DOBOT® CRA SERIES

Collaborative Robots
New Benchmark for Collaboration

The Dobot® CRA series offers advanced collaborative robots designed for various industrial applications. With user-friendly programming and high accuracy, the CRA series is ideal for increasing production efficiency and quality.

Key features:

• Models: A wide range of models to suit different industrial needs. Working range and payload starting from 3kg to 20 kg and range from 620 mm to 1700 mm
• Capabilities: Flexible installation, high load capacity, graphical programming
• Safety: The robots are equipped with a PLd Cat.3 safety controller and more than 20 security features that allow them to work with humans without the need for additional security devices.

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DOBOT® NOVA SERIES
an advance in collaborative robot technology

The DOBOT® Nova series represents a major advance in collaborative robot technology. With load capacities of 2 and 5 kilograms, these collaborative robots are designed to be lightweight and user-friendly, making them suitable for a wide range of commercial applications. Their built-in safety features increase their versatility, allowing them to be safely integrated into environments such as beverage preparation, restaurant service and even physiotherapy. In addition, customization of the exterior housing color allows these robots to blend seamlessly into the aesthetics of any shop or business.

Key features:

• Safety features: Equipped with a range of safety features including sensors with five adjustable levels of collision detection, human motion detection and position fixation in the event of power failure
• Retail-focused: Designed specifically for retail stores, with a working radius of 625 mm and a load capacity of 2 kg
• Compact design: Lightweight and portable, it takes up just 1 square meter of floor space with a palm-sized remote control
• Ease of use: No previous experience is required; features such as hand control and graphical programming for ease of use. Customizable colors for branding.

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DOBOT® MG400

Desktop Grade Industrial Collaborative Robot

The MG400 is an ultra-compact, table-top, four-axis robot ideal for low-volume automation tasks. It is easy to use, quick to set up, and suitable for educational and light industrial applications.

Key features:

• Compact design (190mm x 190mm), high accuracy - servo motor, and dedicated control system ensure 0.05mm repeatability. The vibration damping algorithm increases stability and reduces residual vibration
• Ease of use: Drag-to-teach function, programming options via a graphical interface
• Educational focus: Practical AI applications, programming, robotics
• Applications: Loading and unloading, Assembly, Glueing, Quality inspection.

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DOBOT® M1 PRO (SCARA)
Perfect Choice for Small and Medium-sized Factories

The M1 Pro is an innovative SCARA robot specifically designed to meet the needs of the light industry. It is built on the strengths of the M1 model and integrates Dobot's smart software and hardware platforms, thus offering the capability to perform even more complex tasks.

The M1 Pro stands out for its sensorless collision detection capability, which allows the robot to work safely with humans by automatically stopping in the event of a collision. In addition, the robot has a learn-by-drag function and high-precision encoders for more precise control and resistance to disturbances. The secondary development of the robot is simplified, allowing it to be adapted to different application scenarios.

M1 Pro is designed to be extremely compact and portable, integrating seamlessly into existing production lines. This makes the robot an ideal solution for the flexible production of small batches, especially for small and medium-sized companies looking for a cost-effective automation solution that can be set up quickly.

Dobot's intuitive software makes programming the robot simple, without the need for expert programming skills. Calibration is simplified by scripting and graphical programming, using both wired and wireless connections to various terminal devices.

M1 Pro offers a wide range of accessories including grippers, suction pads and vision kits to meet the needs of visual applications such as visual positioning, measurement, detection and recognition. The robot's versatility and dozens of input and output interfaces as well as dual network connectivity open up limitless possibilities for automation, making the M1 Pro the ideal choice for future light industrial automation.

Key features

• Compact design: The M1 Pro robot has an integrated handlebar that eliminates the need for extra wiring and increases portability with plug-and-play capability
• Collision features: The robot is equipped with a collision detection feature to ensure safe human-machine interaction and a narrower arm to reduce the risk of accidental collisions
• Simplified calibration: The M1 Pro allows for scripting and graphical programming and offers both wired and wireless connectivity to various devices, simplifying the calibration process
• Advanced functionality: Supports dynamic gripping and tracking, multitasking, and real-time IO control to help reduce motion cycle time and increase operational efficiency.

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DOBOT® EDUCATION

Adoption Across Industries
Teach Robot Physically, Wide selection of accessories, High expandability with secondary development

Dobot’s education line of robots are designed for K12, advanced education and academic research. A complete course curriculum is designed for students to learn robotics, programming, and automation. Prepare our future generation early on with STEAM education using Dobot’s robots, and give them competitive advantages for what awaits them.

