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Join @ENERGY for a National Lab Discovery Series webinar on @Livermore_Lab research using additive manufacturing to develop 3D electrode architectures for energy storage and other electrochemical technologies. 📅 Sept. 29 | 2 PM ET 🔗

Interested in 3D printed electrodes for energy storage? Join @ENERGY to learn how @Livermore_Lab is using additive manufacturing to develop structured electrodes for batteries, flow batteries, supercapacitors and fuel cells. 🔗

Boom! The team and I are excited to share this one. @titangilroy spent the day at @Hyliion HQ to get a full behind the scenes of the KARNO™ Power Module. We gave them a tour of the whole operation: the additive manufacturing floor, and how we build the KARNO system from the ground up. Watch the episode and get a peek behind the scenes:

Programming robots to machine parts! 🔧 @RoboDKinc CAM is software that tells robots how to machine things. Instead of manually programming robot paths, you define the toolpath in CAM software and it outputs robot instructions. It offers a lot of options from roughing and finishing strategies for precision work, to heavy material removal to delicate surface refinement. Tool management handles holder collision detection, arbor specifications, geometry support from end mills to multi-flute tools. Helps with the complex geometry handling: freeform shapes, contoured surfaces, undercuts, blended transitions using spline-based paths. Also achieves smooth finishes on parts that would otherwise need manual hand work. Applications span machining, cutting, deburring, dispensing, drilling, grinding, trimming, milling, polishing, sanding, additive manufacturing. One software and multiple workflows. Manually programming a robot arm to machine a complex part takes days of setup, testing, tweaking. RoboDK CAM compresses that. Design the part in CAD, define the machining strategy, export to the robot. Then the software handles collision checking, tool paths, and precision control. This is how manufacturing automation actually scales. Not custom code for every job. Reusable workflows. Learn more here: ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →