The process of bending pipes and profiles in the production of metal furniture

Metal furniture has been the most important element of the most popular solutions in interior design for several seasons. Raw constructions can be found in both industrial, minimalistic and even more unusual art deco designs to add the effect of solidity and austerity to richly decorated spaces. The popularity of metal furniture is constantly growing, not only due to its appearance but, above all, due to its extraordinary functionality, ease of maintenance, and the longevity of individual elements. Metal elements of the decor create a unique industrial atmosphere, which, when broken with a wooden finish, takes on warmth and cosiness. The combination of materials gives metal furniture its attractive and fashionable appearance, which is typically characterised by simple and neutral shapes.


Bending pipes and profiles, i.e., a method of producing metal furniture

What is the bending of pipes and profiles?

Bending is one of the material processing technologies, most often made of metal materials, and consists of a permanent change in the curvature of the processed material. Bending pipes and profiles can be done in two ways to achieve the desired result. If we want the final product to be a curved, twisted, or bent object, this method is called “bending.” The second method is bending to straighten the workpiece. This process is known as “plastic straightening.” The bending of pipes and profiles is performed with the use of specialised presses, dies, press brakes, and the method of wrapping on a template or rollers. Bending pipes and profiles doesn’t affect the technical properties or the appearance of the material.


Bending pipes and profiles is a method of mechanical processing that requires skills and experience. The advantages of bending are most often used in the process of shaping metal parts. Bending profiles and pipes are aimed at giving the required spatial shape to a given element without changing its functionality. Bending pipes and profiles involves stretching some of the fibres of the material while tightening other elements. As a result, we get an object with an altered curvature.


What types of pipe and profile bending are there?

Bending of pipes and profiles can take place both by exposing the elements to extremely high and low temperatures. Such procedures are called “hot or cold bending.” Hot bending of pipes and profiles is mainly used for thicker materials, while the cold bending method is perfect for thinner materials. The key issue when bending pipes and profiles is to ensure the integrity of the individual fibres. If this is not guaranteed, then the bending is likely to be unstable.

What is the use of bending pipes and profiles in the furniture production process?

Bending pipes and profiles is useful at every stage of furniture production. It works great both for the production of the table, bench, and chair legs, as well as when we want to obtain more complex shapes, such as wardrobe decorations, bed frames, frames, and many, many others.

What are the main advantages of bending pipes and profiles in the production of metal furniture?

Bending is an ecological and effective method of deforming metal elements, which is widely used and seems to be the only optimal option in the production of structures for benches, tables, chairs, and more. Bending pipes and profiles will allow you to easily, and without additional cost, prepare table legs and bench backs, and even allow the production of complete chairs, etc. Bending does not change the parameters and physical properties of a given material, so the elements made using this method are solid, durable, and durable. Bending pipes and profiles offers a guarantee of repeatability of bent elements, which is extremely important in the production of large series and collections of metal furniture.

Why is the bending of pipes and profiles the best in the production of furniture?

Bending pipes and profiles is widely used in the production of furniture due to the flexible design possibilities it offers, their low cost of implementation, and the rapid preparation time of repetitive elements. An additional advantage is the extremely attractive price of the service and the minimization of post-production waste.