Elephant Robotics myCobot Pro 630 Robot Arm (4010200011)

Most people expect a robot arm to be either a serious machine that needs a cage and a technician, or a small desktop toy. The Elephant Robotics myCobot Pro 630 Robot Arm (4010200011) sits in the space between them: a collaborative arm built to share a bench with people, run through the night and still fit into a classroom or a small workshop.

The product is available through this page, by quotation.

Background

Elephant Robotics and the myCobot line

Elephant Robotics develops collaborative robot arms for education, research and light industrial work. The myCobot name covers a family of arms of different sizes, from compact desktop models to larger units aimed at working cells. The myCobot Pro 630 belongs to the larger, professional end of that family, and it was developed by Elephant Robotics as a collaborative robot for education, research and light industrial automation.

Its lineage matters because the Pro 630 is a deliberate step down in size from the myCobot Pro 600. The manufacturer states that the body is 30% smaller than that earlier arm, while the payload capacity was kept intact. For a buyer, that means the arm can be placed on a tighter work surface or in a shared lab without giving up the load-carrying ability that the larger predecessor offered.

If you are comparing the wider range, the Elephant Robotics arms we list sit under Robot Arms and Cobots. Smaller siblings such as the Mycobot 320 M5 serve lighter teaching and prototyping needs, while the Pro 630 is aimed at users who want a more capable platform.

Software, control and safety approach

The arm runs a customized Linux operating system together with Roboflow, Elephant Robotics' proprietary robot control software. This combination is described by the manufacturer as supporting uninterrupted applications around the clock, which matters for anyone running repeated tasks such as test cycles, sorting routines or demonstrations that must not stop.

For developers, simulation and integration support is broad. The arm works with ROS1, ROS2 and Gazebo simulation environments, and open-source robot control driver files are provided. That lets a research group build and test motion logic in simulation before moving it to the physical arm, and it allows teams that already work in ROS to bring their existing tools along.

On the safety side, the arm includes an anti-collision detection function based on a precise dynamic model, which lets it work well alongside people. A built-in e-stop function is also provided to support safe operation.

Technical Specifications

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

The manufacturer has not published the weight, the IP rating, the maximum joint speed, the operating temperature, the power consumption, the package contents, the noise level or the mounting dimensions; they are confirmed at quotation.

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

The clearest difference is size. The manufacturer states that the Pro 630 is 30% smaller than the myCobot Pro 600 and that this was achieved without compromising payload capacity. Shrinking a machine without weakening what it can carry is not the usual trade, and it is the main reason to look at this model if floor or bench space is limited.

A smaller footprint has practical effects beyond fitting on a table. It is easier to move between rooms, easier to place inside a teaching station or a compact test cell, and less imposing for students and operators who are working next to it for the first time. In shared spaces, where a robot arm has to coexist with people, equipment and shelving, a compact arm is simply easier to live with.

The control and software side is part of the story as well. The Linux-based system with Roboflow software, together with ROS1, ROS2 and Gazebo support, positions the arm as an open platform rather than a closed box. Teams can write their own logic, use the supplied driver files and simulate before they run.

Which versions and add-ons are offered?

The sources name several configurations of this arm: the myCobot Pro 630 on its own, and combinations with a myGripper H100, a myGripper F100, a myCobot Pro Camera Flange, or the myCobot Pro Vacuum Suction Cups and Air Compressor set. The arm alone is the right starting point for teams that already have their own end effector or that want to design one.

Each end tool suits a different job. A gripper handles pick-and-place of solid parts, a camera flange adds vision for locating and checking objects, and a vacuum set suits smooth, flat items that a gripper would struggle to hold. For the H100 gripper we list separate left-hand, right-hand and paired options, including the myGripper H100 Left + Right Hand. Tell us which configuration you need when you request a quotation, and we will confirm what is included.

Who is the myCobot Pro 630 for?

Universities and technical schools are a natural fit. The arm is designed for education, and its ROS1, ROS2 and Gazebo support means students can learn the same tools that are used in professional robotics work. Because the software is open at the driver level, it also suits thesis projects and lab courses where learners need to see how the control works rather than only press buttons.

Research groups form the second segment. They gain from simulation support, open-source driver files and an operating system they can reach into. A lab that develops motion planning, vision-guided handling or human-robot interaction can build on the platform without waiting for a vendor to open it up.

Small manufacturers and workshops are the third. For light industrial automation, such as feeding a machine, simple assembly or repeated handling, a collaborative arm that can run continuously and detect collisions is a reasonable first step into automation. Companies in the Caribbean that want to automate a single station without rebuilding a whole line will find the compact size helpful.

If your needs are lighter, for example classroom demonstrations or early prototyping, a smaller arm like the Mycobot 320 Pi may be the better match. For serious work cells and development projects, the Pro 630 is the stronger choice.

What is the myCobot Pro 630 used for?

1. Teaching robotics. Students learn kinematics, programming and safe robot operation on a collaborative arm that works with standard ROS tools.
2. Research and development. Labs test control algorithms, vision systems and human-robot collaboration using open driver files and simulation.
3. Simulation before deployment. Teams build and verify motions in Gazebo, then move them to the physical arm with less risk.
4. Light industrial automation. The arm handles repeated tasks at a workstation, running continuously where the job demands it.
5. Pick and place with add-on tools. Fitted with a gripper or a vacuum set, it moves parts between positions at a bench or a small cell.
6. Vision-guided tasks. With the camera flange, the arm can be set up to locate and inspect objects as part of a workflow.

Pricing and Availability

We do not publish prices on this page. Request a quotation with your intended application and the configuration you want, whether the arm alone or with a gripper, camera flange or vacuum set. Delivery, customs and support are arranged together with the quotation, so you know the full picture before you commit. The myCobot Pro 630 Robot Arm (4010200011) is available on this page.

Frequently Asked Questions

Is the myCobot Pro 630 safe to use near people?

It is a collaborative robot with an anti-collision detection function based on a precise dynamic model, and it has a built-in e-stop. A risk assessment of your own workplace is still needed.

Can it run all day?

The manufacturer states that the control system supports uninterrupted applications 24/7. Your duty cycle should be discussed when you request a quotation.

Does it work with ROS?

Yes. The arm supports ROS1, ROS2 and Gazebo simulation environments, and open-source robot control driver files are provided.

What software controls the arm?

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

How does it compare with the myCobot Pro 600?

The Pro 630 is 30% smaller than the Pro 600, and the manufacturer states that payload capacity was not compromised.

Which end tools can be combined with it?

The sources name the myGripper H100, the myGripper F100, the myCobot Pro Camera Flange, and the myCobot Pro Vacuum Suction Cups and Air Compressor set. Confirm the configuration you need at quotation.

Where can I buy the myCobot Pro 630 and what does it cost?

You can request it through this page. Cost is given by quotation, based on the configuration you choose, so no price is listed here.

Summary

The myCobot Pro 630 answers a simple question: can a collaborative arm be smaller without being weaker? Elephant Robotics states that it can, with a body 30% smaller than the myCobot Pro 600 and the same payload capacity. Add the Linux and Roboflow control system, ROS1, ROS2 and Gazebo support, anti-collision detection and a built-in e-stop, and the result is a flexible arm for classrooms, labs and light industrial stations. If it fits your project, this page is the starting point.