The introduction of Quasi Robotics’ first AMR robot marks a turning point for the Maryland startup. After years of research, development, and testing we are proud to share our progress and are excited about further growth in the years ahead.
The new R2 Robots offer a range of capabilities, including object recognition, real-time data analysis, and intuitive control systems. These features enable the robots to operate independently, freeing human workers to focus on higher-level tasks and increasing overall efficiency using state-of-the-art precision manipulators, grippers, sensors, modules, stereo vision, LiDARs, and much more.
Powered by sophisticated Quasi AI algorithms, R2 robots navigate their environments, find their workspaces, follow instructions, and perform assigned tasks completely autonomously, thereby removing the need for human guidance.
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The accompanying Cloud Connect™ web and mobile application enables code-free task assignment and machine communication as well as extensive dashboards and audit records for seamless traceability of all robotic actions.
“The future truly is robotic. We aim to bring smart, safe, reliable machines to every business in the world,” says Vlad Lebedev, CEO of Quasi, “The ultimate goal is to empower businesses to transform their manual workflows into faster, safer, streamlined operations…all while reducing the amount of time their employees spend on monotonous, repetitive functions, freeing them to perform at their full potential what humans do best — innovation and patient/client interaction.”
The mechanical functionality of R2 robots is optimized for performance, including:
- Height 64.57in (1640mm)
- Weight with battery 121Lb (55kg)
- Up to 8 hours of autonomies operation
- Mecanum wheel design, allowing for omnidirectional movement, instantaneous turns and reducing space requirements.
- Stereo depth vision allowing R2 to accurately navigate, see, understand, interact with, and learn from their environment
- Customizable end-of-arm gripper attachments, with a variety of designs developed for both heavy-duty and high-precision applications
SOURCE: PRWeb