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Supplier
WASP c/o CSP S.r.l.
Viale Zaganelli, 26
48024 Massa Lombarda (RA)
Service Spectrum: Represented in 3 categories
About 3D WASP
Our History
The first step in the group’s production history is the development of PowerWASP: a fast, economical and versatile 3D printer that mills wood and aluminium too. Equipped with a syringe, PowerWASP can also print ceramic mixtures.
Afterwards, the range of 3d Delta WASP Printers was created, which meets the needs of 3D printing, from small to large. Fast and highly precise, they can execute a wide range of products. Thanks to the implementation of an extruder for printing ceramic materials, LDM WASP Extruder, DeltaWASP is a real chance of working, a leap into the world of digital craft, with minimum energy consumption.
In 2015 is realized the BigDelta, a 12m high giant printer to build homes, thanks to a complex research that has seen us convolti in the last three years.
In 2016 Wasp released Maker Economy Starter Kit, a giant construction system in architectural scale enclosed in a single container, which gives shape to a large, mobile technology park dedicated to 3D printing.
In 2018 Wasp released Crane WASP, the infinite 3d printer, a collaborative 3d printing system able to print Houses.
Vision
3D printing is WASP’s heart since a small and fast printer that materialises objects made of bio-plastic, clay, silicone and biocompatible materials, which mills wood and aluminium, makes it easy to start mini-productions and to create what you need by yourself.
The revenue from the sale of solid printers is invested in the research and development of integrated projects aiming at a production revolution that could result in widespread prosperity. Research that advances hand in hand with eco-friendly, sustainable and functional materials and innovative systems. The projects so far realised by the group are 100% self-financed.
The aim of WASP is to build ‘zero-mile’ homes, using materials found on the surrounding area. A similar project requires that the machine be portable and features low energy consumption, since in large areas of the planet, there is no electricity at all. It must therefore be able to use renewable energies such as sun, wind and water.
The first step in the group’s production history is the development of PowerWASP: a fast, economical and versatile 3D printer that mills wood and aluminium too. Equipped with a syringe, PowerWASP can also print ceramic mixtures.
Afterwards, the range of 3d Delta WASP Printers was created, which meets the needs of 3D printing, from small to large. Fast and highly precise, they can execute a wide range of products. Thanks to the implementation of an extruder for printing ceramic materials, LDM WASP Extruder, DeltaWASP is a real chance of working, a leap into the world of digital craft, with minimum energy consumption.
In 2015 is realized the BigDelta, a 12m high giant printer to build homes, thanks to a complex research that has seen us convolti in the last three years.
In 2016 Wasp released Maker Economy Starter Kit, a giant construction system in architectural scale enclosed in a single container, which gives shape to a large, mobile technology park dedicated to 3D printing.
In 2018 Wasp released Crane WASP, the infinite 3d printer, a collaborative 3d printing system able to print Houses.
Vision
3D printing is WASP’s heart since a small and fast printer that materialises objects made of bio-plastic, clay, silicone and biocompatible materials, which mills wood and aluminium, makes it easy to start mini-productions and to create what you need by yourself.
The revenue from the sale of solid printers is invested in the research and development of integrated projects aiming at a production revolution that could result in widespread prosperity. Research that advances hand in hand with eco-friendly, sustainable and functional materials and innovative systems. The projects so far realised by the group are 100% self-financed.
The aim of WASP is to build ‘zero-mile’ homes, using materials found on the surrounding area. A similar project requires that the machine be portable and features low energy consumption, since in large areas of the planet, there is no electricity at all. It must therefore be able to use renewable energies such as sun, wind and water.