SmarAct Automation, the newest company of the SmarAct Group, was founded in November 2021 to address the increasing demand for automated microassembly solutions. At this year’s LASER World of ...

Potential applications span from biomedical procedures to microassembly of electronics and MEMS devices. At the same time, challenges remain in reducing the cost and bulk of the required control ...

Take a look at a milliDelta robot, created by researchers at Harvard. It takes the traditional three articulating arms of a "pick and place" Delta Robot and miniaturises them to a millimeter-scale ...

The mass-transfer of wafer-fabricated devices at miniaturized scales requires peculiar technologies that can handle high-speed transfers while maintaining elevated positioning precision. The use of ...

Implantable sensor systems offer an excellent potential for superior medical care and a high quality of life resulting in key players investing substantially in this exciting field. Implantable Sensor ...

According to the Times, Xerographic microassembly breaks traditional silicon wafers into thousands of "chiplets" and then bottles them up as a physical "ink." Once that ink is produced and ready ...

Figure 1: Microassembly of 3D photonic crystals. Aoki et al. 1 create periodic photonic crystal structures by accurately positioning two-dimensional patterned plates in a three-dimensional stack.

Greg is co-organizing a symposium on Microassembly Technologies at the Fall 2017 Materials Research Society meeting from November 28-30 in Boston, MA. Symposium PM04 - Micro-Assembly Technologies ...

Attendees at the conference will gain a comprehensive understanding of the state-of-the-art in 3D Printing, including its convergence with Printed Electronics and other functionalities. End-users ...