3D PRINTING
3D printing, also known as additive manufacturing, is a technique in which objects are built up layer by layer from a digital 3D model. Instead of cutting away material as in traditional manufacturing (subtractive manufacturing), the material is added in small layers until the entire object is finished.
3D Printing can be used in e.g. prototype manufacturing, medicine, industry, construction and consumer products.
3D printing can offer benefits such as faster production times, less material waste, and the ability to create more complex shapes than is possible with traditional methods.
Our 3D Printer can print technical plastics. With its dual nozzles, it is ideal for printing large high-performance functional materials such as ABS, NYLON, PC, PPSU, ULTEM and PEEK. Its high-temperature thermal system includes a constant chamber temperature of 300°C, with a build volume of 610 x 508 x 508 mm
FILAMENTS WE USE
ABS / ABS+
ABS (Acrylonitrile Butadiene Styrene), a versatile material popular in everything from industrial products to everyday objects, thanks to its durability, formability and good mechanical properties. It is known for its strength and ability to withstand shocks and impacts. It is therefore often used in products that require durability, such as car components, toys (such as LEGO), and electronic housings. ABS can be machined to a smooth and glossy surface, making it popular for cosmetic and aesthetic products where appearance is important. ABS can withstand relatively high temperatures and holds its shape better than many other plastic materials when exposed to heat. Heat tolerance: 100°c. ABS+ is often modified with additives to provide better properties, such as increased durability, improved printability and higher resistance to cracking and temperature effects.
ASA
ASA (Acrylonitrile Styrene Acrylate) is a plastic material similar to ABS, but with improved properties, especially in terms of weather resistance, UV stability and color fastness. ASA is particularly known to be an excellent choice for outdoor applications where the plastic materials are exposed to the sun's UV rays and weather conditions. ASA is more resistant to chemicals such as solvents, acids and alkaline substances compared to ABS. Heat tolerance: 120°c.
PA12
PA12 (Nylon 12) is a versatile and durable material with advantages such as low moisture absorption, high chemical resistance, wear resistance and good flexibility. It is often used in applications that require these properties, such as in the automotive industry, electronics, hoses and pipes, as well as for 3D printing and medical applications. Heat tolerance: 80°c – 100°c long-term (120°c short-term)
PA12-CF
PA12-CF A carbon fiber reinforced variant of PA12 (Nylon 12), which means that the material has been provided with carbon fiber to improve its properties. The carbon fibers give PA12 increased stiffness, higher strength, and improved dimensional stability while maintaining PA12 advantages such as chemical resistance, low moisture absorption and good wear resistance. Heat tolerance: 80°c – 100°c long-term (120°c short-term)
PC
PC (Polycarbonate) offers many advantages, especially for applications that require high mechanical strength, heat resistance, and impact resistance. It is an excellent choice for printing functional prototypes, industrial parts and components that need to withstand high temperature and mechanical stress. Heat tolerance: 130°c - 140°c long-term (150°c Short-term)
PC-ABS
PC-ABS A composite mixture of two different thermoplastics: PC and ABS. This blend combines the best properties of both materials, making PC-ABS a very popular material in both industrial manufacturing and 3D printing. It is often used to create parts that require a balance between strength, impact resistance, and machinability, while maintaining light weight and good aesthetics. PC-ABS has good surface finish and can be processed to high quality, it is also used for products that require a fine surface, for example in jewelry, components for consumer products or technical instruments. Heat tolerance: 100°c – 110°c.
PC-FR
PC-FR filament is a type of polycarbonate (PC) filament that has been modified with flame retardants to make it fire resistant, or flame retardant. PC-FR is a high performance material which makes it a good choice for electronic, construction, automotive and medical applications where fire resistance is a safety factor. The material retains many of the advantages of polycarbonate, such as impact resistance and heat resistance. Heat tolerance: 130°c - 150°c (depending on the composition of the flame retardant.)
PC-PBT
PC-PBT Polycarbonate (PC) is known for its impact resistance, heat resistance, and optical clarity, while PBT contributes improved chemical resistance, mechanical strength, and excellent dimensional stability at higher temperatures. The combination of these two materials makes PC-PBT filament a very strong and durable material that retains the benefits of both components. Heat tolerance: 130°c – 150°c.
PLA
PLA (Polylactic Acid) is a biodegradable, environmentally friendly and easy-to-use material that provides excellent print quality and detail. It is ideal for prototyping, decorative models and educational purposes. However, it is not the best choice for functional parts that need to withstand high temperatures, mechanical stress or long-term use. Heat tolerance: 60°c.
PPA-GF
PPA-GF (Polyphthalamide Glass Fiber Reinforced) is a type of polyamide resin (nylon) that is glass fiber reinforced. It combines excellent heat resistance, chemical resistance, and mechanical strength. It is a material used in demanding applications that require high durability, wear resistance and dimensional stability at high temperatures. Particularly popular in the automotive, electronics, industrial applications and chemical processing industries. PPA already has a high glass transition temperature (Tg) and melting point compared to many other plastic materials. When reinforced with fiberglass, its heat resistance is further improved. Heat tolerance: 180°c - 230°c.
