A cost-effective nylon 12 powder with excellent surface resolution. Ideal for detailed objects and general-purpose prototypes. The material offers a great balance between price and performance. PA12 parts feature outstanding surface quality and fine detail, and are chemically resistant. This material is well-suited for printing detailed components, complex geometric shapes, structural or mechanical parts, functional prototypes, and end-use products.

Balancing softness and strength, Anycubic Flexible Tough Resin withstands bending and compression. It offers good tensile strength and elongation, as well as resistance to cracking when drilling holes. Parts printed with Anycubic Flexible Tough Resin are impact-resistant and demonstrate high toughness. In addition, the resin can endure heavy impact and other high-stress mechanical loads. This resin is used for manufacturing enclosures and parts with strict performance requirements, industrial spare parts, architectural models, everyday design objects, and components that require both high detail and flexibility.

Photopolymer resin changes its physical and chemical properties under UV light with a wavelength of 405 nm. Printed parts feature high detail resolution and a smooth surface. Among our available model resins are Anycubic UV Resin ECO, Anycubic Standard Resin+, FunToDo Standard, Plexiwire Resin Model, and LCD Standard Rigid Resin Plus. This material is ideal for basic modeling and prototyping. It is a hard and rigid polymer, resistant to organic solvents, with low shrinkage and excellent detail reproduction. Photopolymer parts are resistant to deformation and can handle mechanical loads well. At the same time, the material has optimal viscosity, making post-processing easier and more efficient. Finished prints typically have a smooth surface. Perfect for architectural and animation prototypes, educational and training models, decorative items, and functional parts.

Printing with this photopolymer ensures high dimensional accuracy and results in smoother, more detailed models. Engineering resin offers several key advantages: - High detail resolution (even on SLA printers) - Low shrinkage and fast curing - Broader polymerization wavelength range (355–410 nm) - Less pungent odor Available engineering resins include: DLP Anycubic Craftsman, UV Anycubic Craftsman, FunToDo Industrial Blend, FunToDo F1, FunToDo SW, Plexiwire Resin Basic Rigid, and Fast ABS-Like by Siraya Tech. This material is suitable for industrial prototypes and parts, figurines, and components requiring high detail.

BlueCast castable photopolymer resin has minimal shrinkage (0.8% after 7 days) and is odorless. This material offers excellent flow and detail resolution. Notably, it does not cause chemical reactions with the investment material during the burnout cycle and is compatible with all fast burnout schedules. Complete burnout occurs at a low temperature (740 °C in the flask). Using this resin, you’ll achieve dimensional stability, smooth surfaces, and high model detail. Manual finishing is also possible, followed by post-curing. It is suitable for creating all types of jewelry, from filigree pieces to medals and rings.

TPU 40D is a thermoplastic elastomer with a Shore hardness of 40D. It is characterized by high impact resistance at low temperatures, abrasion and UV resistance, and chemical resistance (including oils and greases). It is the softest in the TPU range and has an elongation at break of up to 400%. The high flexibility of the material makes it ideal for parts that require frequent bending, as well as for replacing rubber machine parts and connectors. TPU 40D is recommended for printing gaskets, bushings, watch components, impulse counters, flexible hinges, tires, rubber figurines, ribbons, and bracelets.

TPU (thermoplastic polyurethane) is a flexible and elastic material with high chemical resistance, including resistance to oils and greases. It has a Shore hardness of 90A and an elongation at break of 510%. It is softer than TPU 40D. Operating temperature range for printed parts: -40°C to +140°C. TPU is recommended for 3D printing of automotive parts, power tools, sporting goods, drive belts, footwear, inflatable rafts, and vibration dampers. It is also a popular material used in the outer casings of mobile phones.

Elastan is a highly elastic material that is well-suited for 3D printing flexible parts. Products made from this material can be used in a wide range of aggressive environments. It features a broad operating temperature range of -40°C to +120°C. Among the Elastan line, it is the softest. This is a structural plastic ideal for printing machine and mechanism parts that are exposed to dynamic loads. Parts printed with Elastan can be applied across nearly all industrial sectors — for example, in decorative or protective coatings, components of low-power machines (shafts, rollers), insulators, or original flexible packaging and containers. Its high wear resistance also makes it suitable for producing footwear and soles.

