3D Printing Materials
3D printing is the process of building an object, layer by layer, with the use of a thin material from a 3D digital model. 3D printing is being adopted at a very high rate across various end-use industries owing to mass customization offered by this process. Plastics and metals are being mainly used to create complex objects in the healthcare, automotive, and aerospace & defense industries. Moreover, the growing adoption of home 3D printers in the North American and European regions is one of the major factors augmenting the demand for the Best 3D printing materials. Furthermore, high material costs and greater lead time are some of the factors that are hindering the growth of this market.
Top 10 3D Printing Materials 2021
- 3D Systems Materials
- SLM Solutions
Best 3D Printing Materials is technology of printing a three-dimensional (3D) object from a digital file using materials, such as plastic, metal, and ceramics; and the materials used are called 3D printing materials. These materials are used in three forms: filament, powder, and liquid. The types of materials can be classified into plastics, metals, ceramics, and others that include bio-inks, wax, and lay wood. 3D printing finds major applications in printing parts or objects across aerospace & defense, healthcare, consumer goods, automotive, and construction sectors.
3D printing has been regarded as one of the major disruptive technologies of this century, transitioning from prototyping to a potential production method across various industries. 3D printing, also referred to as additive manufacturing, is expected to have a positive impact on various end-use industries, such as aerospace & defense, healthcare, automotive, and consumer goods.
The market is segmented into four types, namely, plastic, metal, ceramic, and other materials based on the 3D printing material type. The metal material accounts for a major share of the overall Best 3D printing materials market because of its widespread application in various industries on account of its durability. Nowadays, a wide variety of materials, including plastics, metals, and ceramics (supplied in different forms, such as powder, filament, and liquid), are available for 3D printing activities. The use of custom-made materials for a specific application is also on the rise, wherein manufacturers develop niche and superior materials by modifying their properties as per the requirements.
In the Best 3D printing materials market, the bargaining power of suppliers is expected to be low because the market has a large number of raw material suppliers, resulting in competitive prices of raw materials used for manufacturing the base materials. The 3D printing market is growing rapidly, which is increasing the demand for Best 3D printing materials. Moreover, the manufacturers of 3D printing plastics can set up their facilities at different locations, thereby resulting in a subsequent decrease in the logistics costs and the establishment of proper distribution channels.
Top 25 companies offering 3D Printing materials features were analyzed, shortlisted, and categorized on a quadrant under Visionary Leaders, Innovators, Dynamic Differentiators, and Emerging Companies to identified best 3D Printing Materials providers.
3D systems, Materialise, Arkema, GE, Stratasys, and EOS are the leading players in the best 3D printing materials market, and are recognized as Visionary Leaders.
Hoganas, Evonik, Royal DSM, and The Exone Company are recognized as Dynamic players in the 3D printing materials.
Voxeljet, SLM Solutions, and LPW Technology are recognized as Innovators in the Best 3D printing materials market.
Sandvik Group, BASF SE, Envisiontech, Clariant, Keene Village Plastics, Carbon, Eco Industrial, Impossible Objects, Forefront Filament, Airwolf 3D, Lithoz, and Markforged are recognized as Emerging players in the best 3D printing materials companies.
Growing demand from the aerospace and defense industries, as well as the automotive industry
The aerospace and defense industries have been quick to embrace 3D printing technology. One of the early adopters of 3D printing technology is the aircraft industry. For manufacturing complex components, the technology is extremely useful. It allows designers to create the best parts at a lower cost and with greater production viability. Many aircraft components, such as wings, jigs, and engine parts, are made using these materials, like metals. In the aerospace industry, titanium materials are commonly used as Best 3D printing materials because they have outstanding mechanical properties and high dimensional stability. The automotive industry's production process is being transformed by this technology. It has aided the industry in the development of more sophisticated and lightweight structures at lower costs. 3D-printed pieces are used in a lot of Formula 1, supercars, and concept cars. For example, in the first quarter of 2018, Bugatti (France), the world's leading car manufacturer, unveiled a titanium-based 3D-printed brake caliper. BMW is also collaborating with major 3D printing companies, including EOS GmbH Electro Optical Systems (Germany), and Carbon (US) to manufacture 3D-printed parts for commercial vehicles.
