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DOBOT M1 Pro – 4-axis SCARA robot

DOBOT M1 Pro – 4-axis SCARA robot

DOBOT M1 Pro – 4-axis SCARA robot
Dobot | A-000000-08407
€5,520.00 VAT incl. €4,600.00 VAT excl.

The DOBOT M1 Pro is a compact 4-axis SCARA robot designed for automating handling, assembly, loading, inspection and production tasks in confined spaces.

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Key features of the DOBOT M1 Pro

  • 4-axis SCARA robot
  • Maximum payload: 1.5 kg
  • Working radius: 400 mm
  • Repeatability: ±0.02 mm
  • Weight: 15.7 kg
  • Integrated controller for easier installation
  • Collision detection
  • Graphical and script-based programming
  • Wired and wireless connections with PC, tablet or smartphone
  • Communication: TCP/IP, Modbus TCP and Modbus RTU
  • Encoder interface for tracking and dynamic picking applications

A compact SCARA robot for automated cells

The DOBOT M1 Pro features an all-in-one design with the controller integrated directly into the robot. This architecture reduces the need for external equipment and limits the amount of wiring required during installation.

Its compact format and plug-and-play operation make it possible to quickly set up an automation cell on a production workstation, pilot line or robotic demonstrator.

A SCARA architecture designed for fast movements

With its 4 axes, the M1 Pro is particularly suitable for applications requiring fast movements in the horizontal plane combined with vertical motion.

The J1 and J2 axes can reach speeds of up to 180°/s, while the vertical J3 axis can reach 1000 mm/s. The J4 rotation axis can reach up to 1000°/s.

Graphical and script-based programming

The DOBOT M1 Pro can be programmed using the software tools provided by DOBOT. Graphical programming makes it possible to quickly build automation sequences, while script-based programming provides greater flexibility for more advanced applications.

The robot can be connected to different devices, including PCs, tablets and smartphones, via wired or wireless connections.

Collision detection for human-robot interaction

The M1 Pro integrates a collision detection function designed to identify contact during robot operation.

DOBOT has also designed the robot’s forearm to be narrower than that of a traditional industrial robotic arm, helping reduce the risk of accidental contact and making integration into shared workspaces easier.

Interfaces for automation and part tracking

The M1 Pro supports TCP/IP, Modbus TCP and Modbus RTU protocols, making it easier to integrate with PLCs, sensors and other industrial equipment.

An additional encoder interface also makes it possible to develop dynamic picking and tracking applications, for example when working with parts moving on a conveyor.

Real-time I/O control and multithread processing can also help optimize cycle times in automated applications.

DOBOT M1 Pro applications

The M1 Pro is particularly suitable for light automation applications and compact robotic cells:

  • Loading and unloading: transferring parts between different workstations
  • Pick-and-place: picking, moving and positioning objects
  • Assembly: handling and positioning small components
  • Glue dispensing: executing repeatable trajectories
  • Inspection and quality control: integration with cameras and sensors
  • Conveyor tracking: handling moving parts
  • Prototyping: development and validation of automated cells

DOBOT M1 Pro technical specifications

Number of axes4
Maximum payload1.5 kg
Working radius400 mm
Repeatability±0.02 mm
Weight15.7 kg
J1 range±85°
J2 range±130°
J3 range5 to 245 mm
J4 range±360°
Maximum J1 speed180°/s
Maximum J2 speed180°/s
Maximum J3 speed1000 mm/s
Maximum J4 speed1000°/s
Power supply100–240 V AC, 50/60 Hz
CommunicationTCP/IP, Modbus TCP, Modbus RTU

Preisverlauf

Durchschnittlicher Preisverlauf

Ein Datenpunkt pro Tag, gemittelt nach Beobachtungsdatum.

Durchschnittspreis pro Tag

Beträge in USD

$6.180,19
Diagramm des durchschnittlichen Preisverlaufs in USDLiniendiagramm mit 6 Beobachtungen von 02.10.2026 bis 07.10.2026.$6.180,22$6.180,21$6.180,20$6.180,19$6.180,182. Okt.3. Okt.4. Okt.5. Okt.7. Okt.02.10.2026: durchschnittlich $6.180,1903.10.2026: durchschnittlich $6.180,1904.10.2026: durchschnittlich $6.180,1905.10.2026: durchschnittlich $6.180,1906.10.2026: durchschnittlich $6.180,1907.10.2026: durchschnittlich $6.180,19

Die Durchschnittswerte werden pro UTC-Tag anhand aller erfassten Angebotspreise berechnet.