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Precision Tube and Pipe Bending Made Easy
The process of bending tubes and pipes to desired shapes and angles plays a crucial role in various industries such as automotive, furniture manufacturing, and HVAC systems. Among the different bending techniques available, the rotary draw bender stands out as a versatile and efficient solution. In this article, we will delve into the world of rotary draw benders, exploring their functionality, advantages, applications, selection considerations, maintenance guidelines, and safety precautions. So let's dive in and discover the wonders of rotary draw bending!
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How Does a Rotary Draw Bender Work?
At its core, a rotary draw bender is designed to bend tubes and pipes with precision and accuracy. The process begins with securing one end of the tube or pipe while the other end is pulled around a stationary bend die. Simultaneously, a rotating mandrel is inserted into the tube or pipe to maintain its internal structure and prevent distortion during the bending process. As the mandrel pulls the tube or pipe around the bend die, the desired bend is achieved smoothly and precisely.
To execute this bending process seamlessly, rotary draw benders incorporate various components. These include a clamp die, pressure die, bend die, mandrel, mandrel extractor, and a bending arm. The clamp die holds the tube or pipe in place, preventing any movement during bending. The pressure die acts as a counterforce against the tube or pipe, providing stability during the bending process. The bend die determines the bend radius and angle, ensuring accurate results. The mandrel, as mentioned earlier, supports the tube or pipe internally. Lastly, the bending arm controls the movement of the tube or pipe, guiding it around the bend die.