Mass customization is the current revolution in the 3D printing industry. 3D printing has made life easier as consumers can create designs and develop new paradigms by crafting creative designs on the computer and print the same with the use of a printer. For plastic objects, the printers can be located at retail stores, and for metal and other materials, the printer can be placed at specialized offsite facilities. In either case, the final product cost will be affordable for customers. Mass customization enabled by 3D printing has led to the increased demand for different printing materials.
3D-printed consumer goods are expected to propel the growth of the Best 3D printing materials market in the near future. Complex and customized designs can be achieved through 3D printing. Jewelers, watchmakers, and other gadget companies are highly inclined towards mass customization, to cater to the specific customer requirements. 3D printing has enabled consumers to create designs and print them. Owing to the advancements in 3D printing technology and the development of new 3D materials, various new application areas have been discovered for 3D printing. These new areas include home decor, fashion, and jewelry. The use of 3D printing in these applications is expected to boost the growth of the Best 3D printing materials market.
Government initiatives to support the adoption of 3D printing
3D printing is being used in various industries across the globe as it reduces the operating time and cost, and enables the mass production of goods. The governments of various countries across the globe are taking initiatives to support the adoption of the 3D printing process in various industries. For instance, in 2018, the UK government announced an investment of approximately USD 150 million to the Advanced Manufacturing Research Centre in Rotherham and Sheffield and the Nuclear Advanced Manufacturing Research Centre in Rotherham. Furthermore, in 2016, the South Korean government announced a further investment in 3D printing to adopt it in various sectors.
The Singapore Center of 3D Printing (SC3DP) received an investment of around USD 150.0 million in the past decade for research activities in 3D printing technology. The Government of China also announced an investment of USD 80.0 million for establishing a 3D printing innovation center in Chengdu in 2013. 3D Systems, Stratasys, among other companies, are also investing increasingly in promotions and establishment of the 3D printing centers in Japan, China, India, among countries, to tap into the potential markets in these countries. Huge investments in the digital economy initiatives taken by European and Asian governments, with the expected improvements in 3D printing and scanning technologies, are expected to create strong momentum in these regions in the near future.
Material Costs Are Expensive
3D printing is a more efficient method of producing items, but it is costly due to high material prices, which is a major business constraint. These high prices are due to the higher purity and composition requirements needed for 3D printing.
However, with the growing demand in several applications and consumption, this is a big challenge for material manufacturers to develop and supply low-cost materials. As there are several new entrants in the market, there is high competition among manufacturers and suppliers to provide materials at low costs to customers. Owing to new entrants and high investments in R&D activities to develop low-cost materials, experts believe that the costs of materials are going to fall soon. Hence, with a reduction of costs, the demand and consumption of Best 3D printing materials will grow exponentially at a higher than expected growth rate.
Declining economy due to COVID-19
The Best 3D printing materials market is expected to witness relatively slow growth in 2020 due to novel coronavirus (COVID-19) pandemic. This deadly virus has adversely affected the entire globe, especially the North American and European regions. To prevent the further spread of this virus, companies have shut down their operations and manufacturing facilities across countries. This has led to a reduction in the implementation of 3D printing materials across automotive, aerospace & defense, and other industries. Various automobile manufacturers, including Volkswagen, BMW, and Ford, have witnessed a decrease in their market shares due to the impact of the pandemic on the global economy. The virus outbreak has disastrously affected the major aerospace markets: the US, France, and China- which has led to a sharp decline in the aerospace & defense industry. This, in turn, is hindering the growth of the Best 3D printing materials market.
Adoption of 3D printing technology in home printing
3D printing technology has been in the market for the last 30 years, but the sudden increase in the hype is due to the availability of home 3D printers. These home printers are available in the market at very low costs, which is boosting the demand for home 3D printers leading to the high growth of the Best 3D printing materials market. Currently, these printers are available in homes, offices, computer stores, and shopping hubs, where one can create inexpensive products in a considerably short span of time.
The home printers mostly use plastic materials for 3D printing, especially acrylonitrile butadiene styrene (ABS) and polylactic acid (PLA). ABS and PLA are flexible and are available in a wide range of colors. The home printers available in the market use these plastic materials that are available in filament forms. The costs of these materials vary with the diameter, color, quality, ordered quantity, and also the supplier. The growing technological advancements have made 3D printing easy, as there is no requirement of huge machine tools, and one can have a hands-on experience to print 3D objects. The adoption of these 3D-printed objects is also growing with online service providers, including Shapeways, Ponoko, and Sculpteo, which is boosting the market growth at a higher rate.
