English
Six-axis industrial robot with 2-meter arm reach, 20 kg payload, cast aluminum body, high-performance servo motors, and corrosion resistance for diverse industrial automation applications.
The Six-Axis Robot features a 2-meter ultra-long arm reach, utilizing cast aluminum alloy for a lightweight yet high-strength body. Equipped with high-performance servo motors and precision speed reducers, it delivers higher cycle rates and excellent corrosion resistance, making it ideal for material handling, palletizing, and machine loading/unloading across diverse industrial applications.
The Six-Axis Robot is designed as a versatile, general-purpose industrial manipulator that combines extended reach, high payload capacity, and environmental resilience in a single package. Its 2-meter arm reach provides an exceptionally large working envelope, enabling the robot to service multiple machines or workstations from a single mounting position — reducing the number of robots required for multi-station cells and lowering overall automation investment.
The body construction uses cast aluminum alloy, a material choice that achieves an optimal balance between structural rigidity and weight. This lightweight-yet-strong design reduces the inertia of moving parts, enabling higher acceleration and deceleration rates that translate directly into improved cycle times and throughput. The reduced mass also decreases the power consumption and heat generation of the servo motors, extending component life and reducing operating costs over the robot's service life.
Power is delivered through high-performance servo motors paired with precision speed reducers. This drivetrain combination achieves the high dynamic response and positioning precision required for demanding industrial applications while maintaining the torque density needed for the 20 kg payload class. The precision speed reducers minimize backlash and transmission error, ensuring that the robot's end-effector position is predictable and repeatable — a critical requirement for tasks such as precision assembly, machine tending, and consistent palletizing.
The corrosion resistance characteristic is a significant differentiator that extends the robot's applicability beyond traditional clean-room and dry-environment manufacturing. In environments with elevated humidity or mild corrosive atmosphere — such as food processing, chemical handling, and pharmaceutical production — the robot's materials and surface treatments resist degradation, maintaining both cosmetic appearance and structural integrity over extended service periods. This characteristic also reduces maintenance frequency and cost, as corrosion-related failures are among the most common causes of premature robot retirement in harsh environments.
The robot's exceptional adaptability enables seamless integration with other automation equipment. Its standard interfaces and communication protocols allow it to operate as a coordinated component within larger production cells, receiving commands from cell controllers and exchanging status data with peripheral equipment such as conveyors, vision systems, and machine tools.
| Parameter | Value |
|---|---|
| Arm Reach | 2 m |
| Payload Class | 20 kg |
| Body Material | Cast aluminum alloy |
| Drive Configuration | High-performance servo motor + precision speed reducer |
Material handling, goods palletizing, and machine loading/unloading across food and pharmaceutical, building materials and chemical, automotive manufacturing, electronics and metal, and logistics warehousing industries.
Flameproof and intrinsically safe mine inspection robot with multi-sensor patrol covering monitoring, detection, diagnosis and alarm, replacing manual underground inspection.
Automatic robot welding torch cleaning station removing spatter and debris with a 6–7 second cycle, operating on 0.6 MPa compressed air and 10 L/s flow for consistent weld quality.
Woodworking loading robot combining mechanics, electronics, computer vision and AI for efficient, accurate and safe automatic transfer and feeding of timber and wood-based materials.
Complete suspended rail robot system with robot body, motion mechanism and upper-level monitoring platform, remote command dispatch, data collection, fault analysis and autonomous charging.
Suspended rail inspection robot with autonomous lifting, visible-light/thermal/sound/environment sensing and real-time AI fault identification with component-level automatic alarming.
Underground inspection robot with cable-dragging power supply that eliminates battery charging risks and certification barriers, using AI to inspect conveyor roadways and report sound, temperature and gas in real time.
Four-axis column robot with a compact installation footprint, high-speed stable operation and excellent space utilization for palletizing and handling automation in constrained production environments.
Fully automatic palletizing robot with ±0.03 mm precision, 4 infeed conveyors, 10-level collision detection, visual programming in 30 min, and 6–12 month payback for industrial palletizing.
Contact Us
The company is a provider of complete solutions for mine rail transportation dispatching systems and intelligent mine signal control and safety dispatching.
