Goodsjack Custom Hydraulic Press Solution Servo Hydraulic Press Machine Manufacturer

Goodsjack provides domestic and foreign customers with a large number of hot stamping hydraulic press production lines , which are completely independently developed. The overall technology is at the international advanced level and has been verified by multiple customers in mass production, successfully replacing imports. hot stamping hydraulic press The hot stamping hydraulic press system can ensure the stable operation of the system when the press speed is increased to 1000mm/s. It can quickly and evenly cool the workpiece and keep the mold temperature field constant. In order to solve the problem of the press pressing under high speed and high beat conditions, the production beat is effectively improved to increase the output by 6 to 7 times/minute, and the output is increased by more than 30% on average. It also effectively solves the problem of insufficient or uneven cooling of the workpiece during forming. After forming, the workpiece has high strength and good appearance. I...

With the continuous improvement of IGBT module power density in the fields of new energy vehicles and rail transportation, the heat sink, as the "temperature steward" of the power electronic system, is undergoing a revolutionary upgrade in its processing technology. With its unique advantages, hydroforming technology of Delishi/Goodsjack is bringing about a dual transformation in efficiency and precision in the field of IGBT heat sink manufacturing. 5000 Ton Hydraulic Press for IGBT One IGBT industry customer feedback, our 5000 ton hydraulic press is the core equipment for cold extrusion of IGBT copper heat sink. Analysis of key technologies of 5000-ton hydraulic press in IGBT manufacturing I. Ultra-heavy cold forging process system As the core equipment for cold extrusion of IGBT copper heat sink, the 5000 ton hydraulic press has a peak cold forging pressure of up to 1.2GPa‌, and realizes one-time forming of complex fin structure through room temperature plastic deform...

Using a hydraulic press can be highly effective for various tasks, but it also comes with risks if not operated correctly. To avoid mistakes when using a hydraulic press, prioritize safety by wearing proper PPE, ensuring regular maintenance, never bypassing safety devices, and keeping hands and body parts away from moving parts, while also following manufacturer guidelines. Following are some common mistakes to avoid when using a hydraulic press. Mistakes to Avoid When Using a Hydraulic Press 1. Ignoring Safety Protocols Mistake: Failing to wear appropriate personal protective equipment (PPE) like safety glasses, gloves, or steel-toed boots. Solution: Always follow safety guidelines and wear the necessary PPE to protect yourself from flying debris, hydraulic fluid leaks, or other hazards. 2. Overloading the Press Mistake: Exceeding the press's rated capacity, which can lead to equipment failure or accidents. Solution: Know the maximum load capacity of your hydraulic press ...

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...

Following are the main methods about how to adjustable the speed of hydraulic press. Adjusting the flow of hydraulic pump ● Variable pump adjustment: If the hydraulic press adopts variable pump oil supply system, the displacement of the pump can be directly adjusted to control the flow. For example, for axial piston variable pump, the output flow of the pump can be changed by changing the inclination angle of the swash plate. When the inclination angle of the swash plate increases, the displacement of the pump increases, the oil flow entering the hydraulic cylinder increases, and the working speed of the hydraulic press will increase; conversely, the inclination angle of the swash plate decreases and the speed slows down. This adjustment method has high accuracy and can achieve stepless speed regulation in a large range. ● Dosing pump with flow control valve: For hydraulic presses supplied by dosing pumps, flow control valves such as throttle valves and speed control valves are us...

Following are relationships between the working pressure, size and weight of a hydraulic press. 1. The impact of working pressure on the structural size of the fuselage • Frame size The greater the working pressure of the hydraulic press, the greater the stress on the fuselage frame. In order to ensure that the fuselage can withstand these stresses without deformation or damage, the size of the frame needs to be increased accordingly. For example, large hydraulic presses with high pressure usually use thicker columns and wider beams to enhance the stability and strength of the overall structure. Large hydraulic presses above 10,000 tons have much larger column diameters and beam thicknesses than ordinary small hydraulic presses. • Cylinder size The working cylinder is a key component for generating hydraulic pressure. An increase in working pressure will increase the pressure inside the working cylinder. According to the pressure formula, when the force is constant, the pressure is i...

Fully-automatic hydraulic press is a kind of equipment that uses liquid pressure to transfer energy and realize various pressure processing processes. It can automatically complete operations such as stamping, forming, extrusion and other operations under the preset program control, and is widely used in many industrial fields such as metal processing, plastic molding, powder metallurgy, etc. With the continuous progress of science and technology, fully-automatic hydraulic press has entered the era of intelligent upgrading and has become a new trend of industrial production. Fully-Automatic Hydraulic Press Data-based monitoring and analysis The intelligent upgrade of the fully automatic hydraulic press includes a data acquisition and monitoring system, which can obtain and record key parameters such as pressure, temperature and working speed in real time. By analyzing this data, potential problems can be identified and predictive maintenance can be carried out to improve the reli...

Hydroforming press for new energy liquid cooling plate is an advanced manufacturing process, mainly used to produce liquid cooling plates and other heat dissipation components. Because of the variety of cell shapes and more importantly the different temperature distributions within the cells, thermal management solutions need to be flexible. As the first step in the manufacturing process of liquid cooling plates, stamping is an extremely important manufacturing process that determines the appearance of the liquid cooling plate and subsequent physical conditions. In this process, the flatness and channel depth need to be tested to ensure the quality of the product. During the stamping process, the design requirements of the liquid cooling plate need to be considered, including the shape, size and position of the channel, as well as the overall size and shape of the liquid cooling plate. These factors are key factors that will directly affect the heat dissipation performance and servic...

The modular hydraulic press solution is an efficient, flexible and widely applicable industrial equipment solution. Following is a detailed introduction to the modular hydraulic press solution: 1. Advantages of modular design ● High flexibility Can be quickly combined and adjusted according to different production needs. You can choose the appropriate modules for assembly according to the specific processing task to meet the production of different sizes, pressures and process requirements. For example, for the processing of small parts, you can choose smaller modules to form a compact hydraulic press; for the processing of large workpieces, you can build a larger hydraulic press by increasing the number and specifications of modules. ● Easy to maintain and upgrade Due to the modular design, when a module fails, the module can be quickly replaced without affecting the operation of the entire hydraulic press. This greatly reduces equipment downtime and improves production efficien...