Six-Axis Robot | Flexible Industrial Automation Robotic Arm

Key Advantages

The modular design makes assembly and maintenance extremely convenient. The underlying EtherCAT bus communication offers strong anti-interference and ultra-fast response, ensuring absolute synchronization across all six axes at high speeds. The built-in highly sensitive collision detection algorithm instantly stops the machine upon encountering abnormal resistance in fenceless human-robot interaction scenarios, protecting both personnel safety and expensive workpieces.

Working Principle

After startup, the operator can directly grasp the end-effector and use the Drag Teaching function to manually guide the arm along the desired path, while the system automatically records joint coordinates and generates a motion program. During actual operation, the underlying EtherCAT Bus Control ensures extremely high communication speeds and multi-axis synchronization accuracy. For precision assembly, the built-in Joint Torque Sensor continuously senses contact force at the end-effector, giving the arm compliant force control capabilities to adaptively achieve micron-level fitting. Meanwhile, the highly sensitive Collision Detection algorithm constantly monitors motor current fluctuations. Upon any accidental contact, the arm triggers an emergency stop within milliseconds.

Application Fields

1.3C electronics assembly: flexible picking and insertion of precision components.
2.Automotive parts: automated screw fastening for engines and interior parts.
3.Medical devices: precision assembly and surface grinding of surgical instruments.
4.Research and education: AI and algorithm secondary development in university labs.

FAQ

Q1: How do you ensure safety if someone accidentally hits the robotic arm on the production line?

A: The system is equipped with highly sensitive collision detection. Upon detecting an abnormal external force, the arm instantly triggers an emergency stop to prevent injury, making it perfectly suited for fenceless human-robot collaboration.

Q2: Is this modular design troublesome for later repair and maintenance?

A: Not at all. The entire arm features a modular joint design. If a specific joint fails, you don't need to disassemble the whole machine; you can simply replace that specific module, greatly reducing downtime.

Q3: What delicate tasks can it handle with the torque sensor that traditional robots cannot?

A: With the joint torque sensor, it can sense contact force like a human hand. When inserting electronic components or performing precision grinding, it controls not just position but also force, preventing expensive workpieces from being crushed.

Technical Specifications