The Chemical Connection: Surface Finishes for PCBs
It’s Only Common Sense: 7 Tips to Focus on What Works
The Marketing Minute: Go Big or Go Home—Long-form Content Is Your Brand’s Best Friend
Sarcos Robotics Named a Finalist for Guardian XO Full-Body Industrial Exoskeleton
September 30, 2020 | Business WireEstimated reading time: 1 minute
Sarcos Robotics, a global leader in the production of robots that augment humans to enhance productivity and safety, announced that its Guardian® XO® industrial exoskeleton—the world’s first full-body, battery-powered wearable industrial robot designed to increase strength and endurance—has been recognized by Fast Company in their 2020 Innovation by Design Awards. The Guardian XO robot was named a Finalist in the Products category and received Honorable Mention in the General Excellence category.
The awards recognize people, teams, and companies solving problems through design. One of the most sought-after design awards in the industry, Innovation by Design, is the only competition to honor creative work at the intersection of design, business, and innovation.
The Guardian XO exoskeleton, which has been under development for more than 20 years, can safely lift up to 200 pounds for extended work sessions and is applicable to a variety of industries such as aviation, manufacturing, warehousing and logistics, oil & gas, construction, defense, and others. It will be commercially available in 2021.
“The design and development of our Guardian XO industrial exoskeleton, the world’s first full-body, powered exoskeleton, has taken more than 20 years and is finally ready for commercialization,” said Ben Wolff, chairman and CEO, Sarcos Robotics. “We believe the Guardian XO robot can have a profound effect on the labor force both in the U.S. and globally, reducing the impact of workplace injuries and addressing the growing shortage of skilled labor.”
Share on:
Suggested Items
Bridging the Gap Between PCB Designers and Fabricators
04/03/2025 | Stephen V. Chavez, Siemens EDAWith today’s advanced EDA tools, designing complex PCBs in the virtual world does not necessarily mean they can be built in the real world. This makes the relationship between a PCB designer and a fabricator pivotal to the success of a project. In keeping with solid design for manufacturing (DFM) practices, clear and frequent communication is needed to dial and lock in design constraints that meet expectations while addressing manufacturing concerns.
IPC APEX EXPO Newcomer: Faith DeSaulnier of TTM Technologies
04/03/2025 | I-Connect007 Editorial TeamDuring the Newcomer’s Welcome Reception at IPC APEX EXPO, the I-Connect Editorial Team spoke with several first-time attendees. The following is our interview with Faith DeSaulnier, a process engineer based at TTM Technologies’ facility in Forest Grove, Oregon.
Ansys Semiconductor Solutions Certified by TSMC for Reliable, Accurate Analysis of Evolving Chip Designs
04/03/2025 | PRNewswireAnsys announced that PathFinder-SC is certified as a new ESD analysis solution for customers designing with TSMC's N2 silicon process technology. PathFinder-SC delivers a novel verification solution that provides superior capacity and performance, easily accommodating large designs in the cloud.
Real Time with... IPC APEX EXPO 2025: Insights into PCB Design and Manufacturing with Polar Instruments
04/03/2025 | Real Time with...IPC APEX EXPOErik Bateham discusses Polar's latest book, which enhances insights for PCB designers and manufacturers. The book, "The Designer's Guide to... More Secrets of High-Speed PCBs," features a guest chapter on 2D via design modeling. Erik highlights the industry's shift towards UHDI and the challenges in measuring at micron levels.
Connect the Dots: Stop Killing Your Yield—The Hidden Cost of Design Oversights
04/03/2025 | Matt Stevenson -- Column: Connect the DotsI’ve been in this industry long enough to recognize red flags in PCB designs. When designers send over PCBs that look great on the computer screen but have hidden flaws, it can lead to manufacturing problems. I have seen this happen too often: manufacturing delays, yield losses, and designers asking, “Why didn’t anyone tell me sooner?” Here’s the thing: Minor design improvements can greatly impact manufacturing yield, and design oversights can lead to expensive bottlenecks. Here’s how to find the hidden flaws in a design and avoid disaster.