Tauring Alfa 40 bending machine

Tauring Alfa 40 bending machine  The text appears to be a technical description of a bending machine or a ring rolling machine with various technical specifications, including dimensions, weight, and power output. However, the text is written in different languages, including Russian, French, German, and Spanish, making it difficult to understand for most people. Therefore, I will provide a brief summary of the technical specifications of the machine in English, while removing all the non-English words. The machine is a bending machine or a ring rolling machine used for bending bars, tubes, and sections. It has a shaft diameter of 40 mm, an upper roll diameter of 137 mm, and lower roll diameter of 147 mm. The machine's frame is made of cast iron, and it has a main motor with a power output of 3 kW. The high-strength steel shafts are hardened and ground, and the hydraulic cylinder has a power output of 10 t. The machine's approximate weight is 430 kg, and it has a centralized lubricating system. The packing dimensions are 107 x 71 cm base and 145 cm height. Usage description for the hydraulic CNC bending machine for the first bend. It is recommended for any profile. It is possible to operate in both automatic and manual cycles. The automation is characterized by a sequence of curves with different developments and radia. There is a scalar or progressive adjustment of the different bending radia. This results in perfectly harmonically connected profiles without deformation. The numerical control consists of modern microprocessor circuits, with red luminous displays. It has automatic error detection with easy correction, fast and logical programming of the work cycles, a self-diagnosis system for any internal errors, and easy replacement of electronic cards. It is possible to operate the machine in manual mode, as with a normal bending machine. Recommended for the bending of all profiles. The machine can be used for bending arcs between two straight parts with smooth blending. The bending radia can be automatically saved. The different radia of bending can be regulated either scalably or progressively. This results in smooth harmonious connections without any deformation of the profiles.
The numerical control system consists of modern microprocessors, with a display that can show errors and allow for easy correction. It also has speedy and logical programming of work cycles, self-diagnostic systems for any hidden faults, and easy replacement of electronic cards.
The machine can also be used as a conventional ring-rolling machine.