Sculpteo Uses MJF to Print Durable Parts for Water Cleaning Robots
French robotics company IADYS is leveraging HP Multi Jet Fusion (MJF) technology and PA12 material for producing critical components for its autonomous water surface cleaning robots, ensuring accuracy and durability in harsh aquatic environments.
IADYS, a French firm focused on autonomous environmental monitoring and water surface cleaning robots, has adopted 3D printing to meet its manufacturing needs for precision parts, cost-effective small-batch production, and design flexibility. These robots are engineered to collect floating debris and hydrocarbons in various aquatic settings like ports and industrial areas, aiming to enhance water quality and minimize manual labor.
The components require precise dimensions and the ability to endure continuous contact with hydrocarbons, along with reliable operation while submerged in water, including potentially saline or marine conditions. Material performance was therefore identified as a key requirement for these parts.
Following an evaluation, HP's Multi Jet Fusion (MJF) printing technology, paired with Polyamide 12 (PA12) material, was determined to be the most suitable solution for producing these demanding components. This technological choice allows IADYS to produce parts that meet the stringent performance and environmental resistance criteria necessary for their specialized robotic applications.
This application highlights the growing use of MJF technology and robust polymer materials like PA12 for functional end-use parts in specialized robotics. The ability to produce dimensionally accurate, chemically resistant components cost-effectively in small batches is crucial for companies like IADYS, demonstrating additive manufacturing's value beyond prototyping for demanding environmental applications.
Edited by the news editor with AI from the original report — please refer to the original source.