On this sunny day, we are delighted to announce the shipment of a DP-ES Servo CNC Press Brake 4+1axis to Mexico on March 21st. This company has shown great interest in our product, and after multiple communications and on-site visits, we have reached this collaboration.
When discussing press brakes, two types often come into play: the electric press brake and the hydraulic press brake. These machines have distinct differences in principles, performance, and applicable scenarios. It's necessary to carefully consider their characteristics and advantages when choosing the appropriate press brake.
This article discusses two common metal fabrication machines, the Press Brake and the Panel Bender, comparing their pros and cons to help readers choose the machine that best suits their needs. Firstly, it introduces the Press Brake, which is suitable for processing metal sheets of various thicknesses and materials, capable of intricate bending work. Next, the article discusses the Panel Bender, which is efficient in handling large panels and can automatically adjust workflows to enhance production efficiency. Lastly, the article summarizes the differences between the two, including their applications, costs, and maintenance requirements, to enable readers to make informed decisions when choosing between the two machines.
In this context, the Traceless press brake tooling has emerged as a specially designed tooling designed to avoid producing marks or indentations on the surface of the workpiece. Such toolings play a vital role in industrial processing and production where high precision and appearance are required.
The 3200 Press Brake is renowned for its versatility in metalworking tasks, from delicate components to large parts. Its ample table size boosts productivity, accommodating various workpieces. With flexible configurations and a range of tools, including bending, drawing, and punching capabilities, it supports industries like aerospace and construction, advancing metal processing.
For example, CNC punching machines, laser cutting machines and other equipment now appearing on the market can achieve high-speed, high-precision processing, greatly improving the efficiency of sheet metal processing.
At present, many companies do not pay attention to the daily management of equipment. Improper use and maintenance of equipment. Or the equipment is used excessively or the operator does not use the equipment according to the equipment operating procedures, resulting in serious loss of equipment accuracy. Some small and medium-sized enterprises will purchase some second-hand equipment, but lack the technology and methods to detect equipment accuracy.
Qué es un robot plegador El robot plegador es un robot industrial de alta precisión, alta eficiencia y alta automatización. Se utiliza principalmente para el procesamiento de prensas plegadoras de láminas de metal, y puede realizar la producción de productos metálicos de diversas formas complejas. El robot plegador integra una variedad de tecnologías avanzadas como la robótica, la tecnología CNC, y la tecnología de sensores. Tiene un potente procesamiento de datos y capacidades de control y puede completar con precisión las operaciones de plegado. Básico... Leer Más "¿Por qué la perspectiva de los robots plegadores es amplia e ilimitada?
La prensa plegadora ocupa una posición crucial en el ámbito de la transformación de metales, ya que es el equipo fundamental para conseguir el plegado y la conformación de chapas metálicas.
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… Leer Más "CNC Press Brake TP10S CNC Touch Screen Controller - User Guide
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