Our Engineering Grade FDM Materials
Discover Our Extensive Range of FDM 3D Printing Materials
Unlock the potential of 3D printing with our diverse selection of FDM materials, each designed to meet your specific prototyping and production needs.
Explore Our FDM Materials
Here at Malcolm Nicholls, we offer a wide range of materials through our FDM 3D printing service. Fused Deposition Modelling is an additive manufacturing process that produces high-strength, functional parts using our extensive selection of materials. With over 50 years of prototyping experience, we are a trusted partner across many different market sectors. Take a look at the materials we use in the list below.
PA-Nylons
Nylon (PA) is a tough, high-strength engineering thermoplastic known for its excellent ductility and wear resistance. It’s commonly used in applications requiring durability and fatigue resistance, such as gears, bearings, and fittings. In the automotive industry, it’s ideal for under-the-hood components, while in consumer products, it’s frequently used for power tool housings. Nylon composites are also used in high-performance applications like firearm frames.
CarbonX™ PA6+CF (Gen3)
High-strength, low-warp carbon fiber reinforced nylon designed for demanding, heat-resistant structural applications.
A carbon fibre reinforced PA6 copolymer engineered for high-strength, structural 3D printing. With high-modulus carbon fibre and advanced compounding, it delivers excellent stiffness, dimensional stability, and thermal resistance (HDT 147°C @ 0.45 MPa). It offers reduced warping and improved printability over standard nylons, making it ideal for demanding applications requiring precision and durability.
Obsidian™ PA6+CF
Obsidian™ PA6+CF is a high-performance, visually striking drop-in replacement for Markforged Onyx™
Obsidian™ PA6+CF is an excellent drop-in replacement for Markforged Onyx™ and is compatible for use in all Markforged printers. Obsidian™ delivers excellent performance, appearance and cost effective.
CarbonX™ PA12+CF
CarbonX™ Carbon Fiber PA12 is made using high-modulus carbon fiber and a specialty Nylon 12 (PA12)
CarbonX™ CF-PA12 is a carbon fibre reinforced nylon made with high-modulus fibre and a speciality PA12 selected for its exceptional thermal stability, printability, and chemical resistance. Known for low moisture absorption and high dimensional accuracy, it prints with minimal shrinkage or warp. This makes it ideal for high-performance jigs, fixtures, and structural parts used in demanding environments requiring strength, stability, and lightweight performance. HDT reaches 150°C @ 0.45 MPa, with a continuous use temperature of 120°C, ensuring reliable mechanical properties even after prolonged thermal or humid exposure.
Essentium HTN CF25
A high-strength, carbon fiber-filled nylon engineered to replace light-duty aluminum with unmatched stiffness, durability, and printability.
A high-temperature nylon reinforced with 25% carbon fibre, delivering the highest strength and stiffness in the Essentium lineup. Known as “Black Aluminium,” it combines exceptional mechanical performance with easy printability and thermal resistance. Ideal for demanding tooling, jigs, fixtures, and light-duty aluminium replacement, it offers excellent solvent resistance and long-term durability across a range of industrial applications.
FIBREX™ PA6+GF30
FibreX™ PA6-GF30 delivers industrial-strength stiffness and heat resistance in a 3D printable Nylon reinforced with 30% glass fiber.
0% glass fibre reinforced Nylon 6 Copolymer (PA6) is an industrial-grade powerhouse, engineered for exceptional stiffness and strength without brittleness. Known for its outstanding mechanical, chemical, and thermal resistance, this PA6 is the same durable material used in automotive under-hood parts, withstanding fuels, lubricants, and heat up to 170°C. FibreX™ PA6-GF30 works seamlessly on most open-source 3D printers with a heated bed, delivering professional-grade performance.
![CarbonX™ HTN+CF [High Temperature Nylon]](https://mnl.co.uk/wp-content/uploads/2025/05/CarbonX™-HTNCF-High-Temp-Nylon-PPA.jpg "CarbonX™ HTN+CF [High Temp Nylon) PPA")
CarbonX™ HTN+CF
A lightweight, high-strength carbon fiber nylon offering excellent thermal stability, chemical resistance, and dimensional accuracy for demanding applications.