Demand from the educational sector is increasing.
In the Best 3D printing materials industry, education is one of the fastest-growing industries. While the use of 3D printing in education is still in its early stages, several institutions are beginning to set up 3D printing labs. The conventional classroom is also being transformed by 3D printing technology. Engineering students, for example, can print samples of their designs; biology students can research organ cross-sections; and graphic design students can print 3D versions of their work. The use of 3D printing in the development of interactive maps to teach geography to students is extremely beneficial. Furthermore, governments from a variety of countries are actively investing in 3D printing technology. For example, the Japanese Ministry of Economy, Trade, and Industry (METI) will choose many technical schools and universities to obtain a subsidy covering two-thirds of their 3D printing technology expenses.
To produce low-cost 3D printing materials
The high cost of 3D printing materials has been a significant point of concern associated with its market growth. There is a large number of applications for these materials, which are discovered but are facing many restrictions due to their high costs. Developing low-cost technologies for manufacturing these materials is a major challenge for all researchers and key manufacturers. Best 3D printing materials are introduced only in high-end and luxury cars due to their high cost. There are enormous opportunities in other economic automotive sectors for 3D printing materials. The consumer & industrial sector leads this market and is expected to dominate the market due to the decreased production cost.
Shortening the lead time
Reduce the lead time associated with these materials, particularly metals, is one of the main challenges faced by 3D printing material manufacturers. The end products made from metal take a long time to make. Manufacturers must work on current products and technologies that appeal to the 3D printing industry in order to overcome this. The industry's long lead times are preventing most manufacturers from moving to additive manufacturing from their traditional manufacturing processes, which is slowing the adoption of 3D printing in major end-use industries like aerospace and automotive.
Market Recovery from COVID-19
The COVID-19 outbreak has drastically altered the demand for Best 3D printing materials across the globe due to a decline in demand from the automotive and aerospace & defense industries. The pandemic has abruptly interrupted the operations and global supply chain across various industries, which in turn, has slowed down the growth of this market. Various countries have imposed lockdown to prevent the further spread of the virus. Europe and North America are the most severely affected regions due to COVID-19. Companies need to cope up with this sudden impact brought by the pandemic and has to efficiently work on their supply chain and improve their distribution network to capture the demand for 3D printing materials in the near future and tackle the sudden fluctuations in the market. However, additive manufacturing is playing a crucial role even in this pandemic situation. Increasing usage of 3D printing to manufacture PPEs is driving the demand in the healthcare segment and helping in the significant growth of this market.
3D PRINTING MATERIALS MARKET, BY TYPE
3D printing materials can be broadly classified into four types, namely, plastics, metals, ceramics, and others. Other materials include wax, bio-inks, laywood, and edible materials. Each type contains a broad range of materials with distinct features and applications. In 3D printing, the choice of material is based on the 3D printer used to print the objects. In terms of the demand for Best 3D printing materials, plastic materials account for a major share, followed by metals. Plastics are mainly used in the form of a filament, whereas metals are generally used in powder form. The demand for metals is expected to grow at the fastest pace during the forecast period.
In terms of volume, 3D printing plastic materials dominated the market. The growing implantation of PLA, ABS, nylon, and other plastic materials and continuous innovation in plastic materials is responsible for the high market share of the plastics segment. In addition to this, the availability of various technologies and inexpensive nature of plastic materials in comparison to metals is fueling the market in the plastic segment.
Plastics in 3D printing include acrylonitrile butadiene styrene (ABS), polylactic acid (PLA), nylon, photopolymers, polypropylene, polycarbonate, high-density polyethylene (HDPE), polyvinyl alcohol (PVA), and duroplastics. In terms of volume, photopolymers, PLA, and ABS account for the major share of approximately 77% of the overall 3D printing materials market. Plastic materials are durable and elastic and are available in a wide range of colors. 3D printing plastic materials are mainly consumed in the form of filaments and used to create objects with FDM technology. In addition, owing to the invention of home 3D printers, consumer printing has become a major application where plastics are commonly used.