ABS is a terpolymer produced by polymerizing styrene and acrylonitrile in the presence of polybutadiene. The proportions may vary from 15 to 35% acrylonitrile, 5 to 30% butadiene, and 40 to 60% styrene. In this combination, acrylonitrile offers surface hardness and corrosion resistance, butadiene provides excellent impact toughness and strength, while styrene contributes rigidity to the material. As a result, ABS has virtually no drawbacks in use: it is mechanically strong, impact-resistant, heat-resistant, and resistant to acid, alkali, and alcohol solutions. It withstands a wide operating temperature range from -40°C to +85°C. ABS is an excellent material for project implementation, easy to machine, and popular in rapid prototyping systems.

A blend of ABS developed for the automotive industry, distinguished by enhanced strength properties. This material is more challenging to print and exhibits higher shrinkage during printing compared to ABS-X. It is also considered the most heat-resistant, with a softening temperature exceeding 100 °C. Printing temperature starts at 245 °C. This material is recommended for 3D printing impact-resistant parts designed for long-term use in outdoor environments.

ASA is a material designed to replace ABS plastic, featuring improved weather resistance, UV stability, and enhanced impact strength. Compared to ABS, ASA is significantly more resistant to cracking caused by harsh environmental conditions. It is especially resistant to alcohols, many cleaning agents, oils, diluted acids, and gasoline. ASA can maintain a vibrant color over a long period. This material exhibits low warpage shrinkage and high interlayer adhesion. ASA parts are easy to post-process using various methods: mechanical (sanding, drilling, turning) and chemical (achieving a glossy finish using solvents). ASA prints well with paints and varnishes. Printing temperature ranges from 255 to 270 °C. Products made from ASA are used in the automotive industry, construction, and for items intended for outdoor use.

Spectrum PLA Glow in the Dark is a PLA-based filament blended with concentrated phosphorescent pigment that creates a glowing effect. As a result, printed parts emit their own light after exposure to an external light source. This material retains all typical properties of pure PLA — the added pigment has a neutral impact on the filament’s characteristics. Printing temperature ranges from 185 to 225°C. It is perfect for producing items with large ornamental and artistic effects; manufacturing objects that help identify emergency exits during power outages; in advertising and décor industries; and for creating various souvenirs.

Spectrum PP is a new material based on a random, unfilled copolymer polypropylene. It combines good mechanical properties with outstanding chemical resistance and low density. This material does not require a heated chamber for printing and demonstrates improved layer adhesion, thereby reducing anisotropy in the final part. Its notable feature is low moisture absorption, up to 0.3%. Additionally, PP offers high flexibility (elongation at break — 500%) and excellent impact resistance. It also has a lower moment of inertia compared to metal parts. PP exhibits good chemical, thermal, and electrical resistance. Printing temperature ranges from 220 to 240°C. It can be used for printing end-use parts; living hinges; functional prototyping; industrial modeling; laboratory equipment; boxes and packaging.

Spectrum PC/PTFE is an advanced composite filament based on polycarbonate (PC) with the addition of PTFE, widely known as Teflon. High demand and limited availability of materials for producing additives with good mechanical properties have driven efforts to combine the excellent properties of PC and PTFE. Polycarbonate provides high mechanical strength, while PTFE fillers reduce wear and friction. These modifications improve the thermal stability of printed parts, enhance electrical insulation, and increase resistance to chemicals and water. Thanks to these properties, PC/PTFE filament is a material with a wide range of industrial applications. Examples include manufacturing low-friction parts; producing thermal, electrical, and heat-insulating components; low-load gears and transmission parts; tools used for assembling components during production; end-use parts; and functional prototyping.

Spectrum ABS Kevlar is a structural composite filament based on ABS with the addition of aramid fibers, known as Kevlar. The demand for properties superior to standard ABS — including durability and increased tensile strength — has led to the combination of the excellent properties of ABS with aramid fibers. The applied modifications result in reduced shrinkage, excellent adhesion to build plates, and lower material density. This means printed parts are slightly lighter than their standard ABS counterparts. Excellent dimensional stability allows printing objects with precise measurements, which is especially important for multi-part projects. Used for printing in the automotive industry; manufacturing end-use parts; functional prototyping; assembly tools; housings and covers.

Spectrum Medical ABS is a high-quality material specially developed for medical applications. This 3D printing filament is made using ABS pellets that meet USP Class VI biocompatibility requirements or ISO 10993-1 certifications, ensuring biocompatibility for up to 30 days of contact with the human body (for localized use). Additionally, Medical ABS filament is approved for food contact according to EU Regulation No. 10/2011 and FDA 21 CFR standards. Printing temperature is 235-255°C. Spectrum Group Sp. z oo guarantees that the base raw material contains no additives and has not been modified during filament production.

