Optimizing Robotic Arm Actuators for Articulated Motion >
Why robotic arm actuator performance depends on more than motor selection, and how to optimize performance at the system level.
Advancing Exoskeleton Technology: Key Motion and Motor Design Considerations >
When it comes to exoskeletons, motion design and motor selection are make-or-break steps in the engineering process. Here we explore key considerations and insights for success.
Greater Comfort & Safe Mobility in Exoskeleton Design >
As the exoskeleton market evolves, how can OEMs design for greater comfort, mobility and reliability? Read the blog to learn more.
3 Tips to Accelerate Humanoids from Concept to Prototype to Production >
Humanoid robots are projected to become a $6+ billion opportunity within the next 10 to 15 years.1 Many labs, research entities and startup companies have taken notice, and are rushing to develop concepts and prototypes ahead of the competition. But…
Build a Better Humanoid With Lightweight, Torque-Dense, Robot-Ready Motion >
In a short time, humanoid robots have progressed from science fiction to a $6+ billion opportunity. Learn how to succeed in this exponentially growing market by solving motion challenges far beyond the requirements of conventional industrial robots.
Keep Your Field Robot on the Job Longer, Working Stronger >
From maintenance and repair of deep-sea infrastructure to inspection of wastewater basins. From hazardous oil and gas locations to dirty and dangerous construction sites. From research sample collection to search and rescue in disaster areas. In…
Servo Motor Optimization Can Make Your Agricultural Robot More Precise and Productive >
Learn how robot-ready frameless motors from Kollmorgen enable faster, more dynamic agricultural robots that increase farm productivity and profitability.
From the Factory to the Farm: Unleashing the Power of Kollmorgen's Servo Motor Technology >
As smart automation increases farm productivity, there is a need for powerful, precise motors that can handle a wide range of heavy-duty tasks, day in and day out. But even the most advanced technology doesn’t change the basic nature of farming.
For next-generation surgical robots, minimize the axial length of your robotic joints >
What if you could design and build a surgical robot that help doctors perform less invasive, more precise operations and achieve better patient outcomes? While the results of any surgery depend on the challenges of the specific case and the skill of…
Motors for Robotics: Do You Really Need to Compromise? >
Robotic joint design almost always involves tradeoffs. But does it have to be that way? Let’s look at the three most common compromises.
