Simplify3D® compatible with all the WASP's 3D printers

Simplify3D® Software

Improve your print quality with the most powerful 3D printing software available. Simplify3D® provides complete control over your print settings, making it easier than ever to create high-quality 3D prints.
Start up quickly with pre-configured settings optimized for WASP 3D printers, review a simulation of your build sequence in the Preview Mode, and begin your 3D print with confidence. Total control means amazing 3D prints!

Simplify3D® Software is now available in our shop

  • The product is an electronic download that is emailed following your purchase.
  • The software is cross platform and can be installed on Windows, Mac OS X, or Linux systems.
  • The software is viewable in English, German, Spanish, Japanese, French or Italian.
  • System Requirements: Intel Pentium 4 or higher processor, 2GB or more of RAM. Windows XP or greater, Mac OS X 10.6 or greater, Ubuntu Linux 12.10 or greater. OpenGL 2.0 capable system. An internet connection is required for the installation and continued use of the software.

Simplify3D® Software and Delta WASP 3MT INDUSTRIAL 4.0

Delta WASP 3MT INDUSTRIAL 4.0 and Simplify3D® is a perfect match! The Simplify3D license is included with the purchase of our Delta WASP 3MT INDUSTRIAL 4.0 3D printer.
Expand your printing options with Simplify3D®, the powerful 3D printing software that gives you total control for amazing 3D prints.


Trabeculae Pavilion 3d printed by Delta WASP

 Trabeculae Pavilion at Politecnico di Milano © Gabriele Seghizzi

A lightweight architecture completely 3D printed by a WASP printer farm

WASP announces the completion of Trabeculae Pavilion, a lightweight architecture completely 3D printed that fuses advancements in 3D printing with bio-inspired computational design.

The synergy of design, material and manufacturing technologies allowed the conceptualization of an innovative construction technique based on an additive process which builds architectural forms conceived with a load-responsive material organization.

Five WASP printers worked H24

The fabrication process of the building components was based on four Delta WASP 4070 and a Delta WASP 60100, a WASP 3d printers farm installed in the laboratories of Department ABC of Politecnico di Milano, where parallel production processes have been run for a continuous production of 4352 hours in total.

The use of WASP Spitfire extruder was introduced for the first time to shape stiff components within a minimized amount of time.

Delta WASP Farm at work during the production © Roberto Naboni

The prototype is the result of the doctoral research of Roberto Naboni who has designed and developed the pavilion at Politecnico di Milano, together with a team of specialists in experimental design and construction.

The project looks into 3D Printing for answers to the emerging problem of scarcity in material resources. The design is based on a computational process that finds inspiration in Nature, specifically in the materialization logics of the trabeculae, the internal cells that form the bone microstructure.

From this investigation, custom algorithms have been developed to support the creation of a cellular load-responsive structure with continuous variations in sizing, topology, orientation and section, in order to maximize material efficiency.

“The last decades have witnessed an exponential growth in the demandof raw materials due to the rapid urbanization and industrialization of emerging economies. This research looks at biological models andat the opportunities offered by the new additive production technologies in order to find sustainable solutions to the exploitation of materials. Our objective is to explore a new model of construction: advanced, efficient and sustainable” declare Roberto Naboni, Architect and currently Assistant Professor at University of Southern Denmark (SDU).

 Trabeculae Pavilion at Politecnico di Milano © Gabriele Seghizzi

The built pavilion is a load-responsive shell composed by 352 components covering a total area of 36 square meters, shaped additively by a 112 kilometers-long extrusion of a high-resistance biopolymer, specifically developed with industrial partner FILOALFA® to elevate Fused Deposition Modelling (FDM) to construction purposes.

The innovative methods involved for the design allow for an efficient material distribution at multiple scales, which permits an extremely resistant and lightweight structure with a variable weight to area ratio of 6 to 10 kg/m2 - about ten times lighter than typical construction techniques with comparable mechanical performance.

Beyond its technical features, the pavilion is an outstanding expression of a tectonic system conceived with and for 3D Printing, which enables multiple high-res optimization logics with the precision of a tenth of a millimeter.

PROJECT INFORMATION

Address: Politecnico di Milano, Piazza Leonardo da Vinci, 32, 20133 Milano, Italy

Completion: July 2018

Area: 36 m²

Weight: 335 kg

Weight to Area Ratio: 9.3 kg/m²

Overall Dimensions: 7,5m x 6,0m x 3,6m

Extrusion length: 112 km

Combined Printing Hours: 4352

PROJECT CREDITS

Trabeculae Pavilion è un progetto di ricerca promosso da ACTLAB:   Prof. Roberto Naboni (University of Southern Denmark - SDU), Prof. Ingrid Paoletti (Politecnico di Milano)

Team di Ricerca, Design e Sviluppo: Roberto Naboni (Investigatore Principale e Leader di Progetto), Anja Kunić (Design Computazionale), Luca Breseghello (Design Computazionale)

