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WASP

Name: WASP
Address: Via Castelletto 104, Massa Lombarda, 48024, IT
Telephone: +39054587858
Price range: £££

We're dreamers, we're makers: we start from 3D printing to save the world. 🐝

We design, produce, and sell 3D printers completely Made in Italy.

Our website: www.3dwasp.com WASP - World's Advanced Saving Project is a company born in 2012 in Massa Lombarda (Ravenna- Italy) that designs, produces, and sells 3D printers Made in Italy all over the world. Inspired by the Potter Wasp, which builds its own nest with material recovered from the surrounding environment, WASP was born with the aim of developing large-scale 3D printers, to build hous

es with natural materials and available on the territory. The main company target is to provide effective benefits to humans through technological innovation and research. In response to global housing challenges, amplified by the expected increase in population and climate change, WASP sees 3D printing and digitization as a concrete solution. Since 2012, In addition to the architectural field, WASP is a producer and leader in the field of medium/large-scale Ceramic (LDM) and Plastic (FFF & FGF) 3D printing, with a wide range of products spanning various technologies, from highly precise filament and pellet extrusion systems to those for clay and fluid-dense materials. With over 10 years of experience in the field, WASP’s Clay line of 3D printers is the market leader in Liquid Deposition Modeling (LDM), offering advanced solutions suitable for both small-scale precision printing and customized serial production of fully personalized pieces using any kind of fluid-dense materials, from clay to porcelain, earthenware and even bio-materials such as mycelium. The theme of sustainability permeates every aspect of WASP's technology research and development. The family of industrial HDP (High-Definition Pellet) printers is an example of this, distinguishing itself for its ability to print directly from large granules of recycled plastic, contributing to the creation of a circular system of collection, recycling, and rebirth of plastic waste material.

08/06/2026

Itaca: the self-sufficient 3D printed farm

After years of research and development, we’re excited to share with you the completion of Itaca: the 3D printed self-sufficient farm and living model based on a circular micro-economy.

Itaca represents a new construction model, designed for replication at national and international scale. Thanks to the Crane WASP printer, high standards of efficiency, adaptability, and design can be achieved.

The project complies with strict Italian and regional seismic standards, demonstrating how 3D printing can achieve the same safety standards as traditional construction and establishing Itaca as the first certified and replicable 3D printed structure in Italy.

The entire wall envelope was printed using a mixture based on pure NHL lime and Geolegante, supplied by Kerakoll, selected for its lower carbon emissions compared to traditional cement. The materials, combined
with rice husk and integrated natural insulation, ensure high thermal performance, breathability, and a reduced environmental impact.

The outdoor areas will host laboratories and research & development centers for international experts in architectural 3D printing. As part of the Shamballa ecosystem, the project aims to develop innovative ideas in bio-construction and sustainable living, alongside complementary systems such as automated gardens,
rainwater harvesting systems, and initiatives focused on micro circular economies.

Itaca stands as a symbol of innovation and technological development, as well as a research laboratory for a sustainable future.

28/05/2026

Mexico is one of the world’s leading corn producers, generating a significant amount of agricultural and food waste each year, with approximately 38% of corn production lost annually. Tortillas alone account for nearly 30% of this waste.

The project CORNCRETL by explores the potential of transforming abundant corn byproducts and waste materials, including nejayote, into circular resources for the construction industry, promoting a more sustainable approach to material production in Mexico.

The project was developed in collaboration with WASP as technical enabler during a residency program in which the team from MANUFACTURA was hosted at WASP’s facility in Italy to test the application using multiple technologies, including the WASP LDM XXL 3.0 Extruder and the Concrete CFS HD mounted on a KUKA robotic arm integrated with CEREBRO, WASP’s control system for robotic arms.

CORNCRETL combines corn-derived residues with a lime-based aggregate. Unlike Portland cement, lime-based systems harden at room temperature and require lower calcination temperatures, reducing energy consumption and greenhouse gas emissions. Lime materials also provide humidity regulation and self-healing characteristics for minor surface cracks.

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Credits: photo © Dinorah Schulte

Project info:
name: CORNCRETL designer: MANUFACTURA lead designer: Dinorah Schulte project director: Edurne Morales senior computational designer, 3D printing development: Andrea Menardo / Zeitgeistructures structural engineer: Jorge Armando / TAKO KWEEN + TLAXCALLI material donator: WASP

Location: Massa Lombarda, Ravenna, Italy Year of Completion: 2025 Technology Used: WASP LDM XXL 3.0 Extruder, Concrete CFS HD, CEREBRO, KUKA Robotic arm

25/05/2026

3D printing from corn waste with using the WASP LDM XXL 3.0 Extruder and the Concrete CFS HD on a robotic arm

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developed CORNCRETL, a bio-based construction material that combines corn byproducts, recycled nejayote, and lime-based aggregates to reduce carbon emissions and introduce circular economy principles into the building industry.

CORNCRETL combines corn-derived residues with a mineral-based aggregate composed of natural hydraulic lime (NHL 3.5), geobinders, river silica sand, dolomitic limestone, and Carrara marble powder.

The resulting material creates a dialogue between Mexican agricultural waste and Italian mineral resources, reflecting a cross-cultural approach to sustainable material research and development.

During the WASP Residency, modular wall panels were developed as lightweight, low-cost housing components, while structural assessments evaluated material performance and efficiency.