CarbonX™ HTN+CF is a high-performance, carbon fibre-reinforced semi-aromatic polyphthalamide (PPA) designed for extreme mechanical, thermal, and chemical demands. Known for its exceptional strength and stiffness, it performs reliably in high-temperature environments up to 195°C, surpassing even ULTEM™ 9085. With a glass transition temperature of 125°C, a melt point of 260°C, and HDT of 220°C, it’s ideal for metal-replacement applications in automotive, aerospace, oil & gas, and industrial sectors. Its low moisture absorption ensures consistent mechanical performance, and it resists a wide range of aggressive chemicals.
Essentium HTN
A high-strength, carbon fiber-filled nylon engineered to replace light-duty aluminum with unmatched stiffness, durability, and printability.
Essentium HTN (High-Temperature Nylon) is a durable, easy-to-print engineering thermoplastic that offers significantly enhanced mechanical and thermal performance over standard nylons. With excellent toughness, wear resistance, and best-in-class low moisture absorption, it’s an ideal drop-in replacement for Acetal (Delrin®). HTN boasts superior heat deflection and chemical resistance, outperforming ABS and conventional polyamides. Perfect for demanding applications such as jigs, fixtures, electrical housings, insulating components, and low-speed gears, this material delivers reliable performance where strength, stability, and durability are essential.
AmideX™ Nylon 6-66 Copolymer
AmideX™ Nylon 6-66 offers exceptional strength, printability, and chemical resistance—ideal for high-performance industrial applications
AmideX™ Nylon 6-66 copolymer is a high-performance engineering thermoplastic designed for excellent printability and industrial-grade durability. Known for its outstanding mechanical, thermal, and chemical resistance, this material is a go-to choice for demanding applications. With a tensile strength of 60 MPa (8700 PSI), AmideX™ delivers high strength, wear resistance, and superior chemical tolerance compared to traditional 3D printing filaments. It also offers solid thermal stability, with a glass transition temperature of 85°C and a melting point of 200°C—making it a versatile and reliable option for functional parts.
PEEK - POLYETHER ETHER KETONE
PEKK (PolyEtherKetoneKetone) is a high-performance PAEK polymer offering outstanding mechanical, thermal, and chemical resistance—while being significantly easier to print than PEEK.
ThermaX™ PEEK
ThermaX™ PEEK delivers ultra-high performance with exceptional heat, chemical, and mechanical resistance now easier to print thanks to its lower extrusion temperature.
ThermaX™ PEEK (PolyEtherEtherKetone) is one of the highest-performance polymers available, offering exceptional mechanical, thermal, and chemical resistance. Manufactured using a proprietary processing method, this PEEK filament can be extruded at lower temperatures than typical alternatives, making it easier to print while retaining its elite performance properties. With a glass transition temperature of 143°C and a melting point of 343°C, it supports continuous use up to 260°C and even higher for short periods. Inherently flame-resistant (UL94 V-0), ThermaX™ PEEK is ideal for demanding applications across aerospace, automotive, oil and gas, industrial, and chemical processing sectors.
CarbonX™ PEEK+CF10
CarbonX™ PEEK+CF10 combines high-performance PEEK with 10% carbon fiber for exceptional strength, thermal stability, and chemical resistance in the most demanding applications.
CarbonX™ PEEK+CF10 is a premium carbon fibre reinforced PEEK filament, designed for the most demanding FFF/FDM 3D printing applications. Infused with 10% high-modulus chopped carbon fibre, it offers exceptional stiffness, strength, and dimensional stability, even at elevated temperatures. As one of the highest-performing thermoplastics ever developed, PEEK is trusted across critical industries like aerospace, automotive, defence, semiconductors, and oil and gas, where failure is not an option. CarbonX™ PEEK+CF10 delivers outstanding thermal resistance, superior mechanical performance, excellent chemical and wear resistance, near-zero moisture absorption, and low smoke and toxic gas emissions, with a UL94 V-0 FST rating.