Metal materials are highly useful in manufacturing components for the automotive and aerospace & defense industries. 3D printing metal materials have been further segmented into titanium, aluminum, nickel, stainless steel, and others (such as cobalt chrome, copper, silver, gold, and bronze). 3D printing metal materials offer various characteristics, such as lightweight, excellent temperature resistance, and heat resistance. Metals are the fastest-growing type of 3D printing material owing to high demand from the healthcare, automotive, and aerospace & defense industries. Metals are available in different grades of colors and majorly consumed in the powder form. Moreover, precious metals, such as gold and silver, are normally preferred for manufacturing jewelry.
Aerospace & defense is one of the early adopters of 3D printing metal materials, as a result various countries has given green light to the adoption of 3D printing using metal. For instance, In June 2020, IAI produces SkysPrinter, the first fully 3D printed drone for Israel’s Defense. The UAV was made from 26 parts 3D printed using metal, nylon, carbon, and other complex material. Along with aerospace & defense. Automotive sector is also one of the prominent users of metal materials. Various automobile manufacturers have adopted 3D printing to produce car body parts.
Ceramics are environmentally-friendly and naturally available materials. Ceramic materials are used in a wide array of applications, such as electronics, aerospace, machinery, and biomedical engineering. There are various types of ceramic materials that are used for 3D printing, such as zirconia, glass, silica, graphite, clay, and others. They possess various characteristics, such as high mechanical strength and good chemical & thermal stability. They are generally available in the powder form with different grades of colors and are used in the 3D printing of cups, saucers, plates, statues, and figurines.
Other materials include wax, laywood, paper, printed electronic materials, edible materials, and bio-inks. Nowadays, 3D printing can print human tissue that is made from a gel structure, where living cells are injected to develop a biological tissue. The food industry is widely using edible materials in 3D printing to make cakes, wafers, and other eatable products. Furthermore, 3D printed bones may also be produced using bone material in the near future as researchers are still working on this concept. Hence, with the increasing R&D, the variety of materials that can be 3D printed is expanding rapidly.
3D PRINTING MATERIALS MARKET, BY FORM
High demand for Best 3D printing materials in the filament form is mainly driven by the plastic materials, as plastic materials are majorly used in the filament form in the 3D printing processes. The plastic materials that are available in the filament form include acrylonitrile butadiene styrene (ABS), polylactic acid (PLA), nylon, photopolymers, polyvinyl alcohol (PVA), polycarbonate (PC), high-density polyethylene (HDPE), and other thermoplastics. Among these thermoplastics, ABS and PLA are the major materials in terms of production and demand. Filaments are available in the market in various diameters, and the selection is based on the printer that is used by customers. Ceramic, laywood, and other materials are also available in the filament form, which is also responsible for the high market share of this form in this market.
The powder form of 3D printing materials is mainly consumed as metals and special alloys that are expensive compared to other materials. Steel, titanium, silver, gold, aluminum, copper, bronze, silica sand, and a few other materials are available in the powder form. All the metal powders are =especially graded materials that can withstand high temperatures. Aerospace & defense and automotive are the major industries that use metal powders, whereas gold, one of the most expensive materials, is generally used in the jewelry and fashion design industries.
3D printing with liquid materials is the start of a new era in this industry. Resins, chocolate, bio-ink, among others, are the liquid materials available in the market. SLA is one of the major technologies, which is used to process these liquid materials. Materialise NV (Belgium) is one of the major manufacturers of liquid materials that use SLA and Polyjet technologies to create 3D objects using liquid resins.
3D PRINTING MATERIALS MARKET, BY TECHNOLOGY
There are various technologies available in the market, which are used to create 3D-printed objects. These technologies include fused deposition modeling (FDM), selective laser sintering (SLS), stereolithography (SLA), direct metal laser sintering (DMLS), Polyjet, and Binder Jetting. These additive manufacturing technologies are used to create visual models, prototypes, and production parts using various materials, such as plastics, metals, and ceramics. They help in creating objects with exceptional detail, high accuracy, and excellent mechanical properties. Moreover, these technologies are chosen as per the form and type of material. For instance, DMLS technology is a powder bed fusion technology that is used to print metal powders, such as aluminum, titanium, and steel. FDM is the most widely used technology across the world due to its inexpensive nature and excellent compatibility with plastic materials.
