Product
Industrial Use
Furniture & medical Use
PV Drive
Collaborative Robots
About us
Culture
Milestone
Responsibility
Contact Us
News and Events
Global agents
Certificate
GeMinG
English
Robotic arm lifting column is a linear motion extension device specifically designed for industrial robots, primarily used to enhance the operating range and work efficiency of robotic arms. The following is an introduction to its core characteristics, working principle, application scenarios, and advantages:
Core Characteristics
1. Employs a multi-section or single-column structure, with the main body typically made of 304 stainless steel, ensuring high rigidity and durability.
2. Some models support plug-and-play, equipped with standardized interfaces (such as collaborative robot mounting interfaces) and controllers for easy and rapid integration.
3. Load capacity: Covering 1500N to 3000N, meeting the needs of various industrial scenarios.
4. Stroke and speed: Stroke range 700-850mm, operating speed up to 100mm/s, with rapid response.
5. Control method: Supports direct programming via robot controller or remote control via Ethernet TCP/IP protocol.
6. Converts electrical energy into mechanical energy through a motor-driven gear pump and hydraulic cylinder (or lead screw mechanism). Precise lifting of the column:
7. Some models adopt an integrated hydraulic mechanism, with a lifting time of ≤5 seconds, and are equipped with an emergency release system to ensure safety in case of emergencies.
8. Palletizing operations: Expand the vertical operating range of collaborative robots, avoiding efficiency bottlenecks caused by height='auto' rea limitations.
9. Precision machining: Used for long-distance tasks such as welding and parts inspection, reducing manual intervention.
10. Heavy object handling: Works in conjunction with equipment such as cantilever cranes to achieve flexible transfer of heavy objects within the workshop.
11. Advantages and value:
1. Increased efficiency: Expands the robot's working radius, reduces equipment movement frequency, and can increase production efficiency by more than 5 times.
2. Cost savings: No need to upgrade existing robot hardware/software; ready to use immediately.
3. High precision and stability: Vibration-free motion design, high positioning accuracy, suitable for precision operations.
NEWS
