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News

Brescia Industrial Exhibition, 2018 Ed.

Concluded in a great success Brescia Industrial Exhibition (4^ Ed.), with vibrant business in a much larger scale and more international show!

Robot Factory participated and presented Sliding-3D, the cutting-edge technology in 3D printing! Many visitors, fascinated by Sliding-3D, visited our booth. Everyone expressed amazement for the most advanced development, innovative and pioneering, that they found in our brand new product!..

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Ensuring safety in Labs

It’s essential to educate workers and makers to a safety use of 3D printing technology. As technologies around the additive manufacturing are spreading in all areas and all market sectors, the safety has to become one of the most crucial pointers in the evaluation of a 3D printer. Read more…

MAKERS PORDENONE (ITALY)

Robot Factory, from 21th to 22th of April, 2018 attended in the MAKERS area… the event that took place in the Amateur Fair of Pordenone (Italy).
We presented Sliding-3D, our innovative, new, professional 3D printer which uses the extrusion of plastic material.

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We attended to MECSPE 2018, Parma, 22th-24th March

Robot Factory participated to MECSPE (Parma – Italy), 22th – 24th March 2018, the leading exhibition of the manufacturing industry.

During the exhibition, Robot Factory presented its latest creation, just launched on market: Sliding-3D, the new, innovative, professional 3D printer.

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Robot Factory at the Samuplast, 2018 edition

Robot Factory from 1st to 3th of February 2018 attended to SamuPlast (Pordenone – Italy), the exhibition of excellence for technologies and machines for plastics.

During the Samuplast 2018, Robot Factory presented a world novelty: the Sliding-3D, the new, innovative, professional, plastic extrusion printer.

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Robot Factory – Research and Technology – new research papers

Additive manufacturing (AM) has the potential to revolutionise generally the engineering, but particullary the material engineering, as it can takes advantage for versatility in the production phase made using 3D printing technics.

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3DLPrinter-HD 2.0+ – Year end sale

Starting to 27th November (Cyber Monday) the 3DLPrinter-HD 2.0+ 3D Printer has a discount up to 60%, if you buy it directly from the manufacturer! Read more…

Robot Factory to the Udine3D Forum 2017

from Friday 10th to Sunday 12th of November, 2017, Robot Factory was present to the 7th edition of “Udine 3D Forum“>Read more…

Trieste Mini Maker Faire – 2017 Edition

The International Centre for Theoretical Physics (ICTP – Trieste – Italy), in collaboration with many partners, also this year (for the fourth consecutive year) organized the Trieste Mini Maker Faire 2017, it took place on Saturday 16 and Sunday 17 September 2017 in the ICTP campus.

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Development of new printable materials

At the Italian Institute of Technology the researchers are studying new printable materials bearing intrinsic functionalities and they are using Robotfactory 3DLPrinter-HD 2.0+ machines, for their 3D Printing tests on new formulations.

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Another video – ‘3D Forming at School’ activity

Another video that resumes activity in the classroom as part of the ‘3D Forming at School’ project. The video documents a concrete example of use of 3D Forming in the Classroom.

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3D FORMING …at School

With the introduction of the 3D FORMING system in the School, thermoforming can be used in the learning environment to develop the pupil’s interest, involving them for create 3D thermo-formed items, useful for learning purposes.

This video resumes a classroom activity using the 3D FORMING system

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Additive manufacturing with new materials

The researchers of the Italian Institute of Technology, and the DISAT Department of University based in Turin, are using Robotfactory 3D Printers – mod. 3DLPrinter-HD 2.0+ – to optimize the development of new formulations for DLP (Digital Light Processing) printing.

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BioGlassCeramics 3D Printing

Uses of Additive Manufacturing to obtain reticular structures, BioGlassCeramics based, in order to regenerate the human bone and optimization of the parameters of sinter crystallization of glassy mixtures components for biomedical tissue engineering.

The research on materials has been conducted using the 3DLPrinter-HD 2.0+ (3D Printer by Robot Factory).

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