Elephant Robotics Aims at Education and Research with Latest Robotic Arm

• The myCobot Pro 450 is a new 6-axis robotic arm designed for education, research, and lightweight commercial automation.
• It supports voice commands via LLMs, visual recognition, and browser-based programming with no installation required.

Elephant Robotics has introduced the myCobot Pro 450, a compact collaborative robot arm designed for use in educational, research, and commercial environments. The new model features a lightweight build and includes safety systems, integrated control hardware, and AI capabilities such as voice and vision support.

The myCobot Pro 450 is a six-joint robotic arm that can lift up to 1 kg and reach about half a meter. It weighs less than 5 kg and is built from durable metal with internal motors, brakes, and control systems packed into its frame. The arm includes safety features like collision detection and emergency stopping, and it connects easily to other systems through standard industrial ports and protocols.

Users can control the myCobot Pro 450 through natural voice commands by connecting it to large language models like ChatGPT, DeepSeek, or LeRobot. When paired with a camera and AI image recognition, the robot can also identify and pick up objects on its own. These tools make it easier to experiment with human-robot interaction and embodied intelligence.

The robot runs on myStudio Pro, an all-in-one control system that works entirely in a web browser. It includes myBlockly, a drag-and-drop programming tool that helps users start building robot behaviors without writing code. From basic setup to more advanced development, the platform is designed to support learning, testing, and prototyping with minimal friction.

The myCobot Pro 450 is available now in limited quantities with an early-bird offer. Elephant Robotics positions it as a modular, developer-friendly option for applying robotics in education, research, and early-stage automation.

🌀 Tom’s Take:

The Pro 450 brings industrial-grade features into a self-contained, classroom-ready package. With built-in safety, browser-based controls, and no need for external wiring or control boxes, it gives educators and researchers real robotics capabilities without the cost or setup of industrial infrastructure.

Source: EIN Presswire / Elephant Robotics