Combining the best features of PC and ABS gives the most optimal results. This translates into higher shape retention at elevated temperatures, among other things.
High mechanical strength
High temperature resistance
High impact strength
Resistance to UV radiation
Filament type:
Base
Polymer blends are an alternative to ABS when it does not meet the strength requirements, especially in sub-zero temperatures. * PC/ABS is used to produce housing parts, automotive components, household appliance components, and components for various machines and equipment.
Check in which industries PC-ABS FILSHAPER is highly appreciated. See 3D Prints allowing the use of presented material.
A compact system of advanced 3D printing, designed for users who expect fast results while maintaining industrial standards.
Workspace 420x420x420mm
450°C printing temperature
Actively heated chamber
Heated, vacuum bed
A compact system of advanced 3D printing, designed for users who expect fast results while maintaining industrial standards.
Workspace 250x250x175mm
420°C - 3D printing temperature
Actively heated chamber
Heated, vacuum bed
Five-axis 3D printing is a definite way forward for the industry. Check out our solution that is changing the perspective on 3D printing possibilities!
5-axis 3D printing
High temperature materials processing
Multifeeder
Automatic printing head change
An efficient specialized device in the segment of medical 3D printers is a response to the growing demand of the modern medical sector.
Workspace 250x250x175 mm
420°C - 3D printing temperature
Actively heated chamber
Heated, vacuum bed
The additive manufacturing technology, combining surgical precision with the reliability and speed of the printing process, perfectly meets the expectations of the world of medicine.
Workspace 420x420x420 mm
450°C printing temperature
Closed chamber
Heated, vacuum bed
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