CR-12E-C00 6-Axis Collaborative Robot (Cobot)

● High Payload Capacity

The robot delivers a rated payload of 12 kg while maintaining a lightweight structure of only 36 kg, achieving a payload-to-weight ratio of 1:3. This combination ensures strong performance while maintaining easy installation and flexible deployment.

● Extended Working Radius

With a maximum working radius of 1281.5 mm, the CR-12E-C00 is well-suited for large workpiece handling, multi-station loading and unloading, and wide-range automation tasks, significantly improving production efficiency in larger workspaces.

● Reliable Precision Performance

The ±0.1 mm repeatability ensures consistent and stable performance for applications such as assembly, dispensing, and palletizing, meeting the requirements of most standard industrial automation scenarios.

● Efficient Motion Performance

The robot achieves a maximum tool center point (TCP) speed of 3 m/s, while joints J3 to J6 reach speeds of up to 220°/s, ensuring efficient cycle times and smooth production line operation.

● Full-Axis Flexibility

Joint 6 supports continuous ±360° rotation, enabling unrestricted motion for complex trajectories and flexible orientation adjustments, making it suitable for advanced robotic path planning.

● Harsh Environment Adaptability

The collaborative robot (cobot) features an IP54 protection rating, allowing it to operate reliably in environments with dust and moisture. It is designed for stable performance in temperatures ranging from 0°C to 60°C and can handle high-humidity conditions (non-condensing), making it suitable for machining, casting, and other demanding industrial applications.

● Flexible Installation

The CR-12E-C00 supports installation in multiple orientations, including floor-mounted, inverted, and side-mounted configurations, providing high flexibility for integration into space-limited production environments.

● Balanced Energy Consumption

The robot maintains efficient power performance with an average power consumption of 1000 W and a peak power consumption of 2500 W, offering a strong balance between high payload capability and energy efficiency in its class.

● Standardized Interface Design

The end flange is compatible with standard industrial end effectors, enabling quick tool changes and easy integration with grippers, suction devices, and other automation tools, effectively reducing system integration costs.