Hydraulic Pipe Bending Machine

Precision And Consistency
Hydraulic pipe benders can bend metal with great precision and consistency, which is essential for many applications that require precise angles.

High Power
Hydraulic pipe benders are powerful machines that can bend large and thick metal pipes and tubes with ease. They can bend pipes and tubes with a large diameter and thickness, which would be difficult or impossible to bend by hand.

Versatility
Hydraulic pipe benders are versatile machines that can bend different types of metal, including steel, stainless steel, copper, and aluminum also can bend different shapes, such as round, square and rectangular.

Efficiency
Using a hydraulic pipe bender can greatly increase efficiency and productivity in industrial and construction projects. They can bend pipes quickly and accurately, which can save time and labor costs.

Choose The Appropriate Die
Select the die that corresponds to the size and shape of the pipe you will be bending. The die is the part of the bender that comes into contact with the pipe and shapes it during the bending process.

Position The Pipe
Place the pipe in the bender and position it in the die. Make sure that the pipe is aligned correctly and that the die is in the correct position.

Set The Bend Angle
Use the bender's control panel to set the desired angle of the bend.

Secure The Pipe
Secure the pipe in the bender using the clamping mechanism. This will keep the pipe in place during the bending process.

Activate The Bender
Use the control panel to activate the bender. The hydraulic cylinder will apply pressure to the pipe, bending it to the desired angle.

Check The Bend
After the bend is complete, remove the pipe from the bender and inspect it. Make sure that the bend is at the correct angle and that the pipe is not damaged.

Repeat The Process
Repeat the process for any additional bends that are required.

It's important to be aware that hydraulic pipe benders can be dangerous if not used properly, always wear appropriate safety gear when working with it, and follow the manufacturer's instructions for operation, maintenance, and safety. It's also important to make sure that you use the correct die for the pipe size you are working with, and to set the correct angle for the bend to avoid overbending or underbending the pipe.

We must choose a reasonable place for storage and use. The single head of the tube bender is made of metal. After sun and rain, acid rain corrosion and air oxidation will damage the machine. Therefore, we must pay attention to use in covered places, and avoid direct sunlight when not in use.

Add oil usually is also an important method of our maintenance. Especially the single-head hydraulic pipe bender blade. We use the single-head hydraulic pipe bender mainly rely on the cutting part of the blade, once the blade has any wear, it will affect the cutting effect, so we must pay special attention to it. Adding oil to the blade from time to time can effectively prevent the blade from wearing too much, and it will not get stuck due to too dry. Also, before starting the machine, it is best to idle for a while. At this time, we should pay attention to listening to the sound with our ears. , listen to it for abnormal sounds, check if there is no abnormality, see where the problem is, find the problem in time, and replace the problematic parts to ensure future use.

By the way, here we will tell you how to choose lubricants correctly.

• Under the condition of fully guaranteeing the safe operation of the friction parts of the pipe bender, low viscosity lubricating oil should be preferred in order to reduce energy consumption.

• Friction parts working under high-speed load conditions should use low-viscosity lubricating oil, and friction parts working under low-speed and heavy-load conditions should use high-viscosity lubricating oil.

• Low-viscosity lubricants should be used when the ambient temperature is low, otherwise, high-viscosity lubricants should be used; high-flash point lubricants should be used under high temperature conditions; low freezing point lubricants should be used under low-temperature conditions.

• Shock, vibration, reciprocating motion, intermittent motion, etc. Are not good for the formation of oil film, so lubricating oil with higher viscosity or lubricating grease or solid lubricant should be selected to ensure reliable lubrication.

• Low-viscosity lubricating oil should be used for small friction pair matching clearance, and low-viscosity lubricating oil should be used for working surfaces with high surface processing accuracy.

• Choose lubricating oil with lower viscosity under mechanical cycle conditions, and choose lubricating oil with slightly higher viscosity when refueling intermittently; for vertical lubrication surfaces, exposed gears, chains, wire ropes, etc., choose lubricating oil with higher viscosity.

• If there is no suitable brand of lubricating oil, you can choose to use similar brands of lubricating oil as a substitute or blending. When substituting, you can only choose lubricating oil with a viscosity slightly greater than the specified viscosity. When blending, try not to use two different properties and different properties. Brand and additive oil blending.