Fused deposition modeling (FDM) technology is also referred to as fused filament fabrication (FFF) technology. This additive manufacturing technology works on the material extrusion process. In this technology, an object is manufactured by selectively depositing material layer by layer in a pre-determined path. Under this process, the thermoplastic filament is loaded into the 3D printer, and then the nozzle of the printer is heated to the desired temperature. The filament is then pushed to the heated nozzle, where it starts melting. After this process, the extrusion head moves along the specified coordinates, where the melted material is deposited onto the build plate where it cools and solidifies. Once a layer is finished, the printer lays down another layer, and the process is repeated until the object is formed.
Selective laser sintering (SLS) is one of the major technologies in the Best 3D printing materials market that works on powder bed fusion technology. The objects created using SLS are generally made with thermoplastic powders. Nylon is one of the widely used types of plastics that are used to print 3D objects using this technology. This process is very similar to direct metal laser sintering (DMLS) because SLS also uses a thermal energy source to induce fusion between powder particles. DMLS is used to process metals, while SLS is used to create objects using thermoplastic powders. SLS is very useful in producing parts with complex geometries and good mechanical properties.
SLA was the first 3D printing technology invented to print 3D objects. This technology was invented by Chuck Hull in the year 1986. SLA technology belongs to the Vat Polymerization family. In SLA technology, an object is created layer by layer by curing a polymer resin using an ultraviolet (UV) laser, which cures and solidifies the photopolymer resin. Generally, the materials used in SLA are photosensitive resins that are available in liquid form. SLA printers use a set of mirrors, known as ‘galvos,’ that aim a laser beam across the print area in the predetermined path and solidifies the resin. The SLA technology can be used in both high-end industrial 3D printers and low-cost desktop 3D printers. This technology is very useful in producing objects with high dimensional accuracy and intricate details. SLA parts exhibit smooth surface finish, which makes them ideal for creating a prototype.
Direct metal laser sintering (DMLS), also referred to as selective laser melting (SLM), is one of the major technologies adopted with metal materials. This technology is highly useful in creating 3D objects using metal alloys. The DMLS technology works on the powder bed fusion process in which a thermal source is used to induce fusion between the metal powder particles. This process is highly useful in creating objects with complex geometries. Owing to the increasing demand for 3D-printed metal components from the aerospace & defense, automotive, and other industries, the use of DMLS is growing at an excellent rate.
Other 3D printing technologies are being used in the additive manufacturing industry, including Binder Jetting, multi-jet fusion (MJF), material jetting, Polyjet, and electron beam melting (EBM). Among these technologies, Polyjet is one of the major technologies available in additive manufacturing, as it can create objects with multiple materials simultaneously. Various companies are working on the advancements of 3D printing technology to improve the efficiency and supported materials to print objects. For instance, US-based manufacturer, Carbon, introduced Digital Light Synthesis technology that uses digital light projection, programmable liquid resins, and oxygen permeable optics to manufacture parts with superior mechanical properties, surface finish, and resolution.
3D PRINTING MATERIALS MARKET, BY APPLICATION
The 3D printing materials are used in prototyping, manufacturing, and other applications. The other applications include art & sculpture, hobby, and marketing samples. Prototyping is a major application of Best 3D printing materials, whereas the growing adoption of 3D printing in the automotive, aerospace & defense, and medical industries are driving the demand for bulk manufacturing. The increasing use of home 3D printers is one of the major factors for the increased demand for other applications in the 3D printing materials market. Moreover, in various countries, including the US, UK, and Germany, individuals are highly engaged in using the additive manufacturing process for creating art & sculpture.
3D printing materials are mainly used in the prototyping application to showcase how the 3D-printed object looks. The prototyping application is highly useful to increase the adoption of 3D printing across various sectors, such as automotive, aerospace & defense, healthcare, education, and construction. In the education sector, 3D-printed models are used for teaching purposes. Prototyping is very common in the automotive industry; for example, leading car manufacturer, Audi (Germany), has collaborated with SLM Solutions Group AG (Germany) to produce prototypes and spare parts.
The Best 3D printing materials used in the manufacturing application is witnessing a high growth across the globe. Various end-use industries, including automotive, healthcare, and aerospace & defense, have already adopted 3D printing for the mass production of components. Nowadays, automotive components, mobile cases, wing mirrors, toys, and other products are being created using 3D printing technology. End-use industries are shifting toward bulk manufacturing using 3D printing, as it reduces manufacturing cost, decreases lead time, and produces complex structured objects.
