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Analysis of metal terminal mold material tape

Various abnormal strips of hardware terminal molds will appear during the establishment and proofing of the new module. We should make corresponding analysis and maintenance countermeasures for the strips in different situations. 1. Analysis of hardware terminal mold material tape 1: Do not damage the material tape when removing the mold. Both the normal and abnormal lower molds are padded with skids to remove the molds. The normal lower molds should be shut down under the continuous state to remove the molds with the skids. 2: First, pass a complete strip. When the strip is stuck in the mold and cannot move, remove the mold and check the strip. (1) Check whether there is chip jumping in the mold and deform the material belt. (2) Check whether there is material blocking at the knife edge, and check whether the falling material hole is large enough. (3) Whether the positions where molding or cutting should be punched out. (4) Whether the spare parts are sufficient. (5) Whether the blanking has burrs. (6) Whether the guide needle is pulling material. (7) Use a microscope to see the crush and mold impression. (8) Check whether there is dust or jumping chips at the chipping knife edge. Second, the countermeasures of hardware terminal mold repairing 1. After the complete material band is out, trim the size. (1) Check the size of the product first. Mark the place to be NG. (2) Blanking size NG, check whether there is a chamfer in the NG size (the chamfer size will affect the size of the size), whether the knife edge punch is worn or chipped, resulting in burrs. Whether the blanking is turned over, (the insert is not pressed enough, the knife edge punch is worn, and the gap between the knife edge and the punch is not good, which will cause the material to turn). It also affects the deflection and offset. Compensation for blanking is not calculated well during design. (If the blanking can be shifted, move the blanking. If the shifting will affect other dimensions, change the part), (4) Forming size NG, bending angle NG, generally the angle of two bending forming is 45 degrees and The staggered distance of the 90-degree bending point is wrong (the farther the distance, the smaller the angle, the closer the distance is, the larger the angle) need to adjust the 45-degree bending position. The height of the forming bending mold also affects the angle. The downward forming angle adds or subtracts the upper mold parts, and the lower mold can grind the ribs. The upper mold can grind the convex ribs by adding or subtracting the lower mold parts to the upward forming bending mold. (The range of addition and subtraction is within plus or minus 0.02MM) The inner R of the forming bending die will also affect the angle. The smaller the R, the smaller the angle, the more materials will be used. The larger the R, the greater the angle, and the less materials used, so it will Affect the bending length. Negative angle of 90 bending die will affect the angle, under normal circumstances, it should be negative 5-10 degrees, try to keep it open, and it can be made into a right angle under special circumstances. Bending die drawing will affect the angle. The bending die drawing is that the straight face of the bending die is too long (usually 0.05-0.1MM). The floating block pressing position is far away from the forming surface (usually at the position where the R angle and the straight surface meet), and the floating block spring is not strong enough (usually green, orange, special coffee gray) Bending size NG Bending size and 90 bend Die correlation, (usually adjust the position of 90 bending die to adjust the size). Generally, convex hull, puncture, add or subtract as much as the difference. The size that can be adjusted by the adjusting rod should be adjusted to the state that can be adjusted. When adjusting, the mold should be hit to the bottom dead center position to prevent the parts from being damaged by over-adjusting. If the adjusting rod has a limit device, do not adjust it forcefully after it cannot be adjusted, as the adjusting rod will be broken. Aiming at the design and processing of hardware terminal molds, case analysis, difficult symptoms, difficulties to overcome, technological breakthroughs, the company can solve them for you one by one.

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Dongguan Fortuna was established in 2003. It has a factory area of 16,000 square meters and 260 employees. It is a production enterprise specializing in precision metal stamping parts, precision CNC processