ROBOTICS
MEETS
ADDITIVE
MANUFACTURING

Scalprum 13800 is the advanced additive solution for robotics developed by Caracol Factory in partnership with Inventio, able to bring 3D printing to an higher level.
We designed and engineered a patented 3D printing extruder for robotic arms, able to create products of big dimensions and complex shapes with high accuracy thanks to his hassle free system, using thermoplastics and continuous fibers composites.
We envision a post-industrial way of manufacturing where the possibilities of 3D printing are boundless, and where flexibility, optimization and efficiency are the keywords of a new productive system.

Scalprum 13800 is the advanced additive solution for robotics developed by Caracol Factory in partnership with Inventio, able to bring 3D printing to an higher level.
We designed and engineered a patented 3D printing extruder for robotic arms, able to create products of big dimensions and complex shapes with high accuracy thanks to his hassle free system, using thermoplastics and continuous fibers composites.
We envision a post-industrial way of manufacturing where the possibilities of 3D printing are boundless, and where flexibility, optimization and efficiency are the keywords of a new productive system.

Scalprum 13800 is the advanced additive solution for robotics developed by Caracol Factory in partnership with Inventio.

We designed and engineered a patented 3D printing extruder for robotic arms, able to create products of big dimensions and complex shapes with high accuracy thanks to his hassle free system, using thermoplastics and continuous fibers composites.

We envision a post-industrial way of manufacturing where the possibilities of 3D printing are boundless, and where flexibility, optimization and efficiency are the keywords of a new productive system.

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FREE ORIENTATION PRINTING

Scalprum 13800 is designed specifically to work on all robotic or CNC supports from 3 to 6 axes, giving the machine an incredible freedom of movement. Material and fibers can be layered in an optimized orientation to fabricate complex geometries, increasing the mechanical caractheristics of the products.

Scalprum 13800 is designed specifically to work on all robotic or CNC supports from 3 to 6 axes, giving the machine an incredible freedom of movement. Material and fibers can be layered in an optimized orientation to fabricate complex geometries, increasing the mechanical caractheristics of the products.

Scalprum 13800 is designed specifically to work on all robotic or CNC supports from 3 to 6 axes, giving the machine an incredible freedom of movement. Material and fibers can be layered in an optimized orientation to fabricate complex geometries, increasing the mechanical caractheristics of the products.

Differently from any other 3D printing system, Scalprum 13800 is equipped with a rotable polygonal nozzle which extrudes squared layers, improving their adherence, and consequently the mechanical characteristics of the pieces.

Differently from any other 3D printing system, Scalprum 13800 is equipped with a rotable polygonal nozzle which extrudes squared layers, improving their adherence, and consequently the mechanical characteristics of the pieces.

Differently from any other 3D printing system, Scalprum 13800 is equipped with a rotable polygonal nozzle which extrudes squared layers, improving their adherence, and consequently the mechanical characteristics of the pieces.

Scalprum 13800 is able to use thermoplastic materials in pellet, extruding them into a filament through an heated screw. Also, it is possible to increase the properties of the materials additivating them with fibers, thanks to a continuous fiber system integrated in the tool.

Scalprum 13800 is able to use thermoplastic materials in pellet, extruding them into a filament through an heated screw. Also, it is possible to increase the properties of the materials additivating them with fibers, thanks to a continuous fiber system integrated in the tool.

Scalprum 13800 is able to use thermoplastic materials in pellet, extruding them into a filament through an heated screw. Also, it is possible to increase the properties of the materials additivating them with fibers, thanks to a continuous fiber system integrated in the tool.

STRONGER MATERIALS
POLYGONAL NOZZLE
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INFINITE FABRICATION VOLUME

Scalprum 13800 is able to overcome the limits of traditional additive manufacturing systems, scaling up the dimensions of what is printable, with a process which is both fast and accurate.

Scalprum 13800 is able to overcome the limits of traditional additive manufacturing systems, scaling up the dimensions of what is printable, with a process which is both fast and accurate.

Scalprum 13800 is able to overcome the limits of traditional additive manufacturing systems, scaling up the dimensions of what is printable, with a process which is both fast and accurate.

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3. Rotable Joint

3. Rotable Joint

4.

5.Optimum Flow Rate Screw

5.Optimum Flow Rate Screw

5.

6.Hexagonal Noozle

6.Hexagonal Noozle

6.

3. Rotable Joint

3. Rotable Joint

3.

1.Engine

1.Engine

1.

2. Continuous Fiber

2. Continuous Fiber

2.

1.Engine

1.Engine

1.Engine
2. Continuous Fiber
3. Rotable Joint
4. High Temp. Resistance
5. Optimum Flow Rate Screw
6. Hexagonal Noozle

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