PPA-CF
PPA-CF (Polyphthalamide Carbon Fiber Reinforced) is an advanced material that combines the exceptional properties of PPA (high heat resistance, chemical resistance) with the advantages of carbon fiber reinforcement. It provides increased strength, stiffness, and dimensional stability while maintaining a low weight. The carbon fiber also provides a smoother surface to the prints, which can be beneficial when printing technical parts that require good finish and detail. As with regular PPA, PPA-CF has excellent heat resistance. It can handle temperatures of up to 250-300°C (depending on the exact composition), making it suitable for use in applications that require high thermal stability, such as engine parts, heat exchangers, automotive, aerospace and electronic components. Heat tolerance: 250 – 300°c (depending on exact composition)
TPU
TPU (Thermoplastic Polyurethane) is a type of elastomer, which means it has rubbery properties and can be stretched or bent without breaking, A very versatile material that offers flexibility, shock absorption and durability, making it ideal for applications that require flexibility and durability . It is popular in protective equipment, phone cases, machine parts, and vibration dampening components. Heat tolerance: 60°c - 80°c.
PEEK
PEEK (Polyetheretherketone) is one of the most high-performance and heat-resistant 3D printing materials available on the market. It is used to create components that must withstand both high temperatures, chemicals and mechanical stress. PEEK is a thermoplastic plastic material known for its exceptional properties, making it popular in industrial applications where durability and functionality are critical. It is an ideal material for industry, medicine, aerospace technology, and automotive. However, PEEK is a relatively expensive and difficult material to work with, as it requires specific equipment that can handle the high printing temperatures and a controlled printing environment. Heat tolerance: 250 – 300°c.
PEEK-CF
PEEK-CF is a composite material consisting of PEEK (Polyetheretherketone) that has been reinforced with carbon fiber. This combination makes the material even more high-performing than regular PEEK, and it offers improved properties for specific applications where both heat resistance, strength, and lightness are crucial. Just like regular PEEK, PEEK-CF has a melting point of around 343°c and can be used at temperatures up to around 250°C–300°c continuously without losing its mechanical properties. The carbon fiber addition does not negatively affect the heat resistance, but can sometimes contribute to the material becoming a little more rigid. Heat tolerance: 250 – 300°c.
PEEK-GF
PEEK-GF (Polyether ether ketone with glass fiber reinforcement) is a composite version of the already extremely durable and heat-resistant material PEEK. Here, fiberglass is mixed with PEEK to create a material with even higher strength, stiffness, and wear resistance while maintaining many of the excellent properties of pure PEEK, such as high temperature resistance and chemical resistance. This makes it ideal for components subject to abrasion and friction, such as bearings, seals and wear parts. Fiberglass is lighter than carbon fiber, which allows PEEK-GF to provide good strength and stiffness without the added weight that carbon fiber-reinforced versions (such as PEEK-CF) can have. This makes it useful where both strength and light weight are desired. Heat tolerance: 250°c – 300°c.
PEI 1010
PEI 1010 Polyetherimide (PEI) also called Ultem, is a high performance material that offers exceptional temperature resistance, chemical resistance, mechanical strength and electrical insulation. It is often used in the aerospace industry, medicine, automotive, and other industrial processes where durability and high performance are crucial. PEI 1010 offers high tensile strength, flexural strength and stiffness, making it a good choice for structural components subjected to high loads. In addition, the material retains its mechanical properties at both low and high temperatures. The material is also biocompatible, making it a useful material for certain medical technology applications, such as implants or instruments that may come into contact with the body. Ultem has a glass transition temperature (Tg) of 217°C, which means that the material remains stiff and stable at high temperatures. It can be used in continuous applications at temperatures up to about 170°C, and even up to 200°C for shorter periods without losing its mechanical properties. Heat tolerance: 170°c
PEI 9085
PEI 9085 (Ultem 9085) is another variant of Polyetherimide (PEI) is a high performance material that combines high temperature resistance, wear resistance, chemical resistance and fire resistance. It is a popular choice for applications in the aerospace industry, automotive, medicine and other industrial applications where extreme demands on strength and performance are made. PEI 9085 is flame retardant and has a UL 94 V-0 rating, meaning the material is self-extinguishing and does not spread flames when exposed to fire. This makes it very suitable for the aviation industry, where fire protection is a critical factor for safety. Heat tolerance: 170°c - 180°c.
POINT
PEKK (Polyetheretherketoneketone) is a high-performance thermoplastic material that belongs to the same family as PEEK (Polyetheretherketone), but with even better chemical and thermal stability. PEKK is one of the most advanced plastic materials used for 3D printing and manufacturing of industrial components. It is known for its exceptional mechanical properties, heat resistance and chemical resistance, making it an excellent choice for demanding applications in a range of industries, including aerospace, automotive, medical and industrial manufacturing. PEKK offers excellent resistance to a wide range of chemicals, including solvents, acids, bases, and gasoline. This makes the material very useful in corrosive environments, where other plastic materials would not last long. Heat tolerance: 250°c - 300°c.
PS
PPS (Polyphenylene Sulfide) is a high-performance thermoplastic material known for its exceptional thermal, chemical, and mechanical properties. It is used to manufacture components that need to withstand extremely harsh conditions, including high temperatures, chemicals and mechanical stress. Because it is a technologically advanced material, PPS is usually reserved for industrial applications where other plastic materials would not perform well enough. PPS also offers excellent electrical insulation and is therefore often used for the manufacture of electronic components and cables that need to withstand high temperatures while maintaining good electrical properties. The material has a UL94 V-0 fire rating. This means that it does not spread flames and has good fire resistance properties Heat tolerance: 200°c - 230°c.
PPSU
PPSU (Polyphenylsulfone) is a high-performance thermoplastic material that belongs to the same family as PSU and PEEK. PPSU is known for its excellent thermal, chemical, and mechanical properties, making it a material used in extremely demanding applications in various industries, such as medicine, aerospace, automotive, and chemical processing. Heat tolerance: 180°c - 200°c.
