The four-axis stamping robot adopts a four-axis design, featuring a compact structure, low failure rate, convenient operation, low energy consumption, and a small footprint. It meets the requirements of frequent starting and braking, a wide operating range, and large workpiece size and turning area. The flexible design enables it to easily complete tasks such as stamping and material loading and unloading. This four-axis stamping robot is suitable for workplaces with light load weights and a wide range of applications. It has high efficiency and product quality stability, simple structure, and is easier to maintain. It can meet the production of different types of products. For users, only limited adjustments are needed to quickly adjust the product structure and expand production capacity, greatly reducing the labor intensity of industrial workers.

The four-axis stamping robot produced and sold by Xinbaidong can replace human labor in industrial production for certain monotonous, frequent, and repetitive long-duration tasks, or tasks in hazardous or adverse environments. For example, it can be used in processes such as stamping, pressure casting, heat treatment, welding, painting, plastic product forming, machining, and simple assembly, as well as in sectors such as the atomic energy industry, to handle or process materials harmful to humans, seamlessly replacing manual labor in the loading and unloading processes.

It can be connected to oil presses, gear punching machines, pneumatic punching machines, tapping machines, riveting machines, etc. regardless of the tonnage of the punching machine, the height of the machine, enabling free combination of equipment, comprehensively and multi-angle implementation of various complex stamping actions, flipping, scraping, side hanging or oblique placement, stacking, etc., and adapting to the process requirements of continuous molds, single machine multi-mold, etc. It pre-stores 100 sets of product process information, facilitating production changeover. It can identify double materials and two or more stamping operations of the punching machine, protecting the safety of the robotic arm, punching machine, and mold, and enabling remote communication. It adopts a teaching mode to plan the motion trajectory, which is simple and easy to operate.