CarbonX™ PEEK+CF20
CarbonX™ PEEK+CF20 delivers extreme strength, thermal stability, and chemical resistance, combining 20% carbon fiber with PEEK for top-tier industrial 3D printing performance.
CarbonX™ PEEK+CF20 is a high-performance carbon fibre reinforced PEEK filament designed for FFF/FDM 3D printing, offering unmatched stiffness, strength, and dimensional stability with 20% high-modulus chopped carbon fibre. Recognised as one of the most advanced thermoplastics, PEEK is relied upon in critical applications like seals, gears, bushings, bearings, and compressor components across aerospace, automotive, defence, semiconductor, and oil and gas industries. CarbonX™ PEEK+CF20 delivers superior mechanical performance at high temperatures, excellent chemical and wear resistance, low thermal expansion, near-zero moisture absorption, and a UL94 V-0 flame and smoke rating—making it ideal for mission-critical parts where reliability is non-negotiable.
FibreX™ PEEK+GF20
FibreX™ PEEK+GF20 combines glass fiber reinforcement with high-performance PEEK to deliver exceptional strength, stability, and chemical resistance for the most demanding industrial applications.
FibreX™ PEEK+GF20 is a glass fibre reinforced PEEK filament designed for the most demanding 3D printing applications, combining one of the highest-performance thermoplastics ever developed with 20% glass fibre for enhanced stiffness, strength, and dimensional stability. With outstanding mechanical, thermal, and chemical resistance, this material offers long-term hydrolytic stability above 250°C, inherent flame resistance (UL94 V-0), and low smoke and toxic gas emissions. PEEK+GF20 also delivers excellent dimensional accuracy, low heat creep, and a high continuous use temperature of 260°C. Trusted in industries like aerospace, automotive, defence, semiconductors, and oil and gas, it excels in mission-critical parts such as seals, bushings, bearings, and pump components
Victrex AM200 PAEK
Victrex AM200 PAEK filament offers nearly PEEK-level performance with a wider processing window for easier printing and superior layer adhesion.
Victrex AM200 PAEK filament is an advanced high-performance polymer from the original PEEK manufacturer, designed to overcome traditional PEEK’s narrow temperature window for optimal layer adhesion and crystallisation. By expanding this window from 5-10ºC to around 25ºC and shifting it closer to the melting point, AM200 offers improved flow, stronger layer bonding, and more consistent crystallinity during printing. This makes it significantly easier to print than standard PEEK grades, allowing for both amorphous printing and annealing with greater reliability. Ideal for high-performance applications, AM200 delivers nearly the same exceptional mechanical and thermal properties as PEEK, with enhanced printability that revolutionises FDM 3D printing of PAEK materials.
PEKK - POLYETHERKETONEKETONE
A leading material in the PAEK family, PEKK has exceptional mechanical, thermal, and chemical resistance properties, while being substantially easier to print than PEEK.
ThermaX™ PEKK-C
ThermaX™ PEKK, made from Arkema Kepstan® PEKK, is one of the most advanced materials in the PAEK family, offering outstanding mechanical, thermal, and chemical resistance.
ThermaX™ PEKK delivers aerospace-grade performance with superior printability, thermal resistance, and chemical durability—without the cost or limitations of closed-source systems. Compared to PEEK, it’s significantly easier to print thanks to a wider processing window, lower melt temperature (335°C), and reduced crystallinity, making it ideal for use on open-source high-temp printers. With a high glass transition temperature of 162°C, inherent flame resistance (UL94 V-0), and low smoke emissions, it’s a go-to material for aerospace, automotive, oil and gas, and industrial applications. Unlike closed-source alternatives like Stratasys® Antero™, ThermaX™ PEKK provides the same high-grade resin with greater freedom, affordability, and accessibility—making aerospace-grade performance available without the high costs or restrictions.
