This research has now resulted in 3D-printed optical hydrogen sensors that could play an important role in the transition to green energy and industry. In a multi-year project, researchers at ...

Robots still struggle with materials that the human eye can easily detect, such as glass, shiny metal, or jet-black surfaces.

Similarly, a typical 3D sensor consists of a light emitter (a laser diode or ... A diffractive optical element (DOE) projects the specific pattern to the objects. For high accuracy, the alignment ...

PiLiDAR uses LDRobot's LiDAR sensor to scan the surrounding space in ... in this way is also used to add color information to the 3D point cloud, which will be described later.

Creative projects like edge-lit lamps ... The trick involves a coin-cell-powered DC motor and Hall sensor hidden inside a 3D-printed base. Once a coaster with an embedded magnet lands on the ...

For such components, 3D printing can provide a cost-efficient means to making and embedding integrated sensor packages. Researchers supported by the EU-funded DOMMINIO project are developing embedded ...

Explore how CSEM and LISI revolutionized satellite thermal management with an innovative 3D printed pipe segment for Thales ...

Successful completion of the POC project could lead to commercialization of the 3D perception system by 2028 ... initiatives and advancements in AI and sensor integration, creating substantial ...

Encased in beeswax, the batteries can power small sensors to ... The biodegradable 3D-printed cells are encased in beeswax Dr. Carolina Reyes, another researcher this project, highlighted another ...

Texas A&M is using $1.6m DARPA grant to better understand 3D printing defects and their impact on part lifespan for military ...