Goodsjack Custom Hydraulic Press Solution Servo Hydraulic Press Machine Manufacturer

When designing a hydraulic press , there are 3 core key elements to consider: performance parameters, structural design and control system. 1. Performance parameters ● Pressure: The maximum pressure required is determined according to actual production needs, which determines the intensity of work that the hydraulic press can complete. For example, the hydraulic press used for stamping in the manufacture of automotive parts needs to calculate the required pressure based on the material, thickness and shape of the stamped parts, which generally ranges from hundreds of tons to thousands of tons. ● Stroke: The stroke length must meet the maximum moving distance required during the workpiece processing. For example, in the metal forging process, the stroke of the hydraulic press needs to be determined according to the height change of the forged part and the forging process requirements to ensure that the forging operation can be completed. ● Speed: The working speed directly affects t...

Traditional large-scale three-beam hydraulic presses have good stability, but due to the large mass of the three-beam structure slider, it is not easy to deform elastically. When pressing the workpiece, the slider and the workbench are prone to inconsistent pressure deflection, resulting in uneven thickness distribution of the parts. In addition, in order to adapt to various mold heights, the three-beam hydraulic press structure frame is usually designed to be higher, which not only increases consumables but also makes the slider travel too long, making it difficult to control the pressing accuracy. New Double-beam Hydraulic Press Based on this, we proposed a new double-beam hydraulic press structure. The specific work is as follows: 1. In order to solve the problem of uneven thickness of parts, the traditional slider pressing method is changed to the upper and lower mold clamping method of the workbench. The workbench is installed on the upper and lower beams respectively. During...

From Design to Operation: Mastering Hydraulic Press Technology is a strong and comprehensive title that suggests a deep dive into the entire lifecycle of hydraulic press machines. It implies a focus on both theoretical and practical aspects, making it appealing to engineers, technicians, and industry professionals. Here's a brief outline of what such a title could cover: From Design to Operation: Mastering Hydraulic Press Technology Key Sections: Introduction to Hydraulic Press Machines History and evolution of hydraulic press technology. Basic principles of hydraulics and force generation. Design Principles Components of a hydraulic press (cylinders, pumps, valves, etc.). Material selection and structural design considerations. Customization for specific industrial applications. Types of Hydraulic Presses Overview of different types (H-frame, C-frame, four-column, etc.). Applications of each type in various industries. Hydraulic Systems and Controls Hydr...

Do you know 4 post hydraulic press works? 4 post hydraulic press is a kind of equipment that uses the static pressure of hydraulic oil to be transported by oil pump to process metal, plastic, rubber, wood, powder and other products. 4 post hydraulic presses are used in the heavy industry mainly in automatic processes of pressing, bending, cutting and hot forging. Most of them operate in robotic cells with automatic handling systems using modern manipulators and conveyors. The optimal design scheme of the 4 post hydraulic press can be adjusted and improved according to the actual situation. Design & Optimization of 4 Post Hydraulic Press 1. Needs analysis and current situation assessment In-depth communication with users to understand the actual use requirements, working environment, processing technology and other requirements of the four-column hydraulic press, and determine the specific goals and indicators of optimized design. Carry out comprehensive performance testing a...