ThermaX™ PEKK-A
ThermaX™ PEKK-A offers aerospace-grade strength and thermal performance with easier printability than PEEK—designed for open-source high-temp 3D printers.
ThermaX™ PEKK-A is a high-performance filament made using the 60/40 PEKK copolymer in collaboration with Arkema, a global leader in ultra-performance materials. As a key member of the PAEK family, PEKK-A offers exceptional mechanical, thermal, and chemical resistance while being far easier to print than PEEK. With a lower degree of crystallinity, a broader processing window, and extrusion temperatures between 325–350°C, it prints reliably on open-source high-temperature 3D printers—unlike closed-source systems such as Stratasys® Antero™, which require costly hardware and licensing. PEKK-A maintains a high glass transition temperature (Tg) of 162°C, a melt temperature of 335°C, excellent flame resistance (UL94 V-0), and outstanding chemical durability. Ideal for aerospace, automotive, industrial, and oil & gas applications, ThermaX™ PEKK-A delivers the freedom to create high-performance parts with superior strength, heat resistance, and dimensional stability.
CARBONX PEKK-A+CF15
CarbonX™ CF PEKK-A offers easier printability and superior performance over CF-PEEK, combining aerospace-grade strength with high thermal and chemical resistance.
CarbonX™ CF PEKK-A is a carbon fiber-reinforced PEKK (PolyEtherKetoneKetone) filament offering one of the highest levels of performance in FFF 3D printing. Formulated with the 60/40 PEKK-A copolymer and reinforced with high-modulus chopped carbon fiber, it delivers exceptional stiffness, thermal resistance, and chemical durability. Compared to carbon fiber-reinforced PEEK, it features a wider processing window with lower extrusion temperatures (345–375°C) and reduced crystallinity, making it significantly easier to print while still achieving superior part performance when annealed. With a high glass transition temperature of 160°C, HDT of 150°C, and inherent flame resistance (UL94 V-0), CarbonX™ CF PEKK-A is ideal for demanding aerospace, automotive, industrial, and oil & gas applications where high strength, dimensional stability, and reliability are critical.
PEI, ULTEM™
Polyetherimide is an amorphous, amber-to-transparent thermoplastic with characteristics similar to the related plastic PEEK. Relative to PEEK, PEI is cheaper, but is lower in impact strength and usable temperature
ThermaX™ PEI 3D Filament, Made using ULTEM™ 9085 PEI
ULTEM™ 9085 PEI filament delivers aerospace-grade strength, thermal stability, and flame resistance for demanding industrial and engineering applications.
This high-performance 3D printing filament is made from ULTEM™ 9085 PEI (polyetherimide) resin, a trusted material in aerospace, automotive, and electronics applications. ULTEM™ 9085 offers exceptional thermal stability with a high glass transition temperature of 186°C, along with inherent flame retardancy, low smoke and toxicity, and long-term hydrolytic stability. As an amorphous thermoplastic, it provides excellent dimensional stability, low creep, and consistent mechanical strength, even at elevated temperatures. Its broad chemical resistance and stable dielectric properties make it ideal for high-spec engineering environments, from aircraft interiors and automotive housings to electrical connectors and electronic components.
ThermaX™ PEI 3D Filament, Made using ULTEM™ 1010 PEI
ULTEM™ 1010 PEI filament delivers unmatched heat resistance, strength, and precision for high-performance automotive, aerospace, and electronic applications.
ULTEM™ 1010 PEI (polyetherimide) filament is a top-tier, ultra-performance 3D printing material designed for applications requiring extreme thermal and mechanical performance. Manufactured from amorphous ULTEM™ 1010 resin, this filament offers a very high glass transition temperature of 217°C, providing outstanding strength, rigidity, and thermal stability even at elevated temperatures. It features inherent flame resistance, long-term hydrolytic stability, and superior dimensional accuracy thanks to its low creep and uniform thermal expansion. With excellent chemical resistance and consistent dielectric properties, ULTEM™ 1010 is ideally suited for demanding use cases in automotive, aerospace, and electronic applications.
