Turn-key supply of Dobot robotic automation systems, collaborative manipulators and genuine components: CRA, CR, Nova cobots, desktop 4-axis MG400 arms, M1 Pro SCARA systems, controllers and replacement joint servo modules.
Dobot Robotics Portfolio and Product Lines
Select a product series to view technical specifications and submit an engineering inquiry:
CRA Series collaborative robots with SafeSkin safety system
Dobot CRA Series industrial collaborative robots (models CRA 3, CRA 5, CRA 7, CRA 10, CRA 12, CRA 16 and CRA 20) deliver high performance with payloads from 3 to 20 kg and reach up to 1700 mm.
The robots feature electromagnetic contactless SafeSkin technology that detects human proximity within 15–20 cm and stops motion prior to physical impact.
Integrated active vibration suppression algorithms cut settling time and ensure supreme trajectory accuracy during high-speed pick-and-place, welding and machine tending cycles.
Selection criteria: payload capacity (kg), working reach (mm), IP protection rating and end-effector tool interface.
CR Series versatile 6-axis collaborative robots for palletizing and welding
Dobot CR Series 6-axis collaborative robots (models CR3, CR5, CR7, CR10, CR12 and CR16) enable flexible production automation without bulky safety fences. Delivering repeatability of ±0.02 mm, the cobots support intuitive hand-guiding trajectory teaching.
They are extensively deployed across robotic palletizing cells, automated MIG/TIG welding units, electronic assembly stations and CNC machine tool tending lines.
Nova Series ultra-lightweight commercial and service robotic arms
Dobot Nova Series ultra-compact commercial cobots (Nova 2 and Nova 5) are engineered for retail automation, laboratory analysis, medical physical therapy and automated catering stations. Nova 2 weighs just 11 kg with a 2 kg payload, while Nova 5 handles 5 kg across an 850 mm working envelope.
Native 24-48V DC power supply support allows seamless integration on autonomous mobile robots (AMR/AGV).
Ordering data: Nova 2 or Nova 5 version, DC supply voltage, AMR mounting adapter plate requirements.
MG400 Series compact desktop 4-axis industrial robotic arms
The Dobot MG400 desktop 4-axis industrial robot features an ultra-compact footprint of 190×190 mm, tailored for electronic component testing, precision dispensing, screw driving and small-part assembly.
With the motion controller integrated directly inside the robot base, system deployment on tight conveyor lines requires minimal cabling and no external cabinet.
Parameters: 440 mm reach, 750 g payload, ±0.05 mm repeatability, integrated digital I/O accessory kit.
M1 Pro Series high-speed 4-axis SCARA robots for packaging
The Dobot M1 Pro industrial SCARA robot achieves linear speeds up to 2000 mm/s with a rated payload of 1.5 kg (maximum 3 kg).
Specifically engineered for high-throughput pick-and-place, packaging, labelling and optical sorting lines, its rigid arm kinematics and integrated encoders maintain high positioning reliability in 24/7 continuous operation.
Sizing data: 400 mm arm reach, Z-axis vertical stroke (200 mm), tool communication ports.
Magician Series educational and robotic prototyping arms
The Dobot Magician ecosystem (including Magician Basic, Magician Lite and the 6-axis Magician E6) delivers modular desktop robotics for technical universities, research institutes and automation prototyping.
Featuring quick-change modular end-effectors—pneumatic suction cups, micro-grippers, laser modules and 3D printing heads—it supports multi-language programming in Python, C++, ROS and Blockly.
Kit configuration: arm model, conveyor belt simulation kit, vision sensor module and interchangeable tools.
Motion controllers CC162/CC262/CC362 and joint servo modules
For turn-key robotic cell control, Dobot supplies industrial motion controllers Series CC162, CC262 and CC362 supporting EtherCAT, Profinet, Modbus TCP and dual-channel hardware safety loops.
Replacement joint servo modules integrating zero-backlash harmonic drive reducers, high-resolution encoders and electromagnetic brakes ensure fast field maintenance.
Requisition data: controller part number or joint axis J1–J6 identification, firmware version.
