High-Efficiency Articulated Robot for Manufacturing

Elevate Production with Intelligent Automation

Discover the power of our self-developed robot control algorithm embodied in this advanced articulated robot. Featuring a 140cm arm span and 10kg capacity, it intelligently plans the best motion path for stamping, resulting in exceptionally smooth and efficient operation at 15 times per minute. This industrial robot is an ideal asset for any business, whether you choose to rent a robot for a specific project or purchase a robot for sale for permanent automation.

Maximize Flexibility in Your Workflow

This robot worker is designed for high flexibility, capable of performing intricate tasks such as turning, scrapping before unloading, side hanging, and diagonal placing. It is versatile enough for continuous molds and other complex stamping processes. Each axis is powered by an absolute servo system, ensuring excellent performance and the convenience of not needing a reset after a power loss, which is critical for uninterrupted robots in manufacturing.

Simple Operation, Robust Performance

Utilizing open programmable technology, this robot allows for straightforward motion trajectory editing and can store vast product information, making it exceptionally easy to control and interchange between tasks. Its robust construction, using high-precision core components from leading brands, ensures reliable operation with a minimal failure rate and a long service life. Precision is guaranteed with an error margin of just ±0.1mm. It can be integrated with any tonnage or type of stamping equipment, offering unparalleled freedom in your production line setup. The system is highly standardized; only the gripper requires customization, enabling quick installation. Deploy this robot worker in settings from automotive stamping plants to consumer goods manufacturing and electrical enclosure production, defining the new standard for work for the robot. Hire robot solutions from us to enhance your capacity and explore the potential of industrial robots today.