
The Spectrum PA6 CS20 FR V0 filament is a new flame-resistant construction material based on polycaprolactam. The applied ceramic fillers enhance thermal stability without causing problems with processing.
- all applications where fire resistance is important
- manufacturing of components with good electrical insulation properties
- manufacturing of parts to be operated in high temperature conditions
PA6 GK10
Its specific property is a low impact of moisture, high temperature resistance and good electrical insulation properties as compared to unmodified PA6 or PA66.
- end-use parts
- tooling
- functional prototyping
PA6 CF15
The filaments specific quality is the moisture absorption reduced by half and the water absorption time is four times lower than that of the pure PA6.
- all types of ring and plate seals with an increased chemical and corrosion resistance
- end-use parts
- tooling
PET-G FX120
Parts made of Spectrum PET-G FX120 filament exhibit high chemical resistance, temperature resistance, and can be steam sterilized.
- production of items to be used as energy adsorbents
- manufacturing of seals with a high chemical resistance
- tooling
PET-G FR V0
Spectrum PET-G FR V0 is a new halogen-free, flame-resistant 3D printing material based on the ever-popular PET-G.
- all applications where fire resistance is important
- coatings or shielding to protect electrical circuits with fire risk
- conceptual models
PET-G HT100
PET-G HT100 does not contain styrene and is chemical resistant. Excellent dimension stability allows printing with accurate dimensions, which is particularly important for projects consisting of many different elements.
- visual and functional prototyping
- tooling
- end-use parts
PET CF15
It is the easiest-to-print material filled with carbon fibre on the market and shows much better temperature and mechanical properties than PET-G based materials.
- automotive industry
- components of textile
- office machines
HIPS-X™
Spectrum HIPS–X is a support material designed for additive manufacturing for FDM/FFF technology. It is usually used as support for components manufactured with ABS, where HIPS-X supports are dissolved in the citric acid solution (D–Limonene) upon completion of the manufacturing process.
- support material for ABS
- industrial applications which require impact resistant components or components with a capability for partial energy dissipation
- concept and demo prototyping of designed finished and semi-finished products
PA6 Low Warp
The improved cohesiveness of the Spectrum PA6 Low Warp material allows for a significant reduction of “curling” effect (especially at the corners of the printed model).
- slide bearings, scrapers, guide rollers operating at elevated temperatures
- sealing rings and plates with increased chemical and corrosion resistance
- end-use parts
S-Flex 98A™
Spectrum S-Flex 98A is a filament based on a thermoplastic polyether polyurethane. In the area of additive manufacturing, S-Flex 98A is a material characterized by a relatively easy and failure-free 3D printing process.
- manufacturing of seals with a high chemical resistance
- production of items, which has to be used as energy adsorbents
- functional parts
S-Flex 85A™
Parts made of Spectrum S-Flex 85A are characterized by very high resistance to hydrolysis (a kind of degradation caused by the presence of water), good recyclability and very good resistance to dynamic forces.
- guides
- protective cases
- snap-fit parts
S-Flex 90A™
Spectrum S-Flex 90A is a filament designed for 3D printing, which enables you to manufacture flexible items in a much simpler way than with other materials of this type.
- manufacturing of seals with a high chemical resistance
- production of items, which has to be used as energy adsorbents
- functional parts
WOOD
Spectrum WOOD is a material designed for 3D printing based on pure PLA blended with natural wood particles.
- interior design
- advertising materials
- decorative art
Aluminum Oxide (Al2O3)
Spectrum Group, in cooperation with its partners, is producing aluminum oxide in different degrees of purity: standard quality which covers the majority of all possible applications and very high purity for special applications.
Zirconium Oxide (ZrO2)
Spectrum Group, in cooperation with its partners, is producing 3 mole-% yttrium stabilized ZrO2. Amongst the typical materials of high performance ceramics ZrO2 possesses the highest density with 6.05 g/cm3. It is available in different colors: crème, white, black, red, blue and green. The organics content of the filament amounts to ca. 14 mass-%.
Silicon Nitride (Si3N4)
Azotek krzemu – spiekany ciśnieniowo Si3N4 stosując tlenek glinu (Al2O3) i tlenek itru (Y2O3) jako modyfikatory spiekalnicze. Zawartość składników organicznych w filamencie wynosi około 20,5% wagi.
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