Goodsjack Custom Hydraulic Press Solution Servo Hydraulic Press Machine Manufacturer

Servo hydraulic presses have been widely used in the field of automotive parts assembly in recent years. The entire assembly process monitoring and evaluation ensures the pass rate of the assembly in one pass. In the field of new energy vehicles, servo presses are more widely used and need to meet more functional requirements. The main difference between interference assembly in the new energy field and transmission vehicles: Its lightweight requirements produce more precision press-fit assembly parts. Second, the high requirements for motor assembly assembly cannot be met by the capabilities of traditional motor assembly equipment. Third, more electronic control components have been added, and the precision assembly of their connectors requires more precise assembly measurement tools. The servo hydraulic press is an indispensable tool to meet the precision assembly process. Following, we will introduce to you the typical applications of Goodsjack/Delishi servo hydraulic press machine

                                            Compared with ordinary hydraulic presses,  servo hydraulic presses  have the advantages of energy saving, low noise, small temperature rise, good flexibility, high efficiency, and easy maintenance, and can replace existing most ordinary hydraulic presses. The servo hydraulic press is mainly composed of a movable working table, guide column, main cylinder,hydraulic system, an electrical system, a pressure sensor, servo motor, and pipelines etc. The hydraulic servo system enables the output of the system, such as displacement, speed or force, to change automatically, quickly and accurately with changes in the input. At the same time, the output power is greatly amplified. Advantages of  servo hydraulic press : 1. The penetration depth, holding time, and pressure can be numerically input on the operating console. The operation is very simple. 2. When the servo hydraulic press is performing press-fitting, the entire process of pressure and displa