The properties you need for ground-breaking applications
-
Ultimaker Nylon
- Tough
- Wear resistant
- Translucent
- Low friction
BASF Ultrafuse 316L
- Strong
- Tough
- High stiffness
Ultimaker Tough PLA
- Easy
- Stiff
- High strength
- Tough
- Impact resistant
-
Owens Corning XSTRAND® GF30-PA6
- Strong
- Tough
- High stiffness
- Temperature resistant
- Chemical resistant
- UV resistant
- Wear resistant
- Composite
- Impact resistant
Ultimaker PP
- Flexible
- Wear resistant
- Translucent
Clariant PA6/66-GF20 Flame Retardant Using Exolit®
- Strong
- Tough
- Temperature resistant
- Flame retardant
- Impact resistant
- Wear resistant
- UV resistant
-
Igus iglidur® I180
- Strong
- Temperature resistant
- Wear resistant
- Chemical resistant
BASF Ultrafuse ASA
- UV resistant
- Heat resistant
- Chemical resistant
- Tough
- High stiffness
- Strong
Kimya PLA-R
- Easy
- Visual
- High stiffness
- High strength
- Recycled
-
Ultimaker CPE+
- High strength
- Heat resistant
- Translucent
- Temperature resistant
Ultimaker ABS
- Tough
- High strength
- Multi-color
- Impact resistant
Ultimaker PLA
- Easy
- Stiff
- High strength
- Multi-color
- Visual
- Translucent
-
Ultimaker CPE
- High strength
- Multi-color
- Translucent
Ultimaker PC
- Stiff
- High strength
- Tough
- Flame retardant
- Translucent
- Temperature resistant
- Impact resistant
Ultimaker TPU 95A
- Flexible
- Tough
- Wear resistant
- Impact resistant
-
Ultimaker PVA
- Support material
- Water-soluble
Ultimaker Breakaway
- Support material
- Easy
Kimya ABS-ESD Natural
- Strong
- Tough
- High stiffness
- ESD safe
-
Igus iglidur® I150
- Strong
- Chemical resistant
- Wear resistant
Arkema FluorX™
- Chemical resistant
- Flame retardant
Owens Corning XSTRAND® GF30-PP
- Strong
- Tough
- High stiffness
- Temperature resistant
- Impact resistant
- Chemical resistant
- UV resistant
- Composite
-
DSM Arnitel® ID 2045
- Flexible
- UV resistant
- Chemical resistant
DSM Novamid® ID1030 CF10
- Easy
- High strength
- High stiffness
- Composite
DSM Novamid® AM1030 FR (F)
- Flame retardant
- Easy
-
LEHVOSS LUVOCOM® 3F PET CF 9780 BK
- High stiffness
- Temperature resistant
- Chemical resistant
- ESD safe
- Composite
LEHVOSS LUVOCOM 3F PAHT® CF 9891 BK
- Strong
- High stiffness
- Temperature resistant
- Chemical resistant
- Wear resistant
- ESD safe
- Composite
LEHVOSS LUVOCOM 3F PAHT® 9825 NT
- Strong
- Tough
- Temperature resistant
- Impact resistant
- Chemical resistant
- Wear resistant
-
BASF Ultrafuse PAHT CF 15
- High stiffness
- Strong
- Tough
- Temperature resistant
- Chemical resistant
- Composite
Clariant PLA-HI-GF10 3D
- Strong
- Tough
- Impact resistant
- Temperature resistant
- Composite
Clariant ESD safe PET-G
- Strong
- Tough
- Impact resistant
- Chemical resistant
- ESD safe
-
Arkema 3DXFLEX™ TPE
- Flexible
Kimya PETG Carbon
- High stiffness
- Strong
- Tough
- Impact resistant
- Chemical resistant
- Composite
Advanced 3D printing materials: The choice is yours
Unlimited material choice
Make your application meet the demands of the real world by printing it with advanced polymers and composites. Any 2.85 mm filament works with Ultimaker hardware, and an expanding selection of materials with print profiles from the Ultimaker Marketplace guarantee print success every time.
"We require 3D printing materials with good mechanical properties to withstand wear and tear of our punching and metal forming solutions. Thanks to Ultimaker’s open filament system, we are able to use dedicated materials in order to print serial parts."
Paolo Matassoni, Head of R&D, Andritz Metals
The 3-step Ultimaker material workflow
The product requirements for a successful part
Based on your intent, set product requirements, and create your CAD design to make your final part fit for purpose.
Expand your 3D printing knowledge
Introduction to FFF 3D printing
Material properties are only translated into a printed part by following specific design rules for 3D printing. Even small tweaks in CAD can strengthen prints, reduce material costs, and cut print time. Learn the best practices used by our 3D printing experts.
Download the PDFMetal and plastic 3D printing compared
Has metal 3D printing made its polymer alternative obsolete? This white paper offers an in-depth comparison of the two technologies and highlights which industry applications are best suited for each.
Download the PDFUnlock more 3D printing applications
Are you making the most of what an open filament 3D printer can do for your business? In this white paper, discover ideas for tooling and end-use parts you can print in-house, more cheaply and efficiently.
Download the PDF