Industry News

Manipulator-type material handling robots are industrial robots fixed at workstations. Equipped with multi-degree-of-freedom mechanical arms, they complete grabbing, transferring, stacking, loading and unloading of workpieces and materials. They are a core category of material handling robots.

A 6-axis industrial robot, also known as a 6-axis robot arm, robotic manipulator, or articulated industrial robot, is the most widely used type of industrial automation equipment in modern manufacturing.

Loading and unloading robots are integrated automated systems designed for industrial automation scenarios. With industrial robots as their core execution units, they integrate end-effector, material feeding and storage, control, sensing, and safety devices to automatically perform workpiece loading, unloading, transfer, and orientation adjustment.

A palletizing robot​ is an industrial robot designed for warehousing, logistics, and back-end packaging processes in factories. It is specifically engineered to neatly stack goods—such as cartons, bagged items, barrels, crates, and sheet materials—in a fixed pattern onto pallets.

Industrial robot arms are programmable, multi-degree-of-freedom, automatically controlled actuators that mimic human hands to perform repetitive, high-precision industrial tasks such as gripping, welding, assembly, material handling, and polishing. They are the core equipment of automated production lines.

There are four main palletizing methods currently used by most companies: first, traditional manual palletizing; second, high-bay palletizing machines; third, palletizing robots; and fourth, fully automated palletizing equipment. So why do companies purchase palletizing robots? Is it simply because they’re automated, making the work easier and simpler?

CNC lathe robots are also commonly referred to as CNC machine tool robots. Machine tool robots and lathe robots refer to automated devices capable of automatically loading and unloading parts on CNC lathes, independently clamping workpieces, and automatically blowing away chips and debris.

As everyone knows, under normal circumstances, the argon arc welding robot process is much more complex than the general welding robot process. The tool center point (TCP)—that is, the movement path of the welding electrode—as well as the robot’s movements and welding parameters all require precise control.

Stabilize and improve weld quality, ensuring its consistency. When using robotic welding, the welding parameters for each weld are constant, and weld quality is less affected by human factors, thereby reducing the demands on workers’ operational skills and ensuring consistent weld quality.