There are various other applications, where 3D printing materials are useful, such as art & sculpture, hobby, and marketing samples. North America and Europe are the major consumers of 3D printing materials in other applications. Companies are manufacturing 3D-printed objects to demonstrate their products for marketing. In addition, the availability of low cost and affordable home 3D printers is one of the major reasons for the growth of Best 3D printing materials in the other applications segment. These low-cost printers allow users to create and print objects at lower prices.
3D Systems Corporation offers wide 3D Material options such as plastic, metal, ceramic, nylon, rubber-like materials, composites, and polystyrene or glass powders. 3D Systems materials are used for prototyping and the production of functional end-use parts. 3D printing materials match your specific application needs in terms of flexibility and durability.
General Electric offers high-performance printing materials for larger-scale applications including the aviation and medical sectors. The printing material uses metals, ceramics, glass, composites, paper, concrete, plastics, food, yarn, and bio-inks to create artificial organs and soft tissues. It offers performance, quality, and safety when used in machine solutions.
Arkema offers an extensive range of 3D printing materials for major additive manufacturing processes such as UV curing, powder bed fusion, and extrusion. Arkema material effectively reacts to a wide list of specifications for mechanical and thermal resistance, transparency, color, flexibility, and durability. Its end-use industries include aerospace, medical, dental and machinery, and consumer goods.
MATERIALISE NV offers 3D Printing Materials ranging from polymers to metals, filaments to powders to meet your requirements. Its 3D printing technologies - Laser Sintering, Fused Deposition Modeling, Stereolithography, Vaccum Casting, Metal 3D Printing, or PolyJet match for all approaches.
STRATASYS offers a robust range of advanced 3D Printing materials and filament ranging from superior mechanical properties to texture and color reality. STRATASYS 3D printing material is dependent on the desired application. It is specifically created for concept modeling, functional prototyping, and certification parts testing.
EOS 3D printing material is used for local on-demand spare parts production, customized products, lightweight designs, functional integration, or shaping to completely new ideas. The material is ideally suited for your needs and is capable of much more than rapid prototyping. It can quickly and cost-efficiently optimize designs and speed up development cycles.
VOXELJET high-performance material perfectly suits 3D application processes in everyday industrial production. voxeljet Material Xperience Lab has created a freely parameterisable 3D printing system to further complete the interaction between material and machine. The Lab tests specific materials and certifies them for sustainable use in specific production processes or products.
HOGANAS high-quality 3D printing metal powder designed for the special requirements of additive manufacturing. Amperprint, a unique metal powder, used for the 3D printing of implants and surgical tools in the medical and dental industries and for complex components in the aerospace sector. HOGANAS is developing a wide range of customer-specific metal powders for tomorrow´s industrial production.
SLM Solutions offer a range of high-quality metal powders and precisely engineered material parameters to meet your production needs. SLM metal powder portfolio covers 16 specific alloys from 6 alloy families. Its precise engineered parameters match every offered material for SLM® machines which enables additive manufacturing of high-quality elements assigned for technical applications.
Evonik has developed PEBA (polyether block amide) powder used for a variety of powder-based 3D printing technologies. 3D printed parts made from PEBA powder provide a high degree of flexibility and high mechanical strength, excellent chemicals and temperature resistance, and great durability for a higher temperature range from -40°C to 90°C.
LPW Technology offers ultra-clean metal powders for Additive Manufacturing suitable for critical industries such as aerospace and pharmaceutical applications. PowderRange metal powders are optimized for use in a variety of metal AM machines. Metal powder delivers the precise mechanical properties to suit your application demands.
DSM offers an extensive range of 3D printing materials portfolio for additive technologies including PBF, Stereolithography (SLA), and Fused Filament Fabrication (FFF). It is specifically designed for 3D printing for a wide range of applications across several industries including automotive, infrastructure, water management, and production tooling applications.
Sandvik is an engineering company engaged in additive manufacturing, materials technology, metal cutting, and mining. It offers related services across the entire additive manufacturing value chain from metal powder to finished components. Sandvik offers the widest metal powder in the market and even tailor materials according to customer demands or specific additive manufacturing processes.
Forefront Filament offers POLYPROPYLENE 3D PRINTING FILAMENT for a wide range of applications from food packaging and medical through to automotive and sports clothing. Polypropylene3D printing filaments contain no styrene, and phthalates and they produce no harmful gases or odors when printing. It is non-toxic, moisture and chemical resistant.
