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A hydraulic press brake is a machine used for bending sheet metal and plates. It utilizes hydraulic pressure to apply force on a punch to bend the material into the desired shape. This type of equipment is commonly used in metal fabrication shops for various applications such as forming brackets, enclosures, and components for machinery. The hydraulic system provides consistent and precise bending capabilities, making it a popular choice for manufacturing industries.
1. High configuration, high precision, high efficiency of servo full CNC fold
Bend the device.
2. The whole machine is welded with all steel plates structure, and by integral tempering
deal. The bed is automatically controlled back in the furnace, and heat for 48 hours handles stress relief and tempering process.
3. Large imported equipment one-time machining is completed to ensure accuracy.
4. With a professional and powerful number the control system.
5. Boot motor zero rotation, section efficient, low noise.
6. The main motor adopts servo electricity machine control, compared to traditional
ordinary electro-hydraulic servo bending Machine, average energy saving about
more than 50%. Servo main motor in progress the folding plate only turns when it is working. The main motor is usually standby.It doesn’t rotate. The main motor turns only when fast a few dozen turns, can be satisfied.bending pressure requirements.
7. Automatic compensation for main pressure and deflection calculation, automatic adjustment. Before the product leaves the factory adjust the main pressure and deflection compensation.Compensation value, when folding the product select good mold, just input the sheet material length, thickness and material, number the control system will calculate it automatically main pressure and deflection compensation value,no need to manually adjust the hydraulic valve, High production efficiency and energy saving and environmental protection.
8. The left and right cylinders can be adjusted through the proportional servo valve opening adjustable left and right cylinder rows path.
The structure and components of the machine are designed by 3D drawing and simulated by the latest generation of FEM system, which not only ensures the high stability of the structure of the bending machine, but also improves the service life of the machine. The machine tool appearance is simple and beautiful, exquisite workmanship, mechanical processing, parts assembly, etc., are seiko fine work. The machine adopts the whole high quality steel plate welding structure, the frame is thick and rigid, and the surface of the machine is sprayed with imported anti-rust primer and top paint to make the machine last as new.
The frame and the upper working slider are machined by imported large CNC floor boring and milling machines to ensure the position requirements of each mounting surface.
EN ISO 12100 Safety of machinery – Basic concepts, EN ISO 12100 Safety of Machinery – Basic Concepts, general principles for design is one of the most important machinery safety standards.EN ISO 12100 General Principles for Design is one of the most important Machinery Safety Standards. En ISO 12100 The most important safety standard for machine design
Three, hydraulic and electronic control
Double feedback system: double grating is installed on the working table on both sides of the machine through a small frame to avoid the measurement error caused by the deformation of the sliding block; The magnetic grid ruler feeds back the slide block position signal to the control system, and the control system then controls various valves in the hydraulic system according to the signal, such as:
Speed valve, pressure valve, proportional valve, etc., so as to ensure the parallel and multi-stage off-load processing of the slide block; Slider repetition accuracy up to ±0.01mm.
High quality, precision grinding cylinder, low wear, no leakage, chrome plated and hardened piston rod.
The sealing ring is made of Japan NOK or German ECO, with good sealing performance, reliable work, and long life. l Clear and intuitive oil level height and temperature display.
The hydraulic system has an overload protection function.
Electrical components meet international standards, safe and reliable, have strong anti-interference ability, electric control cabinet that has a heat dissipation function. With removable foot switch operation, emergency stop function.
High precision rear positioning system, high precision three positioning position, fine-tuning type stopper foot. High-quality rear stopper with double linear guide, dustproof sealing treatment, and precision ball wire
The bar. Therefore, the speed is fast, the load capacity is large and the precision is high. The number of controlled axles is available from single axles
X, optional to X-R, X-R-Z 1-Z2, and X-X1-R-Z1-Z2.
We use the latest innovative technology to remove rust, paints and coatings from all types of surfaces including metal, concrete, bricks, wood, and much more. Our system is dust-free, fast, economical, safe, and eco-friendly. We provide blasting, laser cleaning, and restoration services for residential, commercial, and industrial applications. We are licensed and fully insured.
Pulse laser and continuous laser are two distinct types of lasers that are used in various applications across different fields. A pulse laser emits energy in short bursts, or pulses, while a continuous laser emits a continuous beam of energy. This is the primary difference between the two types of lasers.
One advantage of pulse lasers is that they can deliver very high peak powers, which can be useful for cutting through materials in manufacturing or for delivering precise energy to targeted areas in medical procedures. Continuous lasers, on the other hand, are better suited for applications that require a steady stream of energy over a longer period of time, such as in optical communication systems.
Overall, understanding the differences between pulse laser and continuous laser can help professionals in various industries choose the best laser technology for their specific needs and applications.
Choosing the right laser cleaner can be a daunting task. With so many options available, it can be overwhelming to determine which one will best suit your needs. However, with a few key factors in mind, you can make an informed decision.
Firstly, consider the type of material you will be cleaning. Different laser cleaners are designed for different materials, so it’s important to choose one that is compatible with the material you will be working with.
You should also consider the size and shape of the surface you will be cleaning. Laser cleaners come in a variety of sizes and designs, so it’s essential to choose one that can accommodate the size and shape of your workpiece.
Another important factor to consider is the power output of the laser. Higher power outputs may be necessary for tougher cleaning applications.
Lastly, consider the cost and overall value of the laser cleaner you are considering. Make sure to compare features and prices to determine which option will provide the best value for your money.