The filament of Ecoline PLA series has been developed for freshmen users of FDM technology. Thanks to a low shrinkage factor the filament produced by us does not need a heated table. Only original raw materials are used to produce the filament and we use the same printing substrates for colorants as well as the raw material. Even though this is an Eco product line it guarantees high-quality prints that will surely meet your expectations! It is a filament for home use, however the prints are characterized by repeatability and exquisite quality even for detailed models. The universal nature of our filaments allows to use them in any 3D printer that applies FDM technology. Thanks to easy coloring the filament is available in wide color selection.
This is another type one of the most popular material used in 3D printing. As opposed to the other PLA variants offered by Print-ME like: EcoLine, SmartFit and HIS - SATIN MATT PLA has the great advantage which is an incredibly matt surface. The unique matt surface effect makes that the lines between the layers are much less visible. It makes that the surface of printed part is optically much more smoother. Low gloss, good mechanical properties and ease of the print makes this material ideal for beginners and professionals with high expectations. It is intended especially for model prints, architectural mockups, decorative elements, hobby prints and all applications where the high aesthetics of the surface of the printed part is require.
Polilactyd (PLA) is one of the main biodegradable polymers used e.g. in medicine (dental implants) and tissue engineering as well as everyday use materials such as single-use packages or bottles. PLA is considered environment-firendly because it is obtained as a result of the transformation of starch and sugar from renewable sources (such as corn, potatoes, sugar cane or beets), as opposed to petrochemical polymers.
Original, biodegradable, certified raw materials used to produce SmartFit PLA series filamets were selected so as to satisify the needs of the most demanding users of FDM technology. We put all our efforts and care of qualified engineering team to guarantee repeatability and high-quality. The filament combined with adequate configuration of the printer guarantees:
ABS - is a petrochemical copolymer. Acrylonitrile-butadiene-styrene next to PLA is the most popular material in FDM technology. Thanks to the most sophisticated raw materials and qualified engineering team, the 3D printing filament Smooth ABS when appropriate printing parameters are applied, guarantees repeatibility and high esthetics of the elements. Produced by PrintME ABS is characterized by high flow rate, low shrinkage factor, high mechanical resistance and resilience. Perfect performance, resistance to scratches, wide temperature spectre (from -40C to 90C) make Smooth ABS material that may be applied in multiple fields of industry. Smooth ABS is suitable for the production of all kinds of cases, equipment bodies, elements of bodyworks, indoor car accessories, toys, profiles and prototypes, and anything else you may think of. It is available in wide color selection. In order to reduce the so-called material shrinkage we recommend printing in the closed chamber with the heated table.
Modified by poli-glycol (ethylene terapthalate) - is an amorphical thermoplastic copolyesters characterized by exquisite resistance and optical properties. Its significant advantage is that it may be used in contact with food and cosmetics.
Filament SWIFT PET + G is dedicated mostly to people who professionally deal with FDM technology print-outs. It is more elastic and softer than PLA or ABS. It has very low shrinkage factor and therefore it is suitable for large-sized print-outs. When printing parameters are appropriately selected, printing layers bond perfectly and this gurantees the best printing quality and leaves you satisifed. Swift PET-G has high chemical resistance to acids , alkalis and water. Printing process is free of unpleasant odours so printing with PET-G is very nice! Furthermore, an adequate temperature profile allows for the so-called tossing-free print, which is a considerable advantage as for PET-G.
Hard Tech HH Flex from Print-Me is a specially-designed construction material dedicated for FDM-technology printing. It is characterized by perfect thermal resistance and low shrinkage factor. HardTech HH guarantees exquisite printing quality and is free of hazardous substances such as styrene and bysphenol-A. Compared to HardTech-Stone, this material has more elasticity and therefore it shows even higher shock resistance.
HardTech from Print-Me is a specially designed construction material dedicated for FDM technology printing. It may easily replace materilas such as e.g. PC. It combines perfect resistance parameters and elasticity. It is characterized by high thermal resistance, resilience and chemical resistance. Most of all it has very low shrinkage factor. Hard Tech guarantees perfect printing quality and is free of hazardous substances, styrene and bysphenol-A. It is enviromentally friendly and human friendly.
Temperature of deflection when burdened: 100C
Polyamid PA12 - NYLON is a construcion material perfect to use in: automotive, electrical, electronical and sport industries. NYLON from Print ME is characterized by perfect layer bonding and shrinkage factor below 1.5%. It is a perfect material to produce industrial details such as bushes, bearings, screws, toothed wheels because it is characterized by high resistance to attrition and resilience. It has insulation properties and chemical resistance to grease and oils. Moreover, it has the lowest water absorption of all available polyamids.
Working temperature for ready elements may reach from 130-150C. Printed-out thin-layered elements show elastic properties. It is a prerequisite to use a heated table (to the temperature of 120C ) and closed chamber as well as effectively ventilate the room due to the emission of the harmful caprolactam during the extrusion. The polyamid is available in Natural - Ivory colour. The recommended printing temperature is 230-280C.
Printme Flex also known as RUBBER is an elastomer characterized by high simplicity of the print, which offers multiple possibilities even to beginners. PrintMe Flex is a hybrid material that combines the propoerties of rubber and other thermoplastic materials such as PLA or ABS.
Our elastomer guarantees resilience and elasticity. The printed details may show up to 20D or 40D hardness in Shore scale. Exquisite prints achieved across all temperature range of 220 - 240C will make your printing experience a sheer pleasure. Furthermore we guarantee resistance to chemicals and UV radiation. In order to achieve even better quality of prints we recommend printing with additional cooling option.
ASA - (acrylonitrile - styrene - acryl) is a thermoplastic copolymer characterized by perfect resistance to UV radiation, heat, humidity and cracks upon burden. ASA is a material that is perfectly fit for printing details exposed to difficult weather conditions. Additionally, ASA is resistant to chemicals, it shows temperature stability and antistatic properties. Similarily to ABS it is a petrochemical material, however due to the lack of butadiene this material has significantly lower shrinkage factor and is - therefore - easier in printing.
Carbon PC - polycarbonate is one of the most resistant materials used in 3D printing. The polycarbonate from PrintMe is an exceptionally resilient material, resistant to high temperatures even up to 135C with 0,45 burden. Thanks to graphite crystals added Carbon PC shows powerful antistatic properties, which broadens its technical application.
HIS PLA (High Impact Strength) - Guarantees more effective heat resistance and high resilience of the printed elements. HIS PLA shows thermal and mechanical properties that are similar to ABS, and at the same time it offers an alternative to styrene-based materials. It does not emit odour substances, does not require a closed chamber and its shrinkage is lower than in ABS, but still its properties are equal to ABS. It gains its extraordinary resistance properties upon heating in teh temperature of 110-120C depending on the wall thickness (3mm - about 20minutes).