ABS
We use Z-ULTRAT, a blend of ABS produced by Zortrax. It is ultra durable and warps significantly less than traditional ABS.
- functional prototypes
- end-use parts
- casing prototypes for testing
- end-use casing parts for low volume production
- prototypes of consumer products
- mechanical parts
- parts simulating properties of elements made in injection molding
- elements required to be durable and stable over time
ASA
Thanks to improved chemical resistance, it will make a perfect choice for various outdoor applications.
- outdoor functional prototypes
- outdoor end-use parts
- outdoor or general mechanical parts
- applications requiring stability in all weather conditions over time
HIPS
Also part of the ABS family, HIPS significantly reduces warping and visibly shortens the time you’re spending on post-processing.
The material has a unique matte structure that absorbs light
and reduces the visibility of minor flaws. It’s great for printing bigger part, housing or architectural prototypes.
applications:
- models with large, flat surfaces
- architecture mockups
- casing elements for testing
- end-use casing parts for low volume production
- prototypes of consumer products
- prototypes of mechanical parts
PLA+
Engineering grade bio-plastic derived from corn. Zero to no warping and very fine detail.
When environmental impact is at stake, when designed a non-functional 1st round prototype, or a highly detailed model is required for a casting, PLA+ is the goto material.
applications:
- highly detail models used for castings
- non-functional prototypes
- low-heat and non-outdoor applications
- minimal environmental impact required
- prototypes of mechanical parts, in indoor conditions
Ultem (PEI)
Polyetherimides are amorphous thermoplastics whose chemical structure is based on repeating aromatic imide units. Thermoplastic polyimides are linear in structure without crosslinks.
Features & Benefits of ULTEM™ 1000 PEI:
- High rigidity
- High strength
- Inert to flame
- High temperature resistance
- Excellent chemical resistance
PEEK
PEEK polymers are obtained by step-growth polymerization.
PEEK is a semicrystalline thermoplastic with excellent mechanical and chemical resistance properties that are retained to high temperatures.
PEEK is regarded as one of the highest performing engineering thermoplastics in the world. PEEK is used to fabricate items used in demanding applications in aerospace, automotive, oil and gas and medical industries.
PETG
TAKE THE CHALLENGE.
Applications:
- parts required being resistant to salts, acids, alkalis, and solvents
- machine components
- elements requiring resistance to greases and oils
- packaging prototypes
- prototypes of mechanical parts
