Here we share industry news and more about metal processing solutions as well as answers to some questions about our products
A hydraulic shearing machine is a type of equipment that utilizes the motion of an upper blade and a fixed lower blade, along with a reasonable blade gap, to apply shearing force to various thicknesses of metal sheets, thereby breaking and separating the sheets into desired dimensions.
Among machine tools and equipment, I believe everyone is familiar with the shearing machine. It is a commonly used mechanical equipment that is mainly used for cutting, trimming, and shaping metal sheets. However, many people do not know much about its development history. Its history can be traced back to the early 18th century. As technology advanced and demand increased, shears gradually evolved into efficient and precise equipment. What is a shearing machine? A shearing machine is a mechanical device… Read More »How did the shearing machine develop?
What is the difference between NC and CNC bending machines? NC and CNC press brakes are machines used for bending processes controlled by a numerical control system. NC stands for Numerical Control, which means these machines can be controlled and perform bending operations using computer programs or preset parameters without the need for manual operation. CNC, on the other hand, uses Computer Numerical Control technology to control and execute bending operations. With CNC systems, operators can program various bending parameters… Read More »How to choose between NC and CNC press brakes?
This article introduces the MES unmanned factory solution for laser processing, focusing mainly on the functions of the MES system, the pain points it solves, and its seamless integration with laser cutting machines. The entire article emphasizes the importance of integrating laser cutting machines, laser magic boxes, and MES systems to achieve digital, automated, and intelligent production, thereby enhancing the competitiveness of the factory. What is MES? MES system, or Manufacturing Execution System, is an information system used to manage… Read More »Laser cutting processing mes unmanned factory solution
How does the laser check system achieve precision and efficiency in bend angle measurement? In today's manufacturing industry, the importance of laser check bending angle measurement systems cannot be understated. The advancements in this technology have not only propelled the growth of the manufacturing sector but have also been crucial in ensuring product quality and precision. In this article, we delve deep into the working principles, application areas, and the impact of bending angle measurement systems on the industry. Introduction… Read More »How does the laser check system achieve precision and efficiency in bend angle measurement?
As the manufacturing industry continues to develop, laser-cutting machines have become essential processing equipment for many factories and businesses. There are various types of laser cutting machines on the market, ranging from several hundred watts to tens of thousands of watts, and the prices vary from tens of thousands to hundreds of thousands. So, how do you choose a laser-cutting machine that suits your needs? Determine the Type and Thickness of the Material to be Cut Laser-cutting machines can cut… Read More »How to choose a suitable laser cutting machine?
In the sheet metal industry, which involves the forming, processing, and welding of metal sheets to produce various metal products for industries such as electrical appliances, communications, automobiles, and furniture, MES (Manufacturing Execution Systems) plays a pivotal role. Main products include chassis, cabinets, sheet metal parts, and metal cabinets, among others. Sheet metal processing is a common manufacturing process that, despite the diversity of its classifications and corresponding processing differences, generally involves the application of pressure to deform metal sheets,… Read More »How to build an MES system in the sheet metal industry?
What is the MES system? The MES system refers to the Manufacturing Execution System. It is an information system used to monitor and control the production process and activities in a factory, ensuring production efficiency and effectiveness. The MES system bridges the gap between the Enterprise Resource Planning (ERP) system and production control systems like PLCs and SCADAs, providing real-time production data and analysis to decision-makers. Key functionalities of the MES system Production scheduling and tracking Data collection and analysis… Read More »How is the MES system applied to laser-cutting equipment？
What is punching force? Blanking force refers to the maximum resistance of the material to the mold during punching. There are many reasons that affect the punching force at work, but the two main reasons that have a great influence on the punching force are the shear strength and tensile strength of the material. The harder the material, the greater the punching force. Why should we calculate the punching force? The purpose of calculating the punching force is to reasonably… Read More »Do you know how to calculate punching force and its application?
1 Overview.....................................................................................................................................3 1.1 Programming/running............................................................................................................3 1.2 More programming................................................................................................................3 1.3 Advanced parameters............................................................................................................. 4 1.4 Mode selection.......................................................................................................................5 1.5 System parameter...................................................................................................................6 1.6 Machine diagnosis................................................................................................................. 6 2.Debugging system................................................................................................................7 2.1 Valve settings.......................................................................................................................... 7 2.2 Coefficient.............................................................................................................................. 8 2.2.1 X axis....................................................................................................................................8 2.2.2 Y axis................................................................................................................................... 8 2.3 Angle Debugging.................................................................................................................... 9 2.3.1 Upper mold..........................................................................................................................9 2.3.2 Lower mold..........................................................................................................................9 2.3.3 Other parameter.................................................................................................................10 2.4 Angle calibration.................................................................................................................. 10 2.5 Length of calibration.............................................................................................................11 2.6 Frame strength......................................................................................................................12 2.7 Grid ruler.............................................................................................................................. 12 2.8 Mechanical compensation................................................................................................... 13 2.9 Great arc............................................................................................................................... 13 2.10 Y1-Y2 axis.............................................................................................................................14 3.User operation.....................................................................................................................14 3.1 Single… Read More »CNC Press Brake TP10S CNC Touch Screen Controller - User Guide
