Silverline Pipe Bender Guide 15mm (MS124/15)

Product Information

A pipe bender refers to a machine used for bending pipes, which can be classified into numerical control and hydraulic types. These machines are widely used in various industries such as power construction, railway and highway construction, bridges, ships, and more. If the speed is too fast, it is easy to cause flat spots on the curved parts of the ducts, and the roundness may not meet the requirements, resulting in lacing and breaking of the ducts. Each file can store 16 bending angles, and 16 sets of files can be stored in memory. The slow-speed positioning function and stable bending angle ensure a repetition accuracy of ±0.1°. Regular maintenance of the machinery is necessary. The maintenance personnel must be qualified through education and training.

The pipe clamping and boosting of this machine tool adopts a connecting rod force-increasing mechanism. The pipe bender is a machine used to bend pipes into various shapes, such as I-beams, channel steels, angle irons, wires, and more. It can also form coils, “U” shaped pipes, half pipes, and coil pipes. The categories of pipe benders include hydraulic electric bending machines, horizontal hydraulic pipe benders, and multi-functional rolling pipe benders. When inserting or removing connectors, do not pull on the wires or cables, as this may cause welding to come apart. This equipment is commonly employed in industries such as road construction, automobile processing, and shipbuilding.

Product Specification

A. Secure and release the clamping seat, then set the control panel to manual mode. Press the clamp button to the end of the clamping path. (At this point, there should be a gap between the wheel clamping die, which can be adjusted using the clamping seat adjustment screw). The Pipe Bender uses a touchscreen to add a numerical control module and features a dialogue-type operation for easy program setting. Its structure is stable and not easily deformed.

According to the method of pipe bending, it can be divided into push bending, roll bending, press bending, and circle bending. Of these, circle bending is relatively easy to automate, so currently, bending machines are mostly designed for this method. The bending process principle is illustrated in a diagram. In the manufacturing process of power generation equipment, the cost spent only on the CNC pipe bender is very considerable. Large circular arcs not only increase the workload but also are limited by the size of the tube bender.You can read the Top 16 Pipe and Tube Bending Machine Manufacturers to learn more details. How to Choose the Right Pipe Bending Machine? When the proximity switch is not sensed, the display screen will show the corresponding cause of the fault. Use the displayed fault information to locate the problem for maintenance and troubleshooting. The mandrel cylinder seat should be installed on the guide rail of the mandrel cylinder, and the guide rail of the mandrel cylinder should be equipped with a scale. It is strictly prohibited for non-designated personnel to operate the equipment. In general, people must leave the machine and stop. The position of the mandrel in the pipe forming process has a certain influence. In theory, the mandrel tangent should be at the same level as the pipe bending die tangent. However, a large number of experiments have shown that advancing the mandrel 1-2 mm is better, and the bending quality is ideal at this point.

The spindle rotates and the tube is formed by being wound around the bending die. The process also involves feeding the workpiece, preparing the space for the next bend, and so on. The bending radius is determined by the radius of the bending die, and different bending radii can be achieved by simply replacing the bending die with one of a different radius. The entire machine tool can be lifted by threading steel wire through the bottom of the machine tool. For some customers, they are very concerned about the price, but they also have certain requirements for quality. It is challenging to balance the trade-offs between them. When operating the pipe bender, it must be strictly operated in accordance with the operating regulations (key points). Use the inching mode to move the trolley along the guide rail, rotate the rotary sleeve, and observe its flexibility and accuracy.

Upon completion of the bending, loosen the oil release screw, and the plunger will automatically reset. B. Adjust the clamping seat adjustment screw so that the clamping die and bending die are fully sealed. During processing, the screen of the mobile controller displays the current processing value of the elbow, and it is possible to set single step action, half cycle operation, and full cycle operation. In addition to formers and guides, there are also a range of other spare parts and accessories available for pipe benders. These can include replacement handles, ratchets, and hydraulic cylinders, as well as spare batteries and charging kits for cordless benders. The pointer indicates the radius of the bending die, so if the bending die is replaced, the mandrel cylinder seat should be adjusted accordingly.

The configuration of the hydraulic pipe bender plays an important role in determining the price. There is a saying that the price is equal to the goods. Each price has its own reasons and requirements. The pipe bender has several advantages, including multiple functions, a reasonable structure, and simple operation. Types of Pipe Benders During the bending test, it is important to ensure that the advance speed of the auxiliary pushing is synchronized with the bending speed.Before starting up, the operator should carefully read the instructions and be familiar with the safety precautions, performance, and operating specifications of the machine tool. However, when using “one die for multiple pipes,” pipes with the same diameter should use the same bending radius, and the same modules should be used for bending pipes with different shapes. This helps to reduce the number of modules needed. Bend Pipe Mandrel and Its Position Adjust the required position and angle of the parts, and position the parts to the required length.