Dottorato sviluppato presso il dipartimento ABC del Politecnico di Milano: Tutor Ingrid Paoletti, Relatore Enrico De Angelis

Fabbricazione e Costruzione: Mithun Kumar Thiyagarajan, Gabriele Seghizzi

In collaborazione con: Francesco Martelli (Analisi Strutturale) and ITKE - University of Stuttgart: Valentin Koslowski, Jan Knippers (Analisi Strutturale e Test Materiali)

Collaboratori: Verley Henry Côco Jr., Rahul Sehgal, Elena Kriklenko, Maia Zheliazkova, Hamed Abbasi, Francesco Pasi, Sibilla Ferroni

Partner Industriali: WASP (Stampanti 3D), FILOALFA® (Materiali Polimerici)

Supportato con il contributo di: SAPERLAB - Laboratorio Unico Dipartimento ABC (Politecnico di Milano), MADE Expo, RESEARCH FUNDS Ingrid Paoletti


Experimental 3D printing architecture

Trabeculae Pavilion at Made Expo 2017

trabeculaepavilion

Politecnico di Milano presents a preview of Trabeculae Pavilion at Made Expo 2017, an experimental architecture which fuses 3D Printing with biomimetic research. From the 8th until the 11th of March, within the BSmart! area, in Pavilion 10 of Fiera Milano-Rho, will be introduced an innovative prototype of lightweight architecture which demonstrates the revolutionary potential of computational design and 3D printing for constructions. The project is the synthesis of a research concentrated on the use of Additive Manufacturing to provide novel solutions to the emergent necessity for a reduction in the exploitation of material resources.

madeexpo01

New additive manufacturing techniques

The pavilion is a full-scale demonstrator entirely 3D printed with a high-resistance biopolymer developed together with industrial partner Filoalfa, in order to elevate Fused Deposition Modelling (FDM) to construction purposes. The fabrication process of the building components is based on a printing farm of WASP Delta printers (Delta WASP 4070 e Delta WASP 60100), capable of delivering high accuracy within a continuous production process. The use of the new SPITFIRE extruder  is introduced to shape stiff components within a minimized amount of time. The synergy of design, material and manufacturing technologies allowed the conceptualization of an innovative construction technique based on an additive process which builds architectural forms conceived with a load-responsive material organization.

trabeculaepavilion01

The pavilion is fabricated by ACTLAB - Politecnico di Milano with a production center based on a printer farm of WASP delta robots

trabeculaepavilion-spitfire-extruder

The building components are printed with the new SPITFIRE extruder and realized with a high-performance biopolymer developed with Filoalfa

Advanced and efficient architecture

“The last decades have witnessed an exponential growth in the demand of raw materials due to the rapid industrialization of emerging economies and the high consumption of materials. This research looks at biological models and the opportunities offered by the new additive production technologies in order to find sustainable solutions to the exploitation of materials. Our objective is to explore a new type of non-standard architecture: advanced, efficient and sustainable,” declare Roberto Naboni, architect and researcher at Politecnico di Milano, and Ingrid Paoletti, Associate Professor in Building Technology at Politecnico di Milano. “We looked into Nature to understand how lightweight and resistant structures work with a minimized material use. Studying the internal bone microstructure, we have created algorithms which allow us to generate three dimensional cellular structures, varying in topology and sizing, with the precision of a tenth of millimeter”

trabeculaepavilion02

The cellular structure of the pavilion varies in porosity, orientation and topology to enhance its mechanical behaviour, Following the role model of the internal bone microstructure.

Component generated live at Made Expo

At Made Expo 2017 will be presented the interdisciplinary research process which involved the fields of computational design, biomimetics, advanced manufacturing and material engineering. A full-scale prototype of lightweight skin system will be exhibited accompanied by a production centre with 3D printers generating live the components of the Trabeculae Pavilion, which will be subsequently completed and exposed at Politecnico di Milano.

Info: Roberto Naboni

roberto.naboni@polimi.it


Delta WASP 60100 - Big sizes

Developed for those who need huge size prints that are also rapid and precise.

Thought for Companies that intend to start small series internal productions and rapid prototyping activities.

 

DeltaWASP_web

Delta WASP 60100 Stampante 3D italiana di grandi dimensioni

Delta WASP 60100 designed and developed within the WASP laboratories.

It belongs to the group of the largest 3D printer in the world with FFF technology.
With a height of 250 cm and a width of 117cm with base has an area of 600 mm for a height of 1000 mm, completely usable .

Derives from a specific request and there has been commissioned to special needs of " size " , this machine is indispensable for the realization of very large objects .

Become part of our Delta Family and found today on the wasp shop!
Alcune foto:

wasproject_bruno

Bruno e un'oggetto stampato 3d di grandi dimensioni con Delta WASP 60100

wasproject_nicola

Nicola e un'oggetto stampato 3d di grandi dimensioni con Delta WASP 60100

wasproject_andrea

Andrea e il Delta WASP 60100 a stampa terminata