Spectrum PET-G HT100 is a copolyester-based material designed for 3D printing using FFF/FDM technology. One of its major advantages is its enhanced heat resistance up to 100°C. Spectrum PET-G HT100 filament is intended for experienced users who require excellent strength in real-world printed parts. Printing temperature is 250-280°C. PET-G HT100 is styrene-free and chemically resistant. Its excellent dimensional stability allows for printing with precise dimensions, which is especially important for projects consisting of many different components. One of the greatest benefits of PET-G HT100 is its increased thermal resistance up to 100°C. Suitable for visual and functional prototyping, tooling, end-use parts, and product testing.

Spectrum PA6 Neat NT filament is a new high-temperature engineering material based on natural-colored PA6. Its main feature is enhanced mechanical strength compared to other plastics. It possesses exceptional thermal properties, chemical resistance to oils and lubricants, relatively high resistance to corrosion promoters, and good electrical insulation properties compared to unmodified PA6 or PA66. Printing temperature is 260-290°C. It is used for printing tooling parts, functional prototyping, industrial modeling; all types of ring and flange seals with enhanced chemical and corrosion resistance. It is also used for printing gears, racks, transmissions, and guide rollers operating at elevated temperatures up to 120°C for prolonged periods and up to 160°C for short-term use.

The specific qualities of Spectrum Smart ABS include high impact resistance and relatively high stiffness. This "smart" version demonstrates improved processing parameters, significantly reducing the difficulties typically associated with additive manufacturing using standard ABS. Essentially, it features lower shrinkage and reduced emission of irritating volatile compounds during processing. A clear advantage is that the material retains its properties at temperatures as low as -40°C. Printing temperature is 230-255°C. It is used for printing guards, protectors, and similar impact-resistant items; handles, gauges; tooling; and specialized components.

Spectrum S-Flex 98A is a filament based on thermoplastic polyester polyurethane. Its low shrinkage during processing and high flexibility significantly reduce the risk of edge warping in printed parts. The key feature in the filament’s name — 98A — refers to the material’s Shore hardness, classifying S-Flex 98A as a hard elastomer. Printing temperature is 200-230°C. Parts made from this material exhibit very high resistance to hydrolysis (a specific degradation caused by the presence of water), good recyclability, and excellent resistance to dynamic forces. Thanks to these properties, it is suitable for printing parts that protect impact-prone surfaces (bumpers, protective elements), sealing and protective components with high chemical resistance, as well as thermal insulators.

S-Flex 90A is a filament designed for 3D printing that enables the production of flexible parts much more easily than other materials of this type. The material's composition ensures good adhesion both between layers and between the printed part and the build platform. Due to its resistance to hydrocarbons and excellent interlayer bonding, S-Flex 90A allows manufacturing of sealing elements that must withstand any working fluid, providing optimal tightness. Parts made from this material can also be used as energy absorbers. S-Flex 90A is additionally characterized by good UV resistance and high aging durability. The flexible filament shows resistance to mild and diluted acids and alkalis. Printing temperature is 200-230°C. It is used for producing seals with high chemical resistance; energy absorbers; functional parts; protective cases; bumpers, and other components.

Spectrum S-Flex 85A is a filament based on thermoplastic polyester polyurethane. One of its advantages is excellent adhesion of the first printed layer to the build surface, regardless of whether it is made of glass, steel, plastic, or other materials. Low shrinkage during processing and high flexibility significantly reduce the risk of edge warping in printed parts. The “85A” in the filament’s name refers to the material’s hardness on the Shore scale, classifying Spectrum S-Flex 85A as a hard elastomer. Printing temperature is 200-230°C. Parts printed from S-Flex 85A exhibit very high resistance to hydrolysis (a type of degradation caused by water presence), good recyclability, and excellent resistance to dynamic forces. Thanks to these properties, it is possible to print parts that protect surfaces exposed to impacts (bumpers, protective elements), sealing and protective components with high chemical resistance, as well as thermal insulators.

Spectrum PA6 Low Warp is an exceptionally strong structural material based on polycaprolactam, enhanced with additives to reduce the shrinkage typical of processing such materials. One of the most important features of Spectrum PA6 Low Warp filament is its resistance to fuels and oils, high impact strength, and very good mechanical properties. Improved cohesion of PA6 Low Warp significantly reduces warping effects, especially in the corners of printed models. This reduction is related to the low shrinkage during processing, at around 0.3%. It is used for printing sliding bearings, scrapers, guide rollers operating at elevated temperatures; sealing rings and plates with enhanced chemical and corrosion resistance; end-use parts; and functional prototyping.

