Doosan M-Series Cobots

What Makes the Doosan M-Series Special

The Doosan M-Series is best understood as Doosan’s premium, all-round collaborative robot series. It is not the lightest, cheapest, or most specialised Doosan cobot line, but it is one of the most balanced. The key feature is the use of torque sensors in all six axes, which gives the robot strong force-control and collision-detection capability.

That makes the M-Series useful for applications where the robot needs to do more than simply move from point A to point B. For example, polishing, deburring, gluing, screwdriving, gear assembly, and welding support can all benefit from better force awareness and smoother contact control. The M-Series also gives users a good spread of payload and reach options: compact 900 mm models, a 1300 mm mid-range model, and a 1700 mm long-reach model.

In simple terms, the M-Series is the “premium generalist” in Doosan’s cobot family. It is a strong choice when you want flexibility, precision, force control, and a proven collaborative robot platform in one package.

Applications

The Doosan M-Series can be used across a wide range of industrial and light-service tasks. In manufacturing, it is suitable for assembly work such as screw tightening, gear assembly, part placement, and repetitive handling. In machine tending, it can load and unload parts from CNC machines, injection moulding machines, presses, and other production equipment.

The M-Series is also useful for surface-finishing tasks such as polishing and deburring, where force control is important because the robot needs to maintain consistent contact with the workpiece. For gluing and bonding, the robot can help apply a more consistent amount of adhesive along repeatable paths. Welding is another supported application area, especially where repeatable motion and steady path control are important.

The longer-reach M0617 is useful when the robot needs to cover a larger work area, while the heavier-payload M1509 is better when the part or tool is heavier but the required reach is shorter. This makes the M-Series a flexible family rather than a single-purpose cobot.

How the M-Series Compares to Other Doosan Series

Doosan has several cobot series, so the M-Series should be positioned clearly. The M-Series is the premium all-rounder, focused on force control, safety, flexibility, and general industrial use. The A-Series is more about speed, cost-effectiveness, and easier adoption for common automation tasks. The H-Series is Doosan’s heavy-payload cobot range, designed for larger loads and longer reach. The E-Series is more specialised for food and beverage applications, with hygiene-focused design. The P-Series is focused on palletizing, with a high payload and long working radius.

So, if someone wants a general-purpose premium cobot with strong force sensing, the M-Series is the natural place to look. If they need heavier handling, they should compare it with the H-Series or P-Series. If they care most about budget and speed, they should compare it with the A-Series. And if the task is food and beverage specific, the E-Series may be more suitable.

Doosan M-Series Model Comparison

Model: M0609
Payload: 6 kg | Reach: 900 mm | Robot Weight: 27 kg | Repeatability: ±0.03 mm
Best suited for: Compact workspaces, precise handling, small assembly, light machine tending, and applications where accuracy matters more than long reach.

Model: M1509
Payload: 15 kg | Reach: 900 mm | Robot Weight: 32 kg | Repeatability: ±0.03 mm
Best suited for: Heavier parts, heavier tooling, short-reach handling, machine tending, and applications that need higher payload without a very large working radius.

Model: M1013
Payload: 10 kg | Reach: 1300 mm | Robot Weight: 33 kg | Repeatability: ±0.05 mm
Best suited for: Balanced applications needing both useful payload and medium reach, including assembly, tending, welding support, polishing, and handling.

Model: M0617
Payload: 6 kg | Reach: 1700 mm | Robot Weight: 34 kg | Repeatability: ±0.1 mm
Best suited for: Long-reach tasks, larger work areas, machine tending across wider setups, and applications where reach is more important than payload.