China3D printingNet October 18th, the Italian 3D printer manufacturer WASP provided the latest news on the ongoing cooperation with the Japanese car manufacturer Honda’s European R&D department.
Since the joint project was announced in April, the two companies have been developing WASP’s Liquid Deposition Modeling (LDM) 3D printing technology to provide greater freedom in modeling clay motorcycles. This process is utilized by WASP’s DELTA WASP 40100 Clay 3D printer, which can squeeze clay in a “never-ending” cycle.
Nicola Schiavarelli, WASP product manager and co-founder, said: “Technological innovation lies in keeping the entire system made of tanks, connecting pipes and extruders at a constant temperature.” “WASP research has created a revolutionary industrial clay printing machine, namely DELTA WASP 40100 clay can be extruded to make the material endless and reusable.
Therefore, we believe that WASP’s collaborative 3D printing is a new concept in the additive industry. “
WASP clay3D printing
WASP was established in 2012 with a mission to develop feasible construction techniques based on the principles of circular economy and reusability. Among other materials, its system uses clay-based materials to build sustainable structures, such as buildings and creative works.
In the past few years, WASP has deployed its CRANE WASP 3D printer, built a 9.8-foot tall biological building called Gaia from natural materials, and its organic proof-of-concept TECLA ecological habitat. Both projects use local, natural and discarded materials to demonstrate how buildings can have a minimal impact on the surrounding area and promote more sustainable house building models.
In addition to buildings, WASP previously used its Delta WASP 40100 Clay 3D printer to 3D print ikebana vases for the respected Italian artist and sculptor Andrea Salvatori. The system is specially designed to enable users to explore 3D printing of ceramics on the desktop and scale.and
WASP has been working on its industrial clay extrusion process since 2017 and has continued this work in cooperation with Honda.
WASP’s LDM 3D printing process. Photo from WASP.
Motorcycle industry clay model
Industrial clay is often used to design prototypes of new parts in motorcycle manufacturing, but the manual modeling process can be slow. To solve this problem, WASP and Honda joined forces in April to combine clay modeling with mass manufacturing.
Honda has integrated WASP’s 3D printing technology into its creative process to shorten the time to market for its vehicles, creating a hybrid approach to industrial clay modeling, modernizing its workflow, while retaining the same as handmade motorcycles Relevant artistry.
Since the first announcement of the cooperation, the two companies have been working to develop WASP’s LDM clay 3D printing technology to optimize the speed of model creation. WASP’s LDM technology forms clay-based 3D printing models by extruding ceramic materials and reusable natural materials found in the local soil.
According to China3D printingWang understands that the process is “zero emission”, can be adapted to any climate, and is still being improved to enable the deposition of heated dense fluid materials.
3D printed prototype of motorcycle parts on DELTA WASP 40100 Clay. Photo from WASP.
According to Antonio Arcadu, the design modeling coordinator at Honda’s European R&D Center, the role of the modeler is at the core of the project. They will be responsible for the entire production process of the clay prototype, from the 3D design to the final manual manufacturing stage, which can also be replaced by clay grinding or other subtractive processes.
“In order to maintain the creative process, we can’t just rely on technology, but we need modelers not to interrupt their connection with the most direct form of matter: hands,” he said. “Although this is a newly introduced process, it can be regarded as a disruptive process in the automotive industry because it introduces a new process, mainly additives, which can optimize processing time and reduce traditional and subtractive processes. The amount of material used.”
Schiavarelli stated that the project “will not stop there,” and outlined the potential of the technology in other applications such as sculptures, models, prototypes, and other design-led projects, because it can reduce costs and manufacturing time without affecting labor.
DELTA WASP 40100 Clay print head. Photo from WASP.
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