Additive Manufacturing
Materials
Material options ranging from general-purpose polymers to engineering-grade, fibre-reinforced and application-specific materials.
· PLA & Standard Polymers · Engineering Thermoplastics · Flexible Materials · Fibre-Reinforced Materials
· Advanced Polymers · Technical Resins
Material Categories
Standard & General-
Purpose Polymers
Materials Options
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PLA
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PLA+
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Matte PLA
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Silk PLA
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PETG
Description
Reliable materials for prototypes, visual models and general-purpose components.
Engineering
Thermoplastics
Materials Options
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ABS
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ASA
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PC
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PA / Nylon
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PET
Description
Materials for functional parts requiring improved thermal, impact, chemical or mechanical performance.
Fibre-Reinforced
Materials
Materials Options
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PA-CF
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PET-CF
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PPA-CF
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ABS-GF
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PET-GF
Description
Reinforced polymers for applications requiring increased stiffness, strength and dimensional stability.
Flexible & Elastomeric Materials
Materials Options
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TPU 95A
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Flexible TPU Systems
Description
Flexible materials for prototypes and parts requiring elasticity, impact resistance or soft-contact surfaces.
Advanced Polymers
Materials Options
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PEEK
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PEKK
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PPS-CF
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PEI (ULTEM™)
Description
High-performance polymers for applications involving elevated temperatures, chemical exposure or demanding mechanical requirements.
Technical Resins
Materials Options
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Tough Resin
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High-Temperature Resin
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Flexible Resin
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Transparent Resin
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Engineering Resi
Description
Photopolymer resins for detailed prototypes and application-specific functional parts.
Advanced Engineering Materials
High-performance additive manufacturing materials for demanding thermal, chemical and mechanical environments.
MATERILAS
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PPA-CF
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PAHT-CF
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PET-CF
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PPS-CF
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PEEK
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PEKK
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PEI (ULTEM™)
TYPICAL CHARACTERISTICS
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High stiffness-to-weight options
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Elevated-temperature capability
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Dimensional stability
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Chemical-resistant options
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Functional part applications
PEEK, PEKK and other high-temperature polymer workflows are available through specialised manufacturing partners. Project suitability depends on material, design, build parameters and operating conditions.
Polymer Material Comparison
Technical Resin Comparison
Controlled additive-manufacturing and finishing workflows for prototypes and application-specific components.
Controlled build parameters and layer quality selected according to material, geometry and intended use.
Precision Printing
Surface Finishing
Sanding, polishing, vapour smoothing and surface preparation for improved visual and functional results.
Washing, UV curing, support removal and finishing for resin-printed components.
Resin Post-Processing
Dimensional Inspection
Dimensional checks and fit assessments against agreed project requirements.
Production & Post-Processing
