Fully automatic collaborative robot

• Multi-degree-of-freedom movement: usually have multiple rotating joints (such as six-axis or seven-axis design), with six degrees of freedom, can move flexibly in three-dimensional space, adapt to the operation requirements of different angles and positions, and can complete complex operations, such as precision assembly, curved surface grinding, special-shaped object grasping and other tasks.
• High-precision operation: Using high-precision servo motors and advanced control algorithms, the repeat positioning accuracy can reach ±0.1mm or even higher, which can meet the needs of electronic component manufacturing, precision instrument assembly and other work with extremely high precision requirements.

Convenient programming and deployment of collaborative robot arms

Simple programming method: Supports simple programming methods such as drag-and-drop teaching and graphical programming, which reduces the programming skill requirements for operators, and non-professional programmers can also quickly get started with setting tasks.

Rapid deployment: It can quickly adapt to production task adjustments. When enterprises introduce new products or change production processes, they can quickly reprogram and deploy to meet the flexible manufacturing needs of small batches and multiple varieties.

Collaborative robot arms have strong working efficiency and durability

Efficient operation: It can perform tasks continuously and at high speed. Compared with manual operation, it is faster and more stable, which can greatly improve production efficiency, such as outstanding performance in repetitive operations such as material handling and product sorting.

Long-term stable operation: It can work 24 hours a day without interruption, and will not produce problems such as fatigue and lack of concentration like manual labor, ensuring a stable production rhythm and reducing production delays caused by human factors.

Collaborative robot arms have wide applicability

• Multi-industry applications: They can be used in many industries such as manufacturing (such as automobiles, electronics, and mechanical processing), medical care, logistics, food, scientific research, and education, covering a variety of tasks from precision assembly, testing, welding, packaging to surgical assistance and experimental operations.
• Diverse load ranges: There are a variety of load specifications to choose from, from light loads (such as UR3e with a payload of 3 kg) to heavy loads (such as UR30 can carry heavy loads), which can meet the operation needs of workpieces of different weights.