QJZL ice pressure shell welding line is an advanced production line specially used for ice pressure shell welding and assembly, which has important application value in refrigeration equipment manufacturing and other related fields. This welding line integrates multidisciplinary technologies such as machinery, electrical, and automation control, aiming to achieve efficient and precise welding and assembly operations in the production process of ice pressure shells. It usually consists of multiple workstations, each of which undertakes a specific process task, and completes the entire production process from raw materials to finished products through orderly collaborative work.

In terms of structural design, the QJZL ice pressure shell welding line adopts a modular concept. Each module is both independent and closely coordinated, and can be flexibly combined and adjusted according to production needs. For example, the welding module is equipped with advanced welding equipment, such as high-precision arc welding robots or laser welding equipment, which can achieve precise welding trajectory control and stable welding quality. At the same time, in order to adapt to ice pressure shells of different sizes and shapes, the fixtures and tooling of the welding equipment also have a certain degree of adjustability to ensure that the workpiece can be accurately positioned and fixed, thereby ensuring welding accuracy.

The conveying module is an important part of the welding line, which is responsible for the fast and smooth transmission of workpieces between various workstations. Usually, automated conveying chains, conveyor belts or robot handling are used to ensure the continuity and efficiency of the production process. The conveying system is also equipped with sensors and control systems, which can monitor the position and status of the workpiece in real time, achieve precise positioning and control, and avoid collision or offset problems during the transmission of the workpiece.

The assembly module focuses on the assembly of parts of the ice pressure lower shell. Through precise mechanical structures and automated assembly tools, various parts can be accurately installed on the lower shell, and the tightness and reliability of the assembly can be guaranteed. For example, automatic tightening equipment is used to accurately tighten bolts to ensure that the connection strength meets the requirements; the visual inspection system is used to monitor the assembly process in real time to detect and correct assembly defects in a timely manner and improve assembly quality.