Multi-station stamping automatic production line
(1) Overview
A production line with multiple independent station molds placed on the workbench of a large-tonnage press, using unstacking hands or uncoil feeders to load materials, using automatic feeding rods to transfer process parts, and using automatic conveyor belts to collect off-line products
(2) Features
a. The base material can be roll material or sheet material, which has great flexibility and is conducive to improving the utilization rate of materials.
b. Using automatic rod feeding, the number of strokes is lower than that of the progressive die production line and higher than that of the traditional tandem production line, which can achieve higher production efficiency.
c. Loading and unloading sensors, double-material detection, hand clamping sensors, in-mold sensors, etc. can be added to detect the position and status of blanks and parts in production, with high safety.
d. There are high requirements for the feeding height and stamping direction of the molds at each station. In order to ensure the stability of feeding, it is generally necessary to ensure that the status and process of each process are consistent.
Progressive die stamping automatic production line
In view of the technological characteristics of its various processes distributed on an integral material belt and the high technological strokes that can be achieved, it can be applied to the production of small parts on the car body and can meet the high supply volume. Multi-station stamping automatic production line: It can be applied to the rapid production of medium-sized parts, beams that are not easily deformed, symmetrical parts with complex shapes in left and right co-molding, and products that can be clamped by the gripper on the automatic rod can be applied to this automatic line production. Tandem stamping automatic production line: Because each process is independently distributed in each press, this production line has the highest flexibility and is suitable for large-scale panels with complex production processes. It is conducive to the debugging and independent production of a single process, and it is convenient for high-demand quality control of products.
Post time: Dec-02-2022