CarbonX™ PEI+CF, Made using ULTEM 9085
CarbonX™ PEI+CF pairs ULTEM™ 9085 with aerospace-grade carbon fiber to deliver unmatched strength, heat resistance, and flame retardancy for aerospace, automotive, and electronics applications.
CarbonX™ PEI+CF [Aerospace] is a high-performance filament made with Sabic’s ULTEM™ 9085 PEI resin and reinforced with aerospace-grade Toray T800 carbon fiber. This combination delivers exceptional mechanical strength, thermal resistance, and chemical durability, along with superior flame retardancy. With a glass transition temperature of 186°C and excellent dimensional stability, this composite is ideal for demanding structural applications. Its low smoke, flame, and toxicity characteristics make it particularly well-suited for aerospace interiors, while its high strength-to-weight ratio and resistance to automotive fluids and chemicals make it a compelling alternative to metals in both transportation and electronics sectors.
ESSENTIUM 9085
Essentium 9085 is a tough, flame-retardant PEI blend based on ULTEM™ 9085, designed for aerospace-grade strength, thermal stability, and safety compliance.
Essentium 9085 is a high-performance polyetherimide (PEI) blend formulated with SABIC’s ULTEM™ 9085 resin, delivering outstanding mechanical strength, toughness, and long-term heat resistance. Engineered to meet stringent aerospace standards—including FAR 25.853 and OSU 65/65 for flammability, smoke, and toxicity—Essentium 9085 is ideal for demanding applications where strength, temperature stability, and fire safety are critical. It’s well-suited for aerospace and defense components, functional prototypes, and composite layup tooling, offering excellent resistance to environmental stress cracking and inherent flame retardancy.
FIBREX PEI+GF30 MADE USING ULTEM™ 1010
FibreX™ PEI+GF30 is a glass fiber-reinforced ULTEM™ filament offering superior thermal stability, strength, and flame resistance for high-performance applications.
FibreX™ PEI+GF30 is a 30% glass fiber-reinforced 3D printing filament made with genuine ULTEM™ PEI resin from Sabic. This ultra-performance material offers outstanding strength, stiffness, and dimensional stability—even at elevated temperatures—thanks to a high glass transition temperature (Tg) of 217°C and a heat deflection temperature (HDT) of 212°C. PEI+GF30 is inherently flame-resistant, hydrolytically stable, and chemically resistant, making it ideal for demanding applications that require durability, precision, and high-temperature performance. With minimal thermal expansion and low creep, it’s a trusted choice for the aerospace, automotive, and electronics sectors.
3DXSTAT ESD-PEI made using ULTEM™ 1010
3DXSTAT™ ESD-PEI 1010 offers robust ESD protection and exceptional high-temperature performance using ULTEM™ 1010 for advanced, contamination-sensitive applications.
3DXSTAT™ ESD-PEI 1010 is an ultra-performance filament developed by 3DXTECH using ULTEM™ 1010 PEI resin and advanced carbon additives for electrostatic discharge (ESD) protection. Designed for mission-critical applications, this material combines the exceptional thermal, mechanical, and chemical resistance properties of ULTEM™ 1010 with reliable, consistent surface resistivity. With a high glass transition temperature of 217°C, excellent dimensional stability, and low outgassing, it’s ideal for aerospace, automotive, electronics, and cleanroom environments where ESD safety and high-temperature performance are non-negotiable.
3DXSTAT ESD-PEI made using ULTEM™ 9085
3DXSTAT™ ESD-PEI 9085 combines ULTEM™ performance with carbon nanotube ESD protection for clean, high-temperature applications in aerospace and electronics.
3DXSTAT™ ESD-PEI 9085 is a high-performance 3D printing filament formulated with ULTEM™ 9085 resin and multi-wall carbon nanotubes (CNTs) for reliable electrostatic discharge (ESD) protection. This advanced PEI-based material offers excellent mechanical strength, thermal resistance, and chemical durability, with a high glass transition temperature (Tg) of 186°C. The addition of CNTs ensures consistent surface resistivity, making it ideal for electronics, aerospace, and industrial applications where ESD protection and low particulate contamination are critical. 3DXSTAT™ ESD-PEI delivers precision, cleanliness, and high-temperature performance in one ultra-engineered material.