PET-G Glitter is a material enhanced with high-gloss glitter particles based on Premium PET-G. The particle content in the filament adds a unique aesthetic value to the printed object. Due to the presence of non-melting particles, nozzles with a diameter of at least 0.4 mm are required. PET-G Glitter can be processed at the same temperatures as classic PET-G. The material is non-abrasive, hydrophobic, and chemically resistant. This material enables high dimensional accuracy, exceptional layer adhesion, and odorless printing. Printing temperature: 230-255°C. The properties of Spectrum PET-G Glitter make it suitable for industries related to advertising materials or interior design elements, and anywhere where impressive presentation of an object is important.

PET-G Glow in the Dark is a PET-G based filament blended with a concentrated phosphorescent pigment that produces a glow-in-the-dark effect. Accordingly, once printed objects are exposed to an external light source, they emit their own light. The material retains all typical characteristics of pure PET-G—the added pigment has a neutral impact on the material properties. Adding phosphorescent pigment to PET-G provides printed parts with the ability to glow after prior exposure to an external light source and allows controlling the light intensity of printed objects by adjusting wall thickness and infill density. Printing temperature: 230-255°C. It is used for manufacturing items with strong decorative and artistic effects; objects that help identify emergency exits during power outages; advertising and decorative industries; souvenir products, paintings, and gadget cases.

PET-G FR V0 is a new flame-retardant 3D printing material based on the ever-popular halogen-free PET-G. The filament is engineered to meet the UL 94 V0* flammability rating requirements. Most typical plastics have low flame resistance, so Spectrum PET-G FR V0 filament was developed with flame-retardant additives to provide a high level of safety in everyday or work environments. The applied modifications do not affect the filament’s printability, preserving the classic PET-G properties: ease and efficiency of printing, very low shrinkage, and relatively high tensile strength. Suitable for printing items where flame resistance is important, coatings or screens to protect electrical circuits at risk of fire, conceptual models, and production equipment.

PET-G MATT is a PET-G based material with a chemically modified composition designed to produce matte surfaces on printed objects. The matte finish significantly enhances the aesthetic qualities of printed parts and minimizes the visibility of layer lines on side surfaces. PET-G MATT retains all the characteristics of classic PET-G polymers, such as easy and efficient printing, low shrinkage, and good adhesion between layers, the build platform, and the printed object. Additionally, the use of additives improves heat resistance, impact strength, and reduces brittleness of printed parts. Printing temperature: 230-255°C. This material is ideal for printing interior design elements, educational projects, architectural models, and industrial prototype visualization.

Premium PCTG is a glycol-modified copolymer similar to coPET (PETG) in application and molecular structure. PCTG offers increased strength, impact resistance, and transparency compared to coPET. The PCTG filament provides the same ease of printing as PET-G. A very important advantage of PCTG is its high dimensional stability and low shrinkage. It combines the most desirable properties of Tough PLA and PET-G. Heat deflection temperature is 76°C. Additional benefits include high chemical resistance of printed models. Suitable for use in visual and functional prototyping, fit testing, concept models, and production tooling.

R-PETG is an environmentally friendly 3D printing material aligned with sustainable development initiatives. The filament is produced by reusing a recycled waste stream through extrusion. The raw material is collected, shredded, reprocessed, and homogenized into a high-quality, easy-to-print recycled PETG filament with significantly reduced environmental impact. R-PETG retains the properties of classic PETG, namely ease and efficiency of printing, combined with low shrinkage and relatively high tensile strength. To make 3D printing more sustainable, R-PETG is wound on an eco-friendly cardboard spool. Printing temperature is 230-255°C. It features no shrinkage after cooling. Heat deflection temperature is 70°C. Suitable for printing fit tests, concept models, production parts, and manufacturing semi-transparent housings and illuminated sections for various shields and signs.

Premium PET-G is the second most popular material for desktop 3D printing. Its main advantage is an almost zero shrinkage rate and low moisture absorption compared to other thermoplastics used for 3D printing. Products made from PET-G maintain stable properties over a long service life. PET-G combines the benefits of PLA and ABS. It also provides nearly hassle-free printing and exceptional layer adhesion. The material is chemically resistant. Printing temperature is 230-255°C. It is best suited for visual and functional prototyping, test and concept models, production aids, and manufacturing semi-transparent housings and illuminated sections for various shields and signs.

