Custom-made Pipe Drawbench-SA100B
Model id: SA100B
Our Pipe Draw Bench Machine offers versatility and adaptability, handling brass, aluminium, and steel alloy tubes and pipes of various sizes. Ranging from Ø150-100mm to Ø100-80mm, we’ve got you covered.
With our Seesaw-type drawbench, featuring a chain-driven carriage, you can expect optimal precision during the pulling process. This mechanism ensures superior accuracy when extracting rolled or extruded tubes.
Our machine’s cold drawing capability is a game-changer. Not only does it achieve precise sizing and enhance surface quality, but it also improves material hardness, reduces ductility, and enhances strength. All at ambient temperature.
Streamline your production process with our automation functionalities. From loading to feeding, and discharging, our comprehensive automation system significantly reduces overall working time while giving you control.
Increase your production capacity and optimize factory space by utilizing multiple dies for cold drawing on our bench. Customizable pulling force, speed, and drawing length allow you to meet your specific process demands and material composition.
Revolutionize your cold forging operations with HOREN’s Pipe Draw Bench Machine. Experience precision, efficiency, and reliability like never before. Contact us today to learn more about our cutting-edge solutions for tube and pipe manufacturing.
Features
Motor：100HP/150HP
Applicable material：brass, aluminium, steel alloy tube and pipe
Applicable size：Ø150-100mm / Ø100-80mm
Working range：10~40%
Applications and features：
1. Seesaw-type drawbench with the chain-driven carriage to pull out the rolled or extruded tubes for better precision.
2. Cold drawn materials provide precise size on diameter, wall thickness, and brighter surface at room temperature.
3. Cold drawn materials improve the hardness, reduce the duductility, and increase the yield and tensile strength of the material.
4. With automation from loading, feeding, and discharging, effectively reduces the overall working time and provides controllable production for cold drawn tubes.
5. An option to make multiple dies for cold drawing on the bench to effectively increase the production capacity and improve the utilization of factory space.
6. Pulling force, speed, and drawing length could be custom-made according to the practical process deriving from the material composition.
Relevant working processes：Extrusion, tube forming, hot rolling, pickling, coating, heat treatment, cutting, polishing, straightening
A tube drawing machine is an industrial equipment used in the manufacturing process to reduce the diameter and wall thickness of metal tubes while maintaining or improving their overall length. This process is known as “tube drawing” or “cold drawing” since it is typically performed at room temperature.
The tube drawing process involves pulling a hollow metal tube through one or more dies with smaller diameters, resulting in a final product with precise dimensions, improved mechanical properties, and a smooth surface finish. The process can be performed using various methods, such as:
Rod Drawing: A mandrel is inserted into the tube, and the tube is drawn over the mandrel through a die. This method helps to maintain the inner diameter while reducing the outer diameter and wall thickness.
Floating Plug Drawing: A floating plug is placed inside the tube, and the tube is drawn through a die. The plug moves freely inside the tube during the drawing process, ensuring uniform wall thickness reduction.
Tethered Plug Drawing: Similar to floating plug drawing, but the plug is connected to a rod or wire that controls its movement within the tube.
Sinking Drawing: The tube is drawn through a die without any mandrel or plug, resulting in a reduction of both the inner and outer diameters. This method is typically used for smaller reductions or when precise control over the inner diameter is not critical.
Tube drawing machines are widely used in various industries, including automotive, aerospace, construction, and oil and gas, where high-quality metal tubes with specific dimensions and properties are required. These machines can work with a range of materials, such as steel, stainless steel, aluminum, copper, brass, and other alloys.