Creating a Robust Interactive Learning Environment for Students
As an entry-level learning suite for AI, Basic AI Kit for DOBOT® Magician features Arduino Mega 2560 control board, LED indicator, joystick, switch button, and voice and visual recognition modules. We provide plentiful courses to help students handle the robot arm via programming and easily get the basic knowledge of AI, thus cultivating their innovative thinking and developing a creative robotic culture.

Explore Machine Intelligence via Human-machine Interaction
Abundant electronic modules include a programmable control board, various sensors, voice, and visual recognition. Control the lights and DOBOT® Magician by button, joystick, and voice recognition to help students explore artificial intelligence in every aspect.

Smart Play Technology in Open Source Electronic Platform
Compatible with Mixly, Arduino-related peripheral sensors, and others, Open Source Electronic Platform supports secondary development controlled by Arduino. The innovative technologies inspire students in the open-source software and hardware platform to create independent projects and gain new knowledge in programming.

Becoming a Creative Problem-Solver in Engineering
Building a Dobot® remote controller using programming can turn students' creative ideas into reality and help them learn circuits and programming at the same time.

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Diverse communication interfaces that meet the needs of mainstream vision, force control, gripper, and other end-effector components as well as AGV and other ecosystem products for rapid integration.

TeachPendant for Versatile User Experience

• 12 Easy-to-Touch Buttons

Enable efficient multi-point teaching and debugging for complex applications, significantly boosting teaching productivity.

• 3-Position Enable Button

Can be configured as a 3-Position enable button or a drag button according to safety requirements.

• 10.1-inch HD Touchscreen

Equipped with 1920x1280 resolution and multi-touch support.

• ISO Safety Certifications

ISO10218-1:2011; ISO13849-1:2015.

VX500: Advanced 2.5D Smart Camera

The robot's pick-and-place applications become more precise with the plug-and-play 2.5D vision technology.

Deeply Integrated with CRA Plug and Play

The VX500 smart camera integrates the camera, lens, light source, and vision controller. The software is built into DobotStudio Pro, with one-click automatic calibration. The vision plugin can be directly called through Blockly programming, enabling CRA series vision applications in just 30 minutes.

Versatility to Easily Achieve 'Hand-eye Coordination'

Visual positioning, presence detection, feature counting, barcode recognition, OCR character recognition, and size measurement are supported., making it easy to build various vision solutions.

High-precision 2.5D Vision Positioning, Simplify Mobile Grasping

The self-developed 2.5D algorithm can accurately identify scene height and tilt changes, and achieve a spatial compensation accuracy of ±0.26 mm, easily solving the problem of mobile grasping positioning. It is widely used in scenarios such as composite robot's mobile handling and loading and unloading.

Welding

Dobot robots bring precision and efficiency to welding processes, ensuring high-quality results and increasing productivity. Suitable for different materials and welding techniques. Does not require specialist welding knowledge. The Dobot robot with an integrated AI solution does the job for you.

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Palletizing

Automated Palletizing in 30 minutes
Automate your palletizing tasks with Dobot robots, designed to handle a variety of loads and improve throughput in logistics and manufacturing environments.

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Glueing

Enhance your production line with cost- and time-saving gluing applications, providing consistent and accurate glue application on a variety of materials and products.

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Visual inspection of electronics Control board

Dobot visula inspection system with M1Pro offers several advantages over traditional inspection system:

• High Efficiency: It replaces 2 workers and increases efficiency by 40%.
• Flexibility: It adapts to small batch and mixed-line production with 99% accuracy.
• Advanced Technology: Equipped with a high-resolution camera and deep learning algorithms for precise defect detection.
• Ease of Use: Features an all-in-one body design, plug-and-play setup, and compatibility with various end effectors for quick integration.

These features make the M1 Pro a versatile and efficient solution for inspecting high-density circuit boards.

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DOBOT Screwdriving Solution

Revolutionizes the traditional screwdriving process with intelligent human-robot collaboration technology.
Fast application without programming, precise screwdriving with M1.0-M10.0 screws.
The working space is more flexible, and the maximum working range is 1300 mm.
Supports multi-angle operations, such as front, side, slope, etc.

Key Features

• For additional safety features, the I/O ports can be connected to 3rd party equipment such as emergency stop sensors, safety doors, and light curtains.
• The automated solution increases efficiency by 80%.
• The solution offers no code drag-to-teach programming. Users only need to drag the robotic arm to the desired locations. The robot automatically adjusts postures for screwdriving tasks.
• Quick positioning to the screwdriving point is achieved by directly moving the robotic arm. Intuitive software control to ensure precise and accurate positioning. Intuitive teaching, faster debugging.