PSU
PSU is a high-temperature amorphous polymer that offers excellent mechanical, thermal, and chemical resistance properties.
ThermaX™ PSU
ThermaX™ PSU outperforms ULTEM™ 9085 in thermal resistance, offering robust strength, chemical durability, and sterilization compatibility for mission-critical parts.
ThermaX™ Polysulfone (PSU) is a high-performance, high-temperature aromatic sulfone polymer engineered for exceptional thermal and chemical resistance. With a glass transition temperature of 187°C and a heat deflection temperature of 172°C, it surpasses ULTEM™ 9085 in thermal performance. PSU offers outstanding hydrolytic stability, high environmental stress crack resistance, and excellent resistance to automotive fluids and gamma radiation. It’s also suitable for multiple sterilization methods including steam autoclaving, EtO, and plasma. This makes Firewire® PSU ideal for demanding applications across aerospace, automotive, defense, medical, and industrial sectors.
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PPSU
PPSU is considered one of the highest performance plastics in the industry. This high-temperature amorphous polymer that offers excellent mechanical, thermal, and chemical resistance properties.
ThermaX™ PPSU
ThermaX™ PPSU sets the bar for thermal, chemical, and impact performance—now accessible for high-demand 3D printing systems.
ThermaX™ PPSU (Polyphenylsulfone) is a top-tier, high-temperature aromatic sulfone polymer developed for the most demanding 3D printing applications. With a glass transition temperature of 220°C and an HDT of 205°C, it delivers outstanding thermal stability, along with exceptional impact resistance and long-term hydrolytic strength. PPSU is inherently flame retardant, resistant to aggressive chemicals and automotive fluids, and can withstand repeated sterilisation via steam autoclave, EtO, radiation, and other methods. Formerly exclusive to Stratasys® users, this ultra-performance polymer is now available to anyone seeking aerospace-grade performance from their printed parts.
PPS - POLYPHENYLENE SULFIDE
PPS exhibits exceptional chemical resistance along with high thermal and mechanical properties. Widely known as one of the most chemically resistant thermoplastic materials available, PPS is insoluble in any known solvent under 200°C.
Essentium PPS-CF
Essentium PPS-CF offers the performance of a high-end polymer at a fraction of the cost—perfect for tooling and critical industrial parts.
Essentium PPS-CF is a high-performance 3D printing filament made with LUVOCOM® 3F polyphenylene sulfide (PPS) resin reinforced with 15% carbon fibre. Known for its exceptional balance of strength, stiffness, heat resistance, and chemical durability, PPS-CF delivers robust performance in demanding environments—all at a significantly lower cost than PAEK-based polymers like PEEK or PEKK. Its inherently flame-retardant nature and dimensional stability make it ideal for high-temperature, chemically aggressive, and industrial applications across aerospace, railway, oil and gas, and tooling sectors.
THERMAX™ PPS
ThermaX™ PPS delivers unmatched chemical resistance and thermal performance—ideal for harsh industrial and electronic environments.
ThermaX™ PPS (Polyphenylene Sulfide) is a high-performance 3D printing filament engineered for extreme environments where chemical resistance and thermal stability are essential. With a melting point of 285°C and outstanding mechanical strength, PPS stands out as one of the most chemically resistant thermoplastics available—insoluble in any known solvent below 200°C. It also offers inherent flame resistance, long-term hydrolytic stability, and stable electrical properties, making it ideal for demanding applications across automotive, chemical processing, oil & gas, and electronics industries.
PP - POLYPROPYLENE
Polypropylene is a lightweight, low-density thermoplastic known for its exceptional chemical resistance, durability, and thermal stability. It offers an excellent balance of toughness and temperature resistance, making it ideal for applications where both strength and resistance to harsh environments are essential.