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Credits: photo © Dinorah Schulte, WASP

Project info:
name: CORNCRETL designer: MANUFACTURA lead designer: Dinorah Schulte project director: Edurne Morales senior computational designer, 3D printing development: Andrea Menardo / Zeitgeistructures structural engineer: Jorge Armando / TAKO KWEEN + TLAXCALLI material donator: WASP

Location: Massa Lombarda, Ravenna, Italy Year of Completion: 2025 Technology Used: WASP LDM XXL 3.0 Extruder, Concrete CFS HD, CEREBRO, KUKA Robotic arm

21/05/2026

From food waste to sustainable construction materials

, a Mexico-based research and production factory, developed a bio-based construction material that combines corn byproducts and lime-based aggregates to reduce carbon emissions and introduce circular economy principles into the building industry.

We had the pleasure of hosting their team at our facility in Italy. During their Residency, their research focused on refining the material mix and testing its scalability for architectural applications.

The developed mix, CORNCRETL, explores the potential of transforming abundant corn byproducts and waste materials, including nejayote, into circular resources for the construction industry, promoting a more sustainable approach to material production in Mexico.

In fact, Mexico, one of the world’s leading corn producers, generates a significant amount of agricultural and food waste each year, with approximately 38% of corn production lost annually.

The project represents another step toward a more sustainable future for the construction industry, where 3D printing technology can play a key role in transforming agricultural waste into valuable architectural resources.

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Credits: photo © Dinorah Schulte, WASP

Project info:
name: CORNCRETL designer: MANUFACTURA lead designer: Dinorah Schulte project director: Edurne Morales senior computational designer, 3D printing development: Andrea Menardo / Zeitgeistructures structural engineer: Jorge Armando / TAKO KWEEN + TLAXCALLI material donator: WASP

Location: Massa Lombarda, Ravenna, Italy Year of Completion: 2025 Technology Used: WASP LDM XXL 3.0 Extruder, Concrete CFS HD, CEREBRO, KUKA Robotic arm

12/05/2026

Let's meet at OTWorld 2026, the leading international congress and trade fair dedicated to the medical and orthopedic sector.

At Stand F60 - Hall 1, we will showcase our latest 3D printing solutions for orthopedics and the medical field, offering an overview of how additive manufacturing is transforming the design and production of orthoses and custom devices.

You will have the chance to see our new robotic arm setup featuring the WASP Extruder HDP mounted on a ABB collaborative robot; a production setup dedicated to the creation of non-planar 3D printed orthoses and braces.

Also on display will be the WASP 60100 HDP, a large-format 3D printer designed to print directly from thermoplastic granules in high definition, enabling the production of large braces and prosthetics using materials such as polypropylene and TPU, ensuring versatility and optimized printing times.

See you there!

06/05/2026

We're excited to share that we will be speaking at this year's : The Embodied AI Era, an event hosted at the H-FARM Campus dedicated to exploring how technology will evolve in the coming years and how experts across different sectors are integrating AI into their work.

On May 9, Massimo Moretti, WASP's president and founder, will explain how 3D printing technology is rapidly evolving and opening new possibilities in fields such as housing and healthcare through the integration of robotic systems.

You can find out more about the event at the following link:
https://www.h-farm.com/en/news/futureshots-2026-festival-event-innovation-technology-embodied-ai-robotics-humanoids-automation-hardware-bionics

28/04/2026

Bringing a 3D printing and recycling laboratory to the tunnels of for Milan Design Week.

Thanks to the RIGENERA 3D system, plastic waste can be transformed into new products directly in-house, without the need for external repelletization, and 3D printed at large scale using our customizable robotic arm solution.

Meanwhile, inside the clay lab, the WASP 40100 Production system enables automated 24/7 production of customized clay pieces, from vases and tiles to facades and design objects.

Photos by ,
Robotic arm by

22/04/2026

A recent update from Itaca’s construction site!

The 3D printing phase is now complete, and a new layer is taking shape: a green roof is being installed on top of the 3D printed walls, helping restore green space to the landscape.

The building envelope has been insulated using rice husks sourced from agri-food waste, combined with natural lime powder.

Thanks to their mineral and silica-rich structure, these materials are naturally suited to prevent mold and fungal growth, even in humid environments, while significantly reducing the building’s environmental impact. This performance is further enhanced by the thickness of the walls and the choice of a lime-based material, which offers lower carbon emissions than concrete and high breathability.

More steps are on the way as Itaca continues to take shape, so stay tuned!

20/04/2026

Using rice husks sourced from waste produced by the agri-food supply chain and natural lime powder for the insulation of the 3D printed walls of Itaca.

This approach enables the creation of internal insulation rather than external, resulting in a passive energy house.

By combining the selected construction materials with natural insulating materials derived from industrial byproducts, the environmental impact of the walls is drastically reduced, to the point of achieving a negative CO₂ emissions balance.

03/04/2026

Here are some facts about Crane WASP!

• Crane WASP is the only large-scale 3D printer specifically developed to print a variety of mortars based on cement, clay, or lime.

• Its modular system allows easy expansion and adaptation to project needs, with the basic module offering a 50 m² printing area.

• The printer is designed for rapid assembly, becoming operational in just 2 hours, without the need for cranes, forklifts, or additional equipment.

• Its compact and lightweight design makes it ideal for use on a wide range of construction sites, including those in hard-to-reach areas.

Indirizzo

Via Castelletto 104
Massa Lombarda
48024

Orario di apertura

Lunedì	08:00 - 17:00
Martedì	09:00 - 17:00
Mercoledì	09:00 - 17:00
Giovedì	09:00 - 17:00
Venerdì	09:00 - 17:00

Telefono

+39054587858

Sito Web

http://www.3dwasp.com/

Notifiche

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