Driving Innovation Through Accessible Robotics
Robotics is no longer included in big factories or exclusive research laboratories. Robotics is also becoming more accessible, flexible, and user-friendly than it has ever been with the rapid development of intelligent automation. Elephant Robotics is in the vanguard of this change, providing new robotic solutions to empower educators, researchers, developers, and manufacturers in the global context.
Integrating open-source systems, user-friendly hardware, and motion control technology, Elephant Robotics helps to bridge the gap between theoretical education and the practice of robots.
The myController S570 Portable Exoskeleton Robot Controller is a powerful device that is oriented to a high level of motion data collection, teleoperation, and the development of robots. This controller is light and wearable, and the manner in which humans communicate with robots is transformed.
The S570 has 12 high-precision sensors and this gives it the capability of 4096 resolution, which guarantees that the motion is correctly tracked. At 100Hz high-speed data sample, the most elaborate of human movements can be recorded in real-time, automatically, which makes it the perfect choice in AI training and robotic motion imitation.
The S570 has a weight of only 800 grams to move per arm, and this is made so that it can be used over a long period, whereby an individual can work without any form of fatigue. This is because its ergonomic construction has provided it with a smooth and natural movement with high accuracy during data collection periods.
The controller has several ways of connection, e.g., USB, Bluetooth, and wireless, which allows it to be easily integrated with different platforms. The built-in 2-inch screen can be used to inform the user of the real-time status, enabling users to check the performance of the system in real-time.
S570 can be used with a wide variety of Elephant Robotics products, such as myCobot 280, myCobot 320, myCobot Pro 630, myAGV, mechArm 270, myBuddy 280, and Mercury Humanoid Robot. It also facilitates the connection with other robots and can, therefore, be used in various applications.
Accuracy is essential in the case of R and D. High-frequency motion data that is captured on the S570 is provided to train AI, develop algorithms, and conduct sophisticated robotic study. It has high-quality data that offers a solid ground when innovating on complicated robotic systems.
S570 provides hands-on experience to the students and researchers. That it is compatible with robots of different degrees of freedom enables users to intuitively control robotic movement, enhancing the learning speed and making robotics learning more interesting and accessible.
The S570 is easy to operate with Python libraries and ROS support; it makes it easier to collect motion data and remote control. Robotic teleoperation can be simple even when an expert has not mastered how to use it because its standard data formats and open-source tools make it available to anyone.
MyCobot 320 M5 (2022) is a small but strong 6-axis collaborative robotic arm that can be used to learn, experiment, and implement intelligent manufacturing.
In the market since 2003, the myCobot 320 has sold in more than 60 countries with more than 5,000 units shipped, making it a reputable robotics educational platform in numerous countries all over the globe. It has 1kg profit, 350mm operating radius, and 1mm repeatability, which makes it exceptionally precise within a constrained size.
The myCobot 320 is compatible with the ROS simulator, and it is equipped with embedded forward and inverse kinematics. This gives users an opportunity to simulate and debug robotic motion in the virtual environment, thereby saving on the costs of conducting experiments and enhancements in efficiency.
With its ESP32, which it co-developed with M5STACK, the M5 version has two screens and physical buttons that allow easy navigation. The robot can be programmed and controlled using UIFlow, Python, or Arduino in accordance with elaborate tutorials by Elephant Robotics.
The robot embraces visual development devices that are used to make the mechanical motion analysis simpler. Its open source interfaces can be used to run more advanced applications, including object recognition, face recognition, and image processing to enable users to build their own projects beyond simple automation.
The myCobot 320 has 12 standard 24V industrial I/O interfaces, PLC control, and numerous expansion auxiliaries. It is ideal for prototyping of industries, experiments in smart manufacturing, and custom robots.
The myCobot Pro Adaptive Gripper (Black & White) has undergone enhancements and is now a more flexible, force-controlled robotic hand that is strong and reliable.
This gripper enables internal, external parallel gripping, and one special enveloping grip. It learns automatically to fit into the shape and size of various objects, making it a secure grip without the need to have developed programming.
The gripper has a maximum repeat positioning accuracy of 1mm, and hence, it performs in a consistent manner. It is capable of identifying whether an object has been picked successfully and checking its size, therefore, making the robot's operations more intelligent and independent.
The gripper is created exclusively to fit myCobot 320 and myCobot Pro 630 and can be installed in a few minutes. Since it has a user-friendly structure, users can quickly establish a time-to-production with limited robotics skills.
The gripper has a dynamically adjusting torque within the limits of rated thematic totaling object size and weight, and thus it suits better to high technology manufacturing, laboratory automation, and robotic studies.
Elephant Robotics is not just a company that produces robots, but an innovator partner. The brand allows users to discover, learn, and create through the provision of open-source systems, intuitive designs, and scalable robotic systems, allowing users to have access to it without limitations. Elephant Robotics offers the means to get ideas to work, be it the data of human motion, intelligent robot applications, or collaborative automation experimentation.
The future of robotics is intelligent, flexible, and accessible, and Elephant Robotics is at the top of the tide.
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