CarbonX™ PP+CF
CarbonX™ CF-PP combines lightweight durability, chemical resistance, and printability—engineered for high-performance, low-warp applications.
CarbonX™ CF-PP is an advanced polypropylene copolymer filament reinforced with high-modulus chopped carbon fiber. Designed with a proprietary formulation, it offers enhanced thermal performance, superior dimensional stability, and minimal warping—making it one of the most user-friendly, high-strength PP-based filaments available. Lightweight, highly chemical-resistant, and non-hygroscopic, CF-PP is ideal for functional prototypes and end-use parts requiring durability in tough environments. Due to its abrasive nature, a hardened steel nozzle is strongly recommended for printing.
FLEX
FLEXIBLES – TPE, TPU, TPC, Thermoplastic Elastomers – Flexible filaments, used for soft, bendable, or highly-impact-resistant parts. Can also be used to create living hinges in dual-extrusion, and comes in a variety of hardnesses.
Essentium Duratem
Duratem delivers extreme impact strength, flame resistance, and thermal stability—engineered for aerospace, defense, and demanding industrial applications.
Duratem is a high-performance thermoplastic blend composed of polyetherimide (PEI), polycarbonate (PC), and siloxane. Engineered for exceptional impact resistance—approximately 30 kJ/m²—Duratem is significantly tougher than standard high-temperature polymers, offering five times the impact strength of PEI 9085 and nine times that of PEKK. Its flame-retardant base resin meets UL 94 V-0 at 1.6 mm and complies with FAR 25.853 standards for flammability, smoke, and toxicity. With low moisture absorption, dimensional and thin-wall stability, cold temperature resistance down to -30°C, and reduced corrosivity, Duratem is ideal for mission-critical applications in harsh environments.
PC - POLYCARBONATE
Polycarbonates used in engineering are strong, tough materials, and some grades are optically transparent. They are easily worked, moulded, and thermoformed. Tough, rigid, and temperature resistant.
3DXMAX® PC (Polycarbonate)
High-strength, heat-resistant polycarbonate filament (Tg 147°C) for durable, precise prototypes and end-use parts.
3DXMAX® PC is a premium polycarbonate 3D printing filament made with Lexan® resin from Sabic. It offers outstanding mechanical strength, impact resistance, and heat tolerance, with a glass transition temperature of 147°C. Its amorphous structure ensures minimal shrinkage and excellent dimensional stability, making it ideal for demanding applications. Designed for functional prototypes and end-use parts, it bridges the performance gap between standard filaments like ABS or PETG and high-end materials such as ULTEM™ or PEEK.
CarbonX™ PC+CF
Carbon fiber reinforced polycarbonate filament offering high strength, stiffness, and heat resistance (Tg 147°C) for structural applications.
CarbonX™ PC+CF is a high-performance polycarbonate filament reinforced with carbon fiber, designed for applications requiring high stiffness, strength, heat resistance, and excellent dimensional stability. With a glass transition temperature of 147°C, it delivers superior thermal performance while maintaining excellent surface finish and printability. Ideal for structural components and functional parts in demanding environments.
3DXSTAT ESD-PC
ESD-safe carbon nanotube-reinforced polycarbonate with high heat resistance (Tg 147°C) and tunable surface resistivity for critical electronics and industrial applications.
3DXSTAT™ ESD PC is an advanced electrostatic discharge-safe polycarbonate filament developed using multi-wall carbon nanotube technology for critical applications requiring controlled conductivity. It offers a target surface resistivity range of 10⁷–10⁹ ohms and maintains the high thermal performance, impact resistance, and low shrinkage typical of premium polycarbonate (Tg 147°C). This material is ideal for use in semiconductors, industrial automation, and electronics manufacturing, where low particulate contamination and consistent ESD protection are crucial. Surface conductivity can be fine-tuned by adjusting extruder temperatures, enabling tailored performance for specific use cases.
PCTG - Copolyester
PCTG – Stronger, Tougher, and Clearer – Essentium PCTG is an easy-to-use material with incredible surface finish, superior toughness, and chemical resistance – use it just like PETG. With isotropic Z-Strength
PCTG
Tough, easy-print PCTG with superior surface finish and isotropic strength—ideal for fixtures, tools, and prosthetic check sockets.
Essentium PCTG is a tough, chemically resistant, and easy-to-use material that prints as effortlessly as PLA, with strength and durability that surpass PETG. It delivers excellent surface finish, high impact strength, and near-isotropic mechanical properties—ensuring consistent performance across all axes. PCTG is ideal for fixtures, handheld tools, prosthetic check sockets, and other general-use applications requiring reliability and a clean appearance. It is CNC machinable, UV resistant, unaffected by humidity, and can be printed in open air. Transparent and available in custom colors, PCTG is a versatile and cost-effective solution for industrial and medical use.
MAX-G™ PCTG
MAX-G™ PCTG is a tough, low-shrinkage material that prints like PLA but outperforms PETG—ideal for fixtures, tools, and prosthetics.
MAX-G™ PCTG is a tough, chemically resistant, and easy-to-print material designed for outstanding surface finish and superior impact performance—ideal for use just like PETG, but with enhanced durability. It prints as easily as PLA, has nearly isotropic strength (with no loss in Z-axis), and features a low-moisture absorption rate for reliable results in open-air conditions. MAX-G™ is CNC machinable, UV resistant, and emits very little odor during printing. Its amorphous structure ensures low and uniform shrinkage, making it perfect for precision parts like fixtures, gauges, prosthetic check sockets, and assembly tools. it’s a dependable choice for both industrial and medical applications.
ESD ABS
3DXSTAT™ ESD ABS combines easy printability with consistent ESD protection—an affordable alternative to ABS-ESD7 for industrial-grade parts.
3DXSTAT™ ESD ABS is a high-performance electrostatic discharge-safe filament engineered for applications that demand both ESD protection and clean, consistent part quality. Formulated with premium ABS and enhanced with advanced multi-wall carbon nanotubes, this filament delivers reliable surface resistivity (10^7 to 10^9 Ohm) and excellent mechanical performance. It prints easily on most machines and offers greater thermal resistance than PLA or PETG, making it ideal for functional prototypes and end-use parts. With low particulate generation, minimal outgassing, and improved impact retention, 3DXSTAT™ ESD ABS rivals Stratasys® ABS-ESD7—offering top-tier performance at a more competitive price.
ESD-PLA
ESD-safe PLA filament with reliable static protection and hassle-free desktop 3D printing.
3DXSTAT™ ESD PLA is an advanced ESD-safe 3D printing filament developed for critical applications that require protection against electrostatic discharge. Engineered with state-of-the-art carbon nanotube technology, it delivers reliable surface resistivity between 10⁷ and 10⁹ ohms. Based on a PLA matrix, this material prints easily on nearly all desktop 3D printers without requiring a heated bed or enclosure. It offers low shrinkage, minimal warping, and emits very little odor, making it ideal for professional environments, labs, and offices. Its excellent surface finish and clean processing make it suitable for end-use parts in sensitive electronics or static-sensitive assemblies.
ESD-PETG
Victrex AM200 PAEK filament offers nearly PEEK-level performance with a wider processing window for easier printing and superior layer adhesion.
ESD-PETG is a high-performance, electrostatic discharge-safe filament formulated for critical applications where static control and chemical resistance are essential. Engineered with advanced multi-wall carbon nanotube technology and precision extrusion techniques, it offers consistent surface resistivity between 10⁴ and 10⁹ ohms. Compared to ABS, this PETG-based compound provides superior chemical resistance, significantly lower moisture absorption, and enhanced ductility, all while emitting minimal odor during printing. Its amorphous structure ensures low, near-isotropic shrinkage, making it ideal for applications requiring dimensional stability, such as electronics housings, jigs, fixtures, and components in cleanroom environments.