• Mechanical metamaterials

    Metamaterials

    Find out more about neWmatt’s mechanical metamaterials and
    their application for seismic protection of buildings

  • Tube Lamp

    Tube Lamp

    On sale from September 2020

    Discover the new Tube Lamp

  • Stick Lamp

    Stick Lamp

    On sale from September 2020

    A brand new product from neWmatt

  • Di-Fiore Lamp

    Di-Fiore Lamp

    On sale from September 2020

    Read more about this nature inspired 4D printed lamp

  • WEARABLE STRUCTURES

    Coronavirus solidarity
    50% off and free shipping to Italy
    by using the promo code: IORESTOACASA
    #andràtuttobene
  • ISOLA

    Versione 1.0 By Giuseppe Rocchetta, Gianmario Benzoni, Fernando Fraternali

    Software for the pre-design
    of seismic isolation systems

    (beta version for Windows PCs)

    © 2019 All Right Reserved – Newmatt Editions by Newmatt s.r.l.

About

Our mission

NEWMATT s.r.l. (“NEW MATerials and Techniques for sustainable engineering”) is a startup company that employs circular economy concepts to develop new materials for sustainable engineering, interior design, houseware and creative jewelry.
Employing recycled and natural materials, innovative structural concepts and 3D/4D printing techniques we design and fabricate the following materials and structures:
  • “mechanical metamaterials”, i.e., unconventional materials and structures with properties mainly derived from their geometric design, with a focus on devices for the seismic protection of buildings, and novel reinforcing elements of composite materials with fractal geometry;
  • sustainable structures for interior design objects and houseware, such as lamps, outdoor and landscape lightings, bed frames, table frames, chairs, ornaments and creative jewels, making use of tensegrity architectures and bio-inspired shapes;
  • next-generation sensors/actuators for non-destructive structural health monitoring and medical diagnosis;
  • editorial activities;
  • website design and maintenance;
  • “mechanical metamaterials”, i.e., unconventional materials and structures with properties mainly derived from their geometric design, with a focus on devices for the seismic protection of buildings, and novel reinforcing elements of composite materials with fractal geometry;
  • sustainable structures for interior design objects and houseware, such as lamps, outdoor and landscape lightings, bed frames, table frames, chairs, ornaments and creative jewels, making use of tensegrity architectures and bio-inspired shapes;
  • next-generation sensors/actuators for non-destructive structural health monitoring and medical diagnosis.

 

Tecniche innovative di adeguamento sismico in Italia

A cura di Fernando Fraternali, Gianmario Benzoni, Giuseppe Rocchetta
Raccolta di casi studio e linee guida progettuali per interventi con isolamento sismico e dissipazione di energia.

Questo volume ha come obiettivi fondamentali la presentazione e la discussione critica delle principali metodologie e linee guida note in letteratura ed in campo tecnico per interventi innovativi di adeguamento sismico realizzati in Italia. Gli interventi presi in esame sono realizzati mediante la posa in opera di isolatori sismici, ovvero mediante l’inserimento di dispositivi a dissipazione di energia nella struttura da adeguare sismicamente. I temi trattati vengono contestualizzati mediante l’esame di una molteplicità di casi studio relativi ad interventi campione di rinforzo sismico di strutture esistenti. Si esaminano edifici con struttura portante in cemento armato, in acciaio ed in muratura, mettendo in risalto vantaggi e limitazioni delle soluzioni di protezione sismica adottate, sia dal punto di vista tecnico che sotto l’aspetto economico. La materia trattata include la presentazione di dispositivi di isolamento e dissipazione di tipo innovativo, attualmente in fase di studio e di sperimentazione.

 

Isola Software

Software for pre-design of seismic isolation systems

Di-Fiore

Di-Fiore is a nature-inspired 4D-printed lamp in the shape of a dynamic flower. It is designed using a tensegrity structure with petals that open and close due to the deformation of wires made of a Nickel-Titanium shape memory alloy (SMA).

Di-Fiore Lamp

by neWmatt

3D printed creations

NEWMATT designs and fabricates through 3D/4D printing furniture such as lamps, outdoor and landscape lightings, which incorporate tensegrity structures. We can design and fabricate such materials “on demand”, upon targeting specific properties required by the client.

Tensegrity ideas on demand

by neWmatt

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neWmatt s.r.l.
c/o Laboratorio Spinoff L7
Campus Universitario di Fisciano
Via A. Genovesi SNC
84084 Fisciano (SA) 
Partita IVA 05690610653

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