INTAMSYS SP3050 Support Filament
$178.00 – $200.00
Introducing the INTAMSYS SP3050 Support Filament, the ultimate solution for seamless 3D printing experiences. Designed with precision and compatibility in mind, this support filament is specifically engineered to complement INTAMSYS 3D printers, ensuring optimal performance and outstanding results.
The INTAMSYS SP3050 Support Filament boasts exceptional stability and solubility, making it the ideal choice for complex prints and intricate designs. Its unique formulation enables it to provide reliable support structures that can be easily removed, leaving behind flawless, high-quality prints. With excellent adhesion to a wide range of materials, including ABS, PLA, and more, this filament guarantees consistent and reliable support, preventing warping and promoting successful printing every time. Moreover, its solubility in water simplifies post-processing, allowing for hassle-free removal of support structures without leaving any residue or marks on the final product.
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Features
Reliable Support Structures
This filament provides dependable support structures for complex prints, ensuring stability and preventing warping during the printing process.
Flawless Print Quality
With its unique formulation, the INTAMSYS SP 3050 Support Filament enables high-quality prints with precise details and smooth surfaces, enhancing the overall output.
Water Solubility
The filament's water-soluble properties make post-processing a breeze. Simply soak the printed object in water, and the support structures dissolve without leaving any residue or marks.
Compatibility and Ease of Use
Designed specifically for INTAMSYS 3D printers, this filament offers seamless integration and hassle-free printing experiences, saving time and effort for users of all skill levels.
Specifications
Filament diameter
1.75 mm
Density
1.26 g/cm³
Melting temperature
167°C
Melt index
11 g/10min
Recommended Conditions
Nozzle temp.
280-290°C
Support for model material
Designed for PA12 and PA12-CF
Support material removing method
Manually breakaway