Dobot
CRA-Series
The new generation of the CRA series redefines industrial automation. With high-performance harmonic reducers and a 25% improvement in cycle time, these cobots take efficiency to a whole new level. By adapting the new control box and operating software, human-machine collaboration reaches new heights in terms of safety, stability, and expandability.
CR-Series
The DOBOT CR series consists of 6 payload options: 3 kg, 5 kg, 7 kg, 10 kg, 12 kg, and 16 kg, with a repeatability of ±0.02 mm. They are safe for human collaboration, easy to use, flexible, and simple to implement, making them ideal for a wide range of industries: automotive, consumer electronics, semiconductors, healthcare, chemicals, and retail. The CR series reduces labor costs while improving production efficiency.
CRS-Series
The CRS series has a repeatability of ±0.02 mm and 5 levels of collision detection adjustment. The intelligent interaction panel provides quick access to drag-and-teach functionality. Equipped with SafeSkin for pre-collision detection, allowing efficient collaboration between humans and machines.
Nova-Series
The DOBOT Nova series comes with maximum payload options of 2 kg and 5 kg. Nova cobots are ultralight and easy to use. Several built-in safety features ensure versatility in various commercial applications, such as beverages, restaurants, physiotherapy, and more. Customizable colors of the outer casing allow for consistent styling in stores.
MG-Series
It is an ultra-compact desktop robotic arm with a size smaller than an A4 paper sheet. It is safe for human collaboration, easy to use, and quick to implement, making it perfect for automating flexible small batch productions. With a maximum payload of 750 g, a maximum reach of 440 mm, drag-and-teach functions, and collision detection.
Scara
The M1 Pro inherits and advances the capabilities of the M1, integrating Dobot’s cutting-edge software and hardware platforms, making it ideal for the manufacturing needs of the light industry, as it can perform even more complex tasks.
Educational
The studies on robotic systems, robot motion control, and robot programming can be adapted to teach students at different levels. Furthermore, it is possible to create a wide range of applications using programming software and hardware accessories.