The reason why carbon fiber seven axis collaborative robotic arms are widely favored is mainly due to the following advantages:

1. Lightweight: Carbon fiber has high specific strength and stiffness, with light weight and high strength. Therefore, robotic arms made of carbon fiber can achieve lightweight design, improve motion speed and flexibility.

2. High rigidity: Carbon fiber has excellent rigidity and tensile performance, making the robotic arm have high stability and accuracy during operation, and can withstand large loads and inertial forces.

3. Corrosion resistance: Carbon fiber has good corrosion resistance and wear resistance, and can operate stably for a long time in harsh working environments, suitable for various industrial application scenarios.

4. High strength: Carbon fiber has excellent tensile strength, allowing the robotic arm to withstand large working loads, with high reliability and safety.

5. High degree of freedom: The seven axis robotic arm has one more degree of freedom compared to traditional six axis robotic arms, which can achieve more flexible motion and a wider working range, suitable for complex industrial processing and assembly tasks.

6. Strong Collaboration: The carbon fiber seven axis robotic arm has strong collaboration and can work collaboratively with human operators in the same work area, achieving more flexible and efficient production methods.

7. High end technological image: The carbon fiber seven axis collaborative robotic arm represents advanced technological level and manufacturing process, with high technological content and brand image, thus receiving widespread attention and favor.

The carbon fiber seven axis collaborative robotic arm has advantages such as lightweight, high rigidity, corrosion resistance, high strength, high degree of freedom, strong collaboration, and high-end technological image. Therefore, it has been widely applied and favored in the field of industrial automation.