ExOne develops specific materials for binder jet 3D printing technology. Its metal printing technology creates functional precision parts used in automotive, aerospace, defense, energy, and consumer applications. Third-Party qualified materials need to pass ExOne’s rigorous testing process for uniformity, dimensional tolerance, sintering characteristics, and other features.
Airwolf 3D offers 40+ materials ranging from PLA and ABS to TPU, Nylon, and Polycarbonate for optimal 3D printing settings. Airwolf 3D uses Acrylonitrile Butadiene Styrene, the most commonly used 3D printing material for producing many of its components because of its ease of use and resistance to high temperatures. It offers over 21 different types of 3D printing filament which has been tested and proven to print successfully.
BASF 3D Printing solution offers high-quality and high-performance industrial filament materials for various industrial applications. The company is working on new developments in the field of UV-reactive materials. BASF UV-reactive materials allow additive manufacturing of metal-casting molds for aerospace and automotive applications.
Markforged’s Continuous Fiber Fabrication (CFF) materials are designed for high strength applications including automotive, aerospace, electronics, and manufacturing. Its material is strong enough to support almost anything - from combat robotics to industrial automation. Markforged materials offer high strength, toughness, and chemical resistance.
Clariant’s industrial 3D printing materials used for automotive, electrical and electronics, rail, and more applications. Its halogen-free flame retardant 3D printing material designed for a range of end-use applications. Clariant provides unique solutions, support, and expertise in 3D print and design for additive manufacturing solutions.
Lithoz provides high-performance and bioresorbable ceramics materials for additive manufacturing. Its every raw material has been developed to suit Lithoz's LCM technology to alleviate the production of high-quality parts. The materials are characterized by high levels of hardness, good corrosion, and temperature resistance.
EnvisionTEC continuously invents, develops, and improves 50 core 3D printers’ material with different qualities that meet specific market needs. Perfactory 3D printing material uses its Perfactory DLP® technology to deliver accurate and functional parts in a short time. The materials are flexible, transparent, and functional for a variety of uses.
Impossible Objects offers high-performance thermoset-based 3D printed composites. This move enables more industries to get the benefits of thermoset composites through 3D printing. Thermoset material offers a high strength-to-weight ratio that can produce lightweight parts with a performance similar to that of metals.
Keene Village Plastics offers high-quality ABS 3D printing filament for high-strength applications. ABS (Acrylonitrile Butadiene Styrene) filament is a light and sturdy thermoplastic material that has a long lifespan, chemical resistance, and flexibility. The material has exceptional mechanical strength at high temperatures and is used for replacement parts for machines and automobiles and popular sports equipment, instruments, and toy manufacturing.
ECO manufactures flexible TPU 3d printing filament. The material offers good flexibility, mechanical strength, durability, excellent UV resistance, chemical resistance, and tolerance to extreme temperatures. TPU filament is suitable for outdoor application. ECO INDUSTRIAL provides special PLA and ABS filaments that have other advantages like zero warp, interlayer adhesion, and reliable bed adhesion.
Carbon Solutions offer best-in-class 3D printing materials for prototyping and manufacturing real and functional parts. Carbon 3D printing materials have excellent mechanical characteristics, high resolution, and exceptional surface quality for real-world products. Carbon DLS prototype and produce functional parts with excellent mechanical properties for best performance.
Archroma is a global leader in integrated solutions for the printing business. It offers tailor-made system solutions that need in specific production processes and markets. Archroma brings high innovation, creativity, quality, and sustainability that contributes economic benefits with wider design possibilities.
Arconic develops advanced powders for the additive manufacturing aerospace industry. It offers titanium, nickel, and aluminum powders for manufacturing complicated 3D parts in the aerospace industry. Arconic brings customized processes to build larger 3D components.
Essentra Plc offers customized solutions that meet customers’ requirements and get products to the market faster and cheaper. Essentra allows designers to specify the material used in certain parts and critical pieces of infrastructure such as fasteners and fixings. They accurately present specific measurements, such as dimensions for excellent manufacturing capabilities.
GKN is a manufacturer of 3D printed parts and advanced materials for prototypes, medium series, and aftermarket solutions. GKN materials help a wide variety of customers from automotive, aerospace, medical and industrial markets. GKN’s advanced digital powders for additive manufacturing include low alloy steels, stainless steels, nickel-, copper-, aluminum-, titanium-alloy powders, and specialized novel powders.