INTAMSYS FUNMAT PRO – Large format industrial FFF-3D Printer: Additive manufacture PLA, ABS, PC, Carbon, Nylon
Additive Manufacture very large industrial parts with the Funmat Pro from Intamsys. This FFF-3D printer is the optimal solution if you like to process industrial plastics. 3D print high precise parts with PC, PA, ABS, Carbon-fibre, Nylon, ASA, PETG, TPU and further professional materials. Furthermore, the Intamsys Funmat Pro has a high cost advantage compared to other 3D printers of its market segment. With this great 3D printer you can rapid manufacture prototypes, tools and end use parts.
Main benifits Intamsys FUNMAT PRO:
- Constant building space temperature: Max. 60 ° C
- Platform temperature: Max. 120 ° C
- Heat extruder up to 280 ° C
- Very large heated installation space: 450 x 450 x 600 mm
- Manufacture with third-party filaments
Further product properties:
- Industrial 3D printing with high-performance plastics
- Heated building space minimizes warping
- Low acquisition, operating and maintenance costs (TCO low)
- High-resolution 3D prints: Up to 50 microns
- Process PC, PA, ABS, Carbon-fibre, Nylon, ASA, PETG and TPU
- Swap nozzles if needed
- Rapid Prototyping, Rapid Tooling und Rapid Manufacturing
- Filament sensor & warning
- Camera available
- Linear guideway
- Power Off recovery
Rapid Prototyping – Fast testing and optimized design
Now you can create prototypes in a short time. With the Funmat Pro you and your team will be able to get prototypes in hours – not days or weeks. Rapid Prototyping helps you to go on the market faster and react to costumer demands quicker. In our digitized and connected world with short products life cycles this is critical to lead the market.
Rapid Tooling – Get ready for a faster production
An even more advanced opportunity is that you use this Intamsys 3D printer to manufacture tools and spare parts. The opportunity of Rapid Tooling is interesting if you want to produce small series in a fast time and cost efficient. In this case you should use 3D printing for rapid production of your tools to create your needed tools quickly.
Additive manufacturing – 3D print individualized products or produce small series
Additive manufacturing enables your company to use 3D printing for the production of individualized products and components. The Intamsys Funmat Pro works with melt layer technology. This technology is often called FDM (Fused Deposition Modelling) or FFF (Fused Filament Fabrication). A great advantage of this 3D printer is to be able to manufacture with high-end thermoplasts. Its huge build space enables you to process large parts or many objects during one process. This is time saving and efficient.
3D print large parts in an enclosed and heated building chamber – Minimize warping
3D printing of large parts can be cumbersome, especially if you work with materials like ABS or Nylon which tend to warp. A heated building chamber helps you to minimize warping. When you like to additive manufacture large parts you definitively need an enclosed and heated building chamber, otherwise it would be impossible to 3D print huge parts. The Intamsys Funmat Pro has everything included to process materials working with most of the industrial filaments. If you want to manufacture ULTEM or PEEK you should go for the Intamsys Funmat Pro HT.
Tip: For further reduction of warping we recommend the use of adhesives to improve sticking of the object to the build surface.
Examples of materials you can 3D print with:
- Carbon fiber
- Other high-tech material
INTAMSYS has many industrial and academic customers – A few well-known:
- UK Atomic Energy Authority
- Stanford University
- Tsinghua University – Beijing
Buy the INTAMSYS FUNMAT PRO and you get a large format industrial FFF-3D Printer. Now you can additive manufacture PLA, ABS, PC, Carbon, Nylon and many more industrial filaments.
Technology: Fused Filament Fabrication (FFF)
Build volume: 450 x 450 x 600 mm [17.7 x 17.7 x 23.6in]
Product dimensions: 1200 x 1030 x 1850 mm [47.24 x 40.55 x 72.83]
Build platform: Aluminum Plate + High Borosilicate Glass
Layer resolution: 0.05 – 0.3 mm
Manufacturing speed: 30 – 300mm/s
Extruder temperature: 280°C [536°F]
Platform temperature: 120°C [248°F]
Build chamber temperature: 60°C [140°F]
Input File Type: STL, OBJ, GCode
Material: PA/CF, PC, PC Alloys, PLA, PA, ABS, Carbon Fiber-Filled, Metal-Filled, Fiberglass-Filled, Nylon, ASA, PETG, ESD-Safe, HIPS, TPU, PVA, ETC
Filament diameter: 1.75 mm
Nozzle diameter: 0.4 mm swappable
Position accuracy: XY axis: 18.75μm, Z axis: 1.56μm
Power consumption: 2000 W