What is hydraulic profile bending machines? About Şahinler Machinery
Metal and plastic profile bending in industrial production processes has found wide application in many sectors. Profile bending is a vital step in the manufacture of parts used in construction, automotive, furniture, metalworking and more. Hydraulic profile bending machines are important tools that perform this profile bending operation with reliability, precision and efficiency. In this article, we will talk about how hydraulic profile bending machines work and their advantages.
Hydraulic profile bending machines use the power of hydraulic cylinders to bend metal or plastic profiles. A typical hydraulic profile bending machine has components such as a frame, hydraulic cylinders, pressing table and control panel. The profile is placed on the machine and the hydraulic cylinders move to form the shape determined on the profile. Via the control panel, the operator can monitor the bending process and make adjustments as needed.
What is Şahinler Machinery?
Şahinler Makina was founded in 1953 by the brothers İsmail ŞAHİN and İbrahim ŞAHİN. Şahinler Makina, which started its operations as a family business at the beginning, primarily focused on the production of textile machines and sewing machines. However, in the 1960s it expanded its product range with belt driven and transmission drills, band saw machines and continued to produce cut-off saw machines in the 1970s.
Şahinler PK 35 Motorized Profile Bending Machine
Sahinler PK 35 Motorized Profile Bending Machine is a profile bending machine manufactured by Şahinler Makina. This machine is used for bending metal profiles and allows forming various profiles commonly used in the construction, automotive, furniture and similar industries.
PK 35 Motorized Profile Bending Machine is equipped with a powerful engine and works with a hydraulic system. This combination provides high bending force and precision. The motor drive of the machine makes it possible to bend the profiles easily and reduce the workload of the operator.