Process flow of C-beam machine equipment: the strip steel is fed from the tail of the equipment, pressed into C-beam by various rollers, and sent out from the head. In the traditional process, C-beam needs to be cut into fixed length manually after being pressed, and then transported to stamping equipment to punch holes according to the size required by customers, so the production cannot be continuous and the efficiency is not high.
C-beam is an efficient and economical profile (there are other cold-formed thin-walled profiles and profiled steel plates, etc.). Due to the reasonable cross-sectional shape, they can make steel more effective and improve cutting ability. Different from ordinary I-beam, the wing embroidery of H-beam is widened, and the inner and outer surfaces are usually parallel, which is convenient for connecting with other components with high-strength screws. Its size constitutes a reasonable series with complete models, which is convenient for design and selection. C-beam machine, also known as C-beam sandalwood machine, is one of the many varieties of brick press and the basic model of brick press. Different from the color steel plate forming machine, it is hydraulic power, and the power is very high, generally around 22KW, similar to the shear bending machine, and the general control process is more complicated, and PLC control is mostly used.
C-beam forming machine is a set of single-roll forming unit, which can produce various specifications of C-beam. The machine is mainly composed of passive loading frame, leveling device, punching device, after-molding cutting device, hydraulic station and computer control system. This machine uses automatic flying saw to punch holes, which is easy to operate. The main products of C-beam machine can be used as the main stress structure of large and medium-sized industrial and civil buildings.
The mold used by C-beam machine needs an upper mold and six lower molds with the same specification and size. First, install the upper die and the lower die. The lower die is directly installed on the hexagonal wheel workbench, and the upper die is installed on the bottom surface of the slide seat, and a cushion block with appropriate thickness is placed to ensure that after the upper and lower dies are closed, the gap around them is even, and the distance between the upper and lower dies is equal to the thickness of the required tile blank. Then move the workbench according to the upper die and install the remaining five lower dies. After the upper and lower molds are all installed, you can drive to press the tiles.
The improvement process is completed in three steps.
The first step is to add length measuring devices and flying saws. When the pressing length reaches the set length, the flying saw moves and automatically cuts off the profile.
The second step is to add a hydraulic punching device, punch four holes at the same time, and cut the flying saw from the middle, thus forming two side holes at the head and tail of two adjacent C-beams.
The third step is to improve and add a punching device. In the process of strip steel pressing, holes can be punched at intervals set by users, up to 16. The fourth step is improvement. In order to meet the requirement that the new C-beam needs to punch double holes in the middle of the profile, the 4-hole punching die for the side hole is changed into a 2-hole die, and the punching program for the side hole is modified, so that the side hole punching equipment can punch double holes in the middle, and the hole spacing can be set by users, and the maximum number of double holes can reach 8 groups.