Electric grippers, vacuum modules and machine vision systems
Official Dobot end-of-arm tooling includes servo-electric parallel grippers with programmable 10–100 N clamping force, airless electric vacuum generators, industrial 2D/3D machine vision cameras for workpiece recognition, and ergonomic Teach Pendants featuring touch display and emergency E-Stop switches.
Parameters: gripper type, required gripping force (N), vision camera optical resolution.
Identify Dobot robotic models and official order codes
Dobot manufactures a comprehensive range of industrial robotics: CRA and CR collaborative robots, Nova commercial arms, desktop 4-axis MG400 units, M1 Pro high-speed SCARA systems, and CC162/CC262/CC362 industrial controllers.
To specify equipment, record the complete model designation and factory serial number (SN) from the robot base nameplate. Base series names leave working reach, payload rating, SafeSkin safety sensor options and fieldbus interfaces unconfirmed.
If the physical label is obscured, verify the serial number directly via the DobotStudio configuration menu.
CRA and CR collaborative robot sizing for industrial workflows
When configuring a cobot for palletizing, arc welding or machine tool tending, define maximum workpiece weight including gripper tooling, required reach radius and operating envelope.
Flagship CRA Series cobots feature active vibration suppression and non-contact SafeSkin collision avoidance that detects human presence at 15–20 cm. 02 mm with hand-guided trajectory programming and direct integration with automated welding wire feeders.
MG400 desktop arms and M1 Pro SCARA robot engineering
The compact 4-axis Dobot MG400 fits into tight assembly lines with a base footprint of just 190×190 mm and an integrated motion controller inside the robot body.
The high-speed M1 Pro SCARA robot achieves tool speeds up to 2000 mm/s, designed for 24/7 automated packaging, labeling, optical inspection and precision screw driving on fast conveyors with minimal floor space requirements.
Configuring CC162, CC262 and CC362 motion control cabinets
Dobot control cabinets provide synchronized multi-axis trajectory execution, conveyor tracking integration with optical encoders, and real-time fieldbus communications over EtherCAT, Profinet, Modbus TCP and Ethernet/IP.
3 PL d safety hardware inputs connect directly to optical safety light curtains and emergency stop buttons for complete machinery directive compliance.
Electric grippers, airless vacuum modules and machine vision
End-of-arm tooling includes servo-electric parallel grippers with adjustable 10–100 N clamping force, compressor-free electric vacuum pumps, and 2D/3D industrial machine vision cameras.
Joint module maintenance and spare parts availability
Dobot robots employ modular joint units integrating brushless DC servo motors, zero-backlash harmonic drive reducers, high-resolution absolute encoders and power-off electromagnetic holding brakes.
Pre-calibrated replacement joint assemblies allow rapid field swap without mechanical gearbox disassembly, minimizing plant downtime during planned overhauls.
Tool Center Point (TCP) calibration and coordinate alignment
When installing welding torches, customized dispensing heads or electric grippers, high-accuracy multi-point Tool Center Point (TCP) calibration establishes precise tool orientation.
User-defined coordinate frames (User Frames) allow effortless workpiece program transfer across identical robotic workcells without re-teaching path waypoints or re-calibrating fixtures.
Operator hand-guiding teaching and fast cell redeployment
Integrated gravity compensation algorithms allow line operators to effortlessly guide the robot arm manually along target 3D paths, recording critical motion waypoints via dedicated pushbuttons on the wrist flange.
This zero-code hand-guiding capability cuts batch changeover time on high-mix manufacturing floors down to minutes without requiring external programming consoles.
DobotStudio Pro software platform and ROS integration
DobotStudio Pro and CRStudio software platforms provide no-code block programming (Blockly), Lua scripting for complex production algorithms, and open API control via Python, C++ and ROS.
Engineers can configure virtual 3D safety zones, calibrate tool center points (TCP) and monitor real-time telemetry across enterprise networks.
Specification alignment and international delivery terms
Specify your complete procurement scope: turnkey robotic workstations, standalone manipulator arms, machine vision packages, end-effectors or joint spare parts kits.
All electrical and mechanical parameters are verified during quotation; firm prices and delivery schedules are established in the official commercial proposal.
Supply Terms and Engineering Support
Official supply of Dobot robotic workcells, cobots and maintenance spare parts with complete technical compliance:
