Dobot CR3AS Collaborative Robot

Introducing the Dobot CRA3AS—the same compact, versatile collaborative robot as the CRA3A, now enhanced with SafeSkin technology for pre-collision detection. With a maximum payload of 3 kg and a working radius of 620 mm, the CRA3AS is ideal for automating light, repetitive tasks in confined spaces, making it especially suitable for retail applications such as beverage handling and small-scale automation tasks.

Highlights:

• SafeSkin Pre-Collision Detection: The CRA3AS features SafeSkin, which detects objects up to 15 cm away and responds within 0.01 seconds, adding proactive safety without affecting its core functionality. This makes it ideal for safe operation in dynamic, collaborative environments.

• Easy to Deploy & Quick to Perform: Just like the CRA3A, the CRA3AS can be set up in 20 minutes and ready for operation within an hour, enabling rapid deployment in fast-changing workspaces.

• Consistent Quality with Enhanced Efficiency: With a maximum linear speed of 4 m/s and 0.02 mm repeatability, the CRA3AS improves efficiency in tasks such as assembly, bin picking, and gluing, delivering consistent quality with added SafeSkin safety.

• Flexible Production with Plug-and-Play Accessories: The CRA3AS supports a wide variety of plug-and-play grippers, sensors, and accessories, allowing it to adapt easily to delicate assembly and insertion tasks.

• Investment Security - Super Reliable: Built to last with a 32,000-hour service life, the CRA3AS offers strong investment value. Constructed from durable aluminum alloy and ABS plastic, it maintains reliability and precision across various environments.

With its compact design, high adaptability, and SafeSkin-enabled safety, the CRA3AS is an excellent choice for industries needing precise, space-efficient automation. It is particularly well-suited to consumer electronics, retail, and healthcare applications, where precision, flexibility, and rapid setup are essential. SafeSkin ensures that the CRA3AS operates safely and effectively, even in close-proximity tasks.