Elephant Robotics myCobot Pro 630 Robot Arm (4010200011)

Shrinking a robot arm usually means asking it to carry less. The Elephant Robotics myCobot Pro 630 Robot Arm (4010200011) was designed on the opposite premise: compared with its predecessor, the myCobot Pro 600, its size has been reduced by 30% without compromising payload capacity. The result is a collaborative arm that sits more comfortably in a teaching laboratory, on a research bench or in a compact production cell. It runs a customised Linux operating system and Elephant Robotics' own Roboflow control software, and it supports uninterrupted applications 24/7.

Robots Europa, based in Dublin, supplies the myCobot Pro 630 to universities, research institutes and manufacturers across the European Union and the DACH region. Robots Europa prepares each quotation for the configuration you require, arranges delivery to your site and remains your point of contact for technical support once the arm is in service.

Background

Elephant Robotics and the myCobot family

Elephant Robotics has built its reputation on making robot arms accessible to people who do not run automotive assembly lines: teachers, researchers, developers and smaller manufacturers. The myCobot name covers a family of arms that range from desktop teaching tools to larger machines intended for real work, and the Pro line sits at the more capable end of that family. Within the wider world of Cobots, this places the myCobot Pro 630 between the educational kit and the full industrial cobot, a position that many institutions and workshops find difficult to fill.

The myCobot Pro 630 follows the myCobot Pro 600 and refines its formula rather than replacing it. It is a collaborative robot designed for education, research and light industrial automation, and the change from the earlier model is concentrated where buyers feel it most: the physical footprint of the machine, which has been reduced substantially while the payload capacity has been kept.

A software stack built for openness

The second defining feature of the arm is its software. Rather than a closed controller, the myCobot Pro 630 runs a customised Linux operating system together with Roboflow, the proprietary robot control software from Elephant Robotics. For those who prefer to work in the research ecosystem, support extends to ROS1, ROS2 and the Gazebo simulation environment, and Elephant Robotics provides open-source robot control driver files. In practice this means a motion task can be developed and tested in simulation, then transferred to the physical arm with the same toolchain that university laboratories and robotics start-ups already use.

Technical Specifications

Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.

The manufacturer has not published the weight, IP rating, maximum joint speed, operating temperature, power consumption, noise level, mounting dimensions or package contents; Robots Europa confirms these with you at quotation.

What makes the myCobot Pro 630 different from the myCobot Pro 600?

The answer is space. The myCobot Pro 630 is 30% smaller than the myCobot Pro 600, and this reduction was achieved without compromising payload capacity. For a buyer, that combination matters more than either figure on its own. A smaller arm is easier to place on a shared bench, to fit inside a training cell or to integrate beside an existing machine, and it leaves more room for fixtures, conveyors and the people working around it.

Keeping the payload capacity means the reduction is not a trade-down. Tasks that were planned around the earlier model remain within reach, while the installation itself becomes less intrusive. Combined with a control system designed for continuous operation and an open software interface, the myCobot Pro 630 is positioned as the more practical choice where floor or bench space is limited.

How does the myCobot Pro 630 work safely alongside people?

A collaborative robot earns that description by how it behaves when a person is within reach. The myCobot Pro 630 uses an anti-collision detection function based on a precise dynamic model, which allows it to work well alongside humans. In addition, the arm has built-in e-stop functionality to ensure safe operation.

In a teaching laboratory this means students can stand at the bench while a programme runs; in a workshop it means the arm can share a station with an operator rather than sit behind a fence. Every collaborative installation still calls for a risk assessment of the specific application, and Robots Europa can discuss the relevant safety documentation and CE marking requirements with you when preparing the quotation.

Who is the myCobot Pro 630 for?

Three groups of buyers will find the arm suited to their work. Universities, technical colleges and vocational training centres need an arm that students can programme in a real robotics environment, and the combination of ROS1, ROS2, Gazebo and open-source drivers lets a course move from simulation to hardware without changing tools. Research groups working on manipulation, motion planning or human-robot interaction need an open, scriptable platform that can run experiments for long periods. Smaller manufacturers and integrators exploring light industrial automation need a collaborative arm that fits into an existing workspace and can run around the clock.

The choice of version follows the task. The myCobot Pro 630 Only suits buyers who already have end-effectors or plan to design their own. The myCobot Pro 630 + myGripper H100 and the myCobot Pro 630 + myGripper F100 bundles arrive ready for grasping work, the myCobot Pro 630 + myCobot Pro Camera Flange version is the natural starting point for machine vision projects, and the myCobot Pro 630 + MyCobot Pro Vacuum Suction Cups & Air Compressor version addresses handling of flat or smooth parts. Buyers comparing alternatives can browse the full range of Robot Arms offered by Robots Europa.

What is the myCobot Pro 630 used for?

1. Robotics education: giving students hands-on experience with a collaborative arm programmed through industry-standard tools.
2. ROS research: developing and testing manipulation and motion-planning algorithms with ROS1 or ROS2.
3. Simulation-to-reality work: validating tasks in Gazebo before running them on the physical arm.
4. Light industrial automation: handling repetitive tasks in compact cells where continuous operation is required.
5. Machine vision projects: combining the arm with the camera flange version for inspection or vision-guided picking.
6. Human-robot collaboration studies: researching shared workspaces with an arm that detects collisions and has a built-in e-stop.

Pricing and Availability

Robots Europa supplies the myCobot Pro 630 on quotation, so that the version, end-effectors and accompanying documentation match your project. Tell us whether you need the arm alone or one of the gripper, camera flange or vacuum suction bundles, and we will prepare an offer for your organisation. Delivery, customs and support are arranged with the quotation. To begin, request a quotation using the form available on this page.

Frequently Asked Questions

Is the myCobot Pro 630 a collaborative robot?

Yes. It is a collaborative robot for education, research and light industrial automation, with anti-collision detection based on a precise dynamic model.

Which robotics frameworks does the arm support?

The myCobot Pro 630 supports ROS1, ROS2 and the Gazebo simulation environment, and Elephant Robotics provides open-source robot control driver files.

What software controls the arm?

It runs a customised Linux operating system with Roboflow, the proprietary robot control software from Elephant Robotics.

Can the myCobot Pro 630 run continuously?

Yes. The control system supports uninterrupted applications 24/7, which makes it suitable for long experiments and continuous production tasks.

Does the arm have an emergency stop?

Yes. The myCobot Pro 630 has built-in e-stop functionality to ensure safe operation.

Which versions of the myCobot Pro 630 are available?

You can choose the arm alone, or bundles with the myGripper H100, the myGripper F100, the myCobot Pro Camera Flange, or the MyCobot Pro Vacuum Suction Cups & Air Compressor.

Where can I buy the Elephant Robotics myCobot Pro 630 Robot Arm (4010200011) and what does it cost?

You can buy it from Robots Europa, which supplies customers across the EU and the DACH region. The cost depends on the version and accessories you choose, so please request a quotation and we will prepare an offer for your project.

Summary

The myCobot Pro 630 answers a question that many laboratories and workshops face: how to bring a capable collaborative arm into a space that was never designed for one. By reducing its size by 30% compared with the myCobot Pro 600 without compromising payload capacity, and by pairing that compact body with Linux, Roboflow, ROS1, ROS2 and Gazebo support, Elephant Robotics has produced an arm that moves easily between the lecture hall, the research bench and the light production cell. Collision detection and a built-in e-stop allow it to work beside people, and a choice of gripper, camera and vacuum versions lets it adapt to the task. If you are planning a compact collaborative installation with Robots Europa, this page is the starting point.