Introduction to Robobeam Stamping Line

In modern stamping production, the demand for high-quality large-sized workpieces continues to grow. These parts often feature complex geometries and high deep-drawing requirements. To meet such processing needs, the Robobeam stamping line has become an effective solution. At first glance, it may appear similar to a standard tandem stamping line, but its capability is significantly stronger. This article will help you understand its components and main features.

Components

1. Destacking System

The destacking system is used to pick individual sheets from the stack and convey them. With two destack stations, this line can continue destacking, thereby reducing downtime.

2. Robotic Arm

The robotic arm is responsible for moving the workpiece accurately to the next press station. To better transfer large and heavy workpieces, the robotic arm typically employs a robust truss structure to achieve smooth and precise handling.

3. Stamping Machine

Large-tonnage presses are used to effectively form large or high-yield strength components. These presses generally use an H-frame structure, offering higher rigidity and enhanced stability.

Main Features

1. Strong Forming Capability

Large presses can provide sufficient pressure. Multiple large presses are used in series for segmented forming. This improves complex forming and reduces springback in large parts with relatively high yield strength.

2. Stable Transfer

The robotic arm structure on this production line is more robust than that of ordinary translational robotic arms, and it remains stable when handling large workpieces.

Application

This production line is mainly used for multi-process stamping of medium- and large-sized workpieces, as well as workpieces with relatively high yield strength, such as automotive body panels. (side panels, door inner panels, car hoods, etc.)