Supercharged order fulfillment.
No infrastructure overhaul.
Limber Robotics is building a completely new solution for warehouse productivity.
Limber Robotics is building a completely new solution for warehouse productivity.
Limber’s dynamic hardware is designed for fulfillment operations where accuracy, speed, and uptime are critical. Our high-performance robotic systems integrate with your existing operations without the need for infrastructure changes.
Warehouse jobs are physically demanding and often exist in harsh conditions. That means they’re also hard to keep staffed. Now, warehouses can offload the labor to Limber while still offering jobs that are safe, clean, comfortable, and give employees the chance to learn new skills.
Contact Limber if you can't find employees who will:
Limber Robotics eliminates the guesswork in automation hardware by designing physics-accurate simulations, ensuring seamless material handling.
Our technology predicts real-world interactions with unparalleled accuracy, simulating true material behaviors rooted in the laws of classical mechanics.
Using digital assets from customer sites — or designing them from scratch — we build exact virtual replicas of warehouses, fulfillment centers, and more, enabling flawless automation design.
Evan is dedicated to creating high performance robotic solutions that solve real world problems. He led research and development of two world-class robotics simulators, Drake and Moby, and has developed multi-rigid body robotic simulations with contact, friction, and Monte Carlo path tracing. He previously led a robotics team that built a unique form factor robot, has published over 40 highly cited scientific papers and articles, and has been awarded over $2.4M for robotics research by NSF, NASA, US Army, and others. Evan was a professor at the George Washington University and a Senior Research Scientist at Toyota Research Institute in Los Altos, CA.
Suzanne is passionate about making automation a reality in industries that require manual labor to do grueling tasks. She has been a successful entrepreneur for over 10 years, first serving clients in a variety of industries with their marketing and brand strategy before finding her passion in using robots to help people. Over the past several years, Suzanne has immersed herself into the logistics industry to understand the workflows, the labor challenges, and the seamless integration of automation.