PET-G Carbon is a modified PET-G filament blended with carbon fibers, which significantly increases stiffness, hardness, and tensile strength while maintaining low shrinkage and excellent adhesion typical of pure PET-G. The addition of 10% carbon fibers creates matte surface finishes that greatly enhance the aesthetic properties of printed parts. This material is ideal for printing objects that need to be very rigid and hard while retaining dimensional accuracy. It can be used to produce support components subjected to static compressive loads. It is also suitable for printing decorative parts, external structural components that emphasize the product, and for prototyping.

ASA 275 is a professional-grade material designed for desktop 3D printers. The Spectrum ASA 275 formulation has been specially modified to increase flexibility, improve flow properties, reduce shrinkage, and enhance layer adhesion. One of the main advantages of this modification is the simplification of printing parameters, allowing the production of large models without the risk of warping after cooling and enabling relatively high printing speeds. The material is resistant to UV radiation and other weather conditions. Printing temperature: 200-240°C. Suitable for printing functional prototypes, finishing parts, production tools, custom components, as well as items that need to withstand changing weather conditions and even everyday objects.

SILK Filament is a PLA-based material for additive manufacturing, enhanced with color concentrates that give printed objects a satin texture effect. The satin texture significantly reduces the visibility of layer lines on the side surfaces of printed parts. Using a specially developed pigment, the classic properties of PLA are preserved. With simple and efficient printing, it achieves very low shrinkage and relatively high tensile strength. This material is designed for those who value easy printing and very high aesthetic quality. Printing temperature: 210-240°C. It is ideal for decorative art, interior design, educational projects, conceptual and demonstration prototyping of finished products and semi-finished goods.

PLA Carbon is a modified PLA-based filament blended with carbon fibers, which significantly increases stiffness, hardness, and tensile strength while maintaining low shrinkage and excellent adhesion for building platforms typical of pure PLA. The addition of 10% carbon fiber provides matte surfaces on printed parts, greatly enhancing their aesthetic qualities. Printing temperature: 190-220°C. Suitable for printing items that need to be very stiff and hard while maintaining dimensional accuracy. Ideal for manufacturing spacer components subjected to static compressive loads. Also suitable for printing decorative parts (for aesthetic purposes), external structural components that emphasize the product, and prototyping.

Strong like ABS, easy to print like PLA. PLA Tough is a specially modified filament for 3D printing. The monomer-level modification has brought a wide range of applications. It is the ideal solution for printing functional components with mechanical properties close to ABS, while maintaining the easy printing and low shrinkage of PLA. Printing temperature: 190-230°C. Used for creating functional prototypes and tools, end-use parts, manufacturing aids, and custom components.

PLA Pro is a modified PLA-based material. By tailoring the chemical composition to achieve the desired properties for additive manufacturing, the advantages of both PLA and ABS have been successfully combined. This allows for printed parts with high impact resistance, strong tensile strength, and significant stiffness. The modified chemical composition improves material flow, making the filament suitable for industrial applications that require good mechanical strength, high printing efficiency, and the ability to increase print speed. PLA Pro features improved layer adhesion, resulting in smoother surface finishes. It also offers easy support removal. Printing temperature: 185-230°C. Suitable for printing tooling, industrial design, and parts requiring high impact resistance.

WOOD is a wood-plastic composite made from wood dust and a polymer binder. The wood dust content in this material reaches up to 70%, providing a pleasant texture and characteristic color. In terms of properties, this filament resembles PLA plastic and melts within the same temperature range (170–230°C). Printing settings should be adjusted accordingly to this feature. The wood-plastic composite is moisture-resistant and non-toxic, with poplar wood dust as its base. Finished prints can be sanded and coated with varnish to preserve their properties for a long time. This material responds well to post-processing and can be painted. Note that the higher the printing temperature, the darker the printed model will be. Printing temperature: 190–220°C. The main applications for this material are decorative objects, models, repair of wooden items, furniture, and more.

coPET-CCF (Carbon Fiber) is a composite material filled with 10% carbon fibers, which enhance the mechanical properties of printed parts. coPET-CCF offers improved stiffness compared to coPET and is less brittle than PLA-CCF. It is ideal for 3D printing structural components such as frames, housings, and enclosures. Printed parts are lightweight and have a matte surface finish. coPET-CCF (Carbon Fiber) is optimized for 3D printing. The carbon fibers are short enough not to clog the extruder nozzle, yet long enough to provide stiffness to the parts. This material is quite abrasive, so prolonged use may cause wear on the extruder nozzle. For 3D printing coPET-CCF, it is recommended to use hardened steel nozzles with a diameter of 0.4 mm or larger.

Elastan is a highly elastic material well-suited for 3D printing flexible parts. Products made from this material can be used in many aggressive environments. Elastan has a wide operating temperature range from -40°C to +120°C and withstands variable loads well. Elastan D100 has medium hardness. Parts printed with Elastan can be applied in almost all industrial sectors—for example, decorative or protective coatings, components of low-power machines (shafts, rollers), insulators, original elastic packaging and containers. The high wear resistance of this material also makes it suitable for printing footwear or soles.

Elastan is a highly elastic material well-suited for 3D printing flexible parts. Products made from Elastan can be used in many aggressive environments. It has a wide operating temperature range from -40°C to +120°C and performs well under variable loads. This structural plastic is ideal for 3D printing machine and mechanical parts subjected to dynamic stresses. The printed items can be applied in nearly all industrial sectors—for example, decorative or protective coatings, components of low-power machines (shafts, rollers), insulators, and original elastic packaging and containers. The high wear resistance of this material also makes it suitable for printing footwear or soles. Operating temperature range is from -60°C to +90°C. Elastan D70 is the hardest grade.

An improved ABS plastic composition, naturally transparent and does not whiten after repeated deformation. Allows creating products that can be used at low temperatures. ABS Flex has low deformation shrinkage. The plastic does not absorb moisture, which simplifies storage. It does not emit unpleasant odors during 3D printing. This material is recommended for 3D printing transparent decorative items, as well as products exposed to low temperatures ranging from -40°C to 60°C.

An improved ABS plastic formulation that enables the production of durable parts suitable for low-temperature environments. UV-resistant. Enhanced interlayer adhesion and bed adhesion make it easy to print even large parts without delamination or warping. This material is recommended for 3D printing strong parts intended for long-term use in outdoor conditions

A transparent 3D printing material known for its high rigidity and excellent strength properties. Resistant to high temperatures. Suitable for 3D printing parts of various applications such as housings, fasteners, and gears with an operating temperature of up to 120°C.

A new polymer material specially developed by us for high-quality FDM 3D printing. The modified material formula allows printing various products at lower temperatures than regular ABS plastic and at higher 3D printing speeds. At the same time, it completely eliminates problems with bed adhesion, delamination, and part warping. Parts printed with ABS+ have a smooth and uniform surface. The material is designed for 3D printing large parts with the possibility of further post-processing. Printed items withstand temperatures down to -40°C and feature increased strength due to enhanced interlayer adhesion. Operating temperature ranges from -40°C to +80°C.

PLA+ is an improved PLA-based 3D printing material that is more durable and less brittle. PLA+ offers better impact resistance while maintaining the same heat resistance as regular PLA. It is stronger in tensile strength, lighter than PLA, but more rigid. This material is designed for 3D printing load-bearing parts with high detail. Operating temperature ranges from -10°C to +60°C.

Spectrum ABS GP450 is an industrial-grade filament with an amorphous structure. Its popularity is due to its high impact resistance, hardness, and relatively good scratch resistance. ABS GP450 is ideal for printing strong and impact-resistant parts. Compared to classic ABS, its composition has been optimized for additive manufacturing, allowing printing at very high speeds (up to 200 mm/s) without any loss of mechanical properties. Another important advantage is the easy removal of support structures. Additionally, this material demonstrates improved first-layer adhesion to the 3D printer bed, which reduces severe warping and edge curling of the model. Printing temperature is 235-255°C. Suitable for printing end-use parts, prototypes, industrial design, and tooling.

Stiffer than ABS plastic. Naturally transparent, it bends when cold without whitening at the bend point. It features high transparency and uniform light diffusion. coPET is characterized by high dimensional stability; glossy surface; chemical resistance to solvents; strong interlayer adhesion during printing; no delamination or warping. Operating temperature ranges from -40°C to +60°C. Recommended for 3D printing of technical parts such as bushings, couplings, bearings, lightly loaded gears, etc. Also suitable for 3D printing of transparent objects for various purposes: models, decorations, signs.

Premium PLA is the best plastic for beginners working with 3D printers. This plastic has virtually no shrinkage, which ensures accurate model printing and high print resolution. It allows creating models with more complex geometry compared to ABS. Printing temperature is 185-215°C. The material is designed for 3D printing of various highly detailed products, models, prototypes, and toys. Operating temperature ranges from -10°C to +60°C.