Dobot Collaborative Robots - VISICON :: the machine vision experts

Skilled developers can effectively design intricate programs and effortlessly manage advanced applications through the provision of adaptable LUA script programming.

A wide range of ecosystem plugins is adapted to a variety of robot accessories, such as grippers, force sensors, 2D/3D vision, and etc. By directly utilising the ready--to-use APIs from the plugins, users can efficiently accomplish application development in a short span of time.

A range of application process packages is offered for welding, palletising, CNC, and more. By adjusting parameters, programs can be easily created, resulting in faster robot applications. Additionally, tailored and specialised process packages can be developed for specific applications.

The robot log enables you to access historical status, operation records, and parameter modification information at your convenience. This allows for swift problem identification and minimises downtime.

Users can leverage offline programming to execute, debug, and validate programs without being connected to the robot, resulting in expedited project implementation.

Different terminals(computer, tablet, teach pendant) is supported. And wired or wireless connection methods can be chosen according to different usage scenarios.

Palletising Power Unleashed, Productivity Doubled

Smarter Speed, Proven Results: Equipped with HyperMove™ motion control that intelligently adjusts acceleration to maintain maximum reliable speed, delivering 20% higher single-unit efficiency than competitors.

Palletising/Handling Pace: 10 pcs/min: Unlike the traditional palletising system, the CR 30H solution can achieve new levels of automated palletising performance

at Full Speed & Load < 0.3mm vibration amplitude

Advanced Vibration Suppression Algorithm: Effectively reduces vibrations and end-effector oscillations across the full speed and payload range.

Enhanced Reliability, Engineered for Uncompromising Performance

High-Density Servo Drive Technology: Equipped with a high-performance power engine and 96V mid-voltage servo drive technology, delivering 50% more power with 20% less heat generation.

Optimized Joint Stability: 30% fewer components with optimized load distribution, significantly reducing stress on individual parts and cutting downtime by 45%.

Enhanced Reliability, Engineered for Uncompromising Performance

Fail-Safe Electromagnetic Braking: Equipped with fail-safe electromagnetic brakes that automatically engage during power loss, limiting end-effector displacement to <1mm for maximum safety and precision.

IP67 Rugged Protection: Resists dust, water jets, and oil contamination.

Smoother and More Efficient Operation

One-hand Drag-to-Teach: The industry's first 30kg-payload cobot with built-in torque sensors, improving teaching efficiency by 90% for faster deployment.

Ultra-Fast Control Cycle: 1kHz real-time control frequency minimizes command latency, enabling high-speed motion without overshooting.

The EtherCAT bus is utilized by the joint servo, providing a vast bandwidth of hundreds of megabits and a joint response speed in the millisecond range.
This remarkable combination greatly enhances the robot's movement speed and trajectory smoothness,
enabling it to efficiently carry out a wide range of tasks

Each robot is precisely calibrated with a laser calibration system, ensuring an absolute positioning accuracy of under 0.4 mm.
This exceptional precision enables the robot to effortlessly tackle high-precision production tasks, thereby enhancing consistency and quality assurance in the production process

Dobots utilise a stand-alone safety controller that is PLd Cat.3 rated, feature 20+ safety functions, and CRA has been certified with ISO 13849-1, ISO 10218-1, and ISO/TS 15066. With proper risk assessement, CRA can collaborate with humans without the need for additional fencing and ensure production safety.

In the event of an unexpected power outage, the robot swiftly engages its electromagnetic brake within 18 ms and ensures position retention within 1 mm, safeguarding against equipment or product damage.

CRA provides virtual fencing and state-of-the-art non-contact skin protection, enabling users to devise safety measures tailored to their unique production settings.
This ensures optimal safety at every stage of the production process.

The CRA series have an increased number of 24 DI and DO interfaces, supporting both PNP and NPN switching. They are also configured with more than 30 functions for robot control and status feedback, providing convenience and flexibility for seamless integration and control in the industrial automation field.
Additionally, they come equipped with standard communication methods like Modbus TCP/RTU, EtherNet/IP, PROFINET, and others. This guarantees effortless integration with popular PLCs, HMIs, and other devices, eliminating worries about communication protocol compatibility and enabling more efficient and streamlined device integration and configuration.

Pre-collision sensing enhances safety and efficiency in the robots

15 cm Pre-collision sensing
0.01 s Fast monitoring
0.1 s Fast response
1 m/s Maximum human-robot interaction speed

Available on CRxxAS models

Featuring a lightweight and compact design, the DOBOT Teach Pendant seamlessly combines aesthetic and ergonomic features,
resulting in a grip that is not only visually appealing but also comfortable to hold.

ISO safety certification
10.1-inch HD capacitive screen
3-position enable button
12 physical jog buttons

With blockly programming and a user-friendly interface, the Nova Series requires no prior coding experience, enabling quick setup and operation. Wireless tablet connectivity further enhances deployment flexibility and operational freedom.

Ensures optimal safety with adjustable 5-level collision detection, instant electromagnetic braking for emergency stops, and configurable interference zones, effectively preventing accidents and protecting both personnel and equipment while maintaining high operational efficiency.

The Nova Series supports a wide range of end-effectors and offers an open ecosystem with comprehensive SDK support (C++, C#, Python, ROS1, ROS2), enabling seamless customization and scalability for evolving industrial demands.

Powered by DobotStudioPro 4.6.1, Nova Cobot delivers precision and safety for industrial automation:
- Intuitive Flat UI for seamless control
- Vibration Suppression enables high-precision tasks
- Auto Payload Detection adapts to varying workloads
- Multi-Layer Safety with collision detection and HRC modes
- Full Traceability with operation logs and user permissions

Compact, short-reach design with 20% smaller footprint.

Featuring a high-expansion end-effector Interface for electric grippers and force sensors.

The MG400 is equipped with a servo motor having a high-precision encoder, proprietary drive and controller, to achieve ±0.05 mm repeatability. Vibration suppression algorithm increases multi-joint motion stability time by 60% and reduces residual vibration by 70%.

With drag-to-teach, the MG400 is designed to be easy to use. The MG400 lowers the barrier of entry into automation and is favored by numerous small and medium enterprises.

In addition to drag-to-teach, the MG400 can also be programmed using Lua and graphical interface, suitable for developers of all levels.

Equipped with collision detection feature for human machine collaboration. Its forearm is 40% narrower than a traditional industrial robotic arm which significantly reduces accidental bumping into and damaging the robot.

Calibration is greatly simplified with scripting and graphical programming, wired and wireless connections to PCs, tablets, smartphones and other terminal devices.

Added encoder interface supports dynamic grabbing and tracking functionalities, multithread and on the fly IO controls to reduce motion cycle time.