3D Print the World’s Highest Performance Polymers

AON3D’s open material additive manufacturing platform gives engineers access to the newest and best materials currently available in 3D printing - no upgrades or unlock fees required.

Access the best available materials for your application
Eliminate supply chain dependencies
Reduce total cost of ownership
Achieve a faster return on investment

Browse Material Options

High Performance Polymers

Often referred to as metal replacement polymers, these materials possess some of the best properties currently available in polymer printing, including higher strength-to-weight ratios than many metals, continuous use temperature up to 240°C, extreme chemical resistance, and more.

PEEK

Extreme mechanical, thermal, and chemical properties make PEEK ideal for high-demand aerospace, oil & gas, and industrial applications.

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Carbon Fiber PEEK

Extreme mechanical, thermal, and chemical properties make CF PEEK ideal for high-demand aerospace, oil & gas, and industrial applications.

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PEKK

A high-performance PAEK polymer with excellent printability, reduced warping, and improved Z-strength for demanding 3D printing applications.

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Polyimide (TPI)

This modified TPI, optimized for 3D printing, offers ultra-high isotropy, flame retardancy, thermal stability, and great printability.

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PPSU

A strong, high-performance polymer with great chemical resistance, dimensional stability, and steam sterilization durability—ideal for aerospace & medical use.

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ULTEM™ 1010 (PEI)

A flame-retardant, high-performance polymer offering excellent thermal stability, strength, and dimensional integrity, even under elevated temperatures.

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ULTEM™ 9085 (PEI)

A high strength-to-weight ratio, excellent thermal properties, and affordable price make PEI a top choice for aerospace and rail applications.

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VICTREX AM™ 200 (LMPAEK™)

A high performance, semi-crystalline 3D printing material designed for durable parts, higher z-axis strength, and easier printability.

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Engineering Grade Polymers

Well suited for moderate to heavy duty applications, these polymers offer great mechanical strength, impact resistance, wear resistance, and thermal properties while being easier to print and more affordable than high performance polymers.

Polycarbonate

A strong, impact-resistant thermoplastic with high heat tolerance and clarity—ideal for durable parts in industrial, automotive, and medical applications.

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Carbon Fiber Nylon (CF PA)

An engineering-grade composite polymer with excellent mechanical and thermal properties—ideal for jigs, fixtures, and end-use parts.

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Commodity Polymers

Best suited for visual models, rapid prototyping, and light- to medium-duty end-use parts, these polymers are low-cost, easy to print, and offer moderate material properties.

ABS

A durable, cost-effective, and easy to print polymer ideal for visual models, prototypes, housings, and low-load mechanical parts.

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Carbon Fiber ABS

CF ABS offers enhanced stiffness, dimensional stability, and reduced warping—ideal for functional prototypes, jigs, and medium-duty end-use parts.

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ESD ABS

ESD ABS is a durable, cost-effective thermoplastic offering ESD protection for PCB housings, brackets, and assembly fixtures requiring static control.

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ASA

ASA is a tough, UV- and weather-resistant polymer that’s easy to print and ideal for low-cost, durable outdoor 3D printed parts.

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PETG

A low cost and easy to 3D print polymer commonly used in consumer goods, packaging, and PPE for its durability and food safe properties.

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Carbon Fiber PETG

CF PETG provides enhanced strength and stiffness with excellent printability and dimensional accuracy—ideal for prototypes, jigs, and light-duty end-use parts.

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Support Materials

A wide variety of support material options enables engineers to 3D print complex geometries with large internal cavities, channels, and steep overhangs, while reducing labor-intensive post processing.

Xioneer® VXL 130

An alkaline-soluble support filament with elevated thermal stability and reliable performance in heated chambers. Compatible with PA, PC, PET, PEKK, and more.

Xioneer® VXL 111

An alkaline-soluble support filament with strong humidity resistance and stable performance in heated chambers. Compatible with ABS, ASA, PETG, and more

AquaSys® 180

A high-temp, water-soluble support for PEKK, PEI, and PPSU, offering clean dissolution and stability up to 300 °C without harsh chemicals.

AquaSys® 120

A water-soluble, biodegradable support material for PLA, ABS, Nylon, and more—offering fast, gel-free dissolution and broad compatibility.

HIPS

Breakaway support material for ABS with strong adhesion during printing and easy manual removal after cooling, leaving clean surfaces and minimal scarring.

Validated Materials

AON3D’s additive manufacturing platform comes with ready-to-print material profiles for the highest quality filaments, sourced from the most reputable suppliers on the market. In order to provide an open material system with reliable, repeatable results, materials are classified into three tiers:

Validated: Validated to provide the best combination of quality, performance, and printability these materials come with default profiles, support material recommendations, and are competitively priced.
Open Market: Refers to broadly available open market materials which have not been formally tested on Hylo, and for which no default material profile is currently supplied.
Not Recommended: These materials have been tested and found to cause issues when printed on Hylo. This could be due to minimum bend radius, shore hardness, known supplier quality issues, or other factors.

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