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Inks for 3D-printable wearable bioelectronics designed

Control Engineering

Additive Manufacturing Insights. Texas A&M University has developed a new class of biomaterial inks that mimic native characteristics of highly conductive human tissue, which is needed for the ink used in 3D printing, or additive manufacturing. This study was recently published in ACS Nano. Courtesy of: Gaharwar Laboratory.

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High-voltage power technologies driving semiconductor processes

Control Engineering

Power requirements for semiconductor manufacturing processes. Combining these power supplies with impedance matching networks enables manufacturers to maximize throughput while keeping process power as low as possible by responding nearly instantaneously to changes in the etch or deposition process steps as power is transferred to the plasma.

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Integrated stepper motors trim accurate metal forming costs

Control Engineering

provides laser cutting systems, automation, press brakes, shears, conveyor systems, powder metal systems, and additive manufacturing systems. CI), a machine tool manufacturer. Computer cases and other metal electronics enclosures . We’ve had various degrees of success integrating different manufacturers’ CAN drivers.”

Form 98
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Three motion control trends for 2023

Control Engineering

While it may be too early to say we are living in a true “post-pandemic world,” most manufacturers have turned an important corner. It’s impossible to look at any aspect of manufacturing without addressing the elephant in the room: Pandemic-induced supply chain issues continue to impact almost every industry.

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Stretchable soft robotics use strain sensors

Control Engineering

The sensors can measure a strain range up to three times higher than typical sensors, making them valuable for applications in soft robotics, wearable electronics, prosthetics, and biomedicine. Hollywood is a go-to source of inspiration for roboticists.

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PUDU T300 marks Pudu’s move from service to industrial robots

Robotics Business Review

Source: Pudu Robotics Pudu Technology Co. The Shenzhen, China-based company said its new robot offers maneuverability, a “map-and-go” feature, and flexible deployment to help manufacturers worldwide. The PUDU T300 mobile robot dis designed for use in tight aisles with heavy payloads. PUDU T300 moving a box in standard mode.

Robotics 110
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Robot platform designed to develop range of semiconductor materials

Control Engineering

It was remarkable to find that characterization is the major source of greenhouse gas emissions in materials research,” said environmental economist Lucía Serrano-Luján, co-author of the paper and a researcher at Rey Juan Carlos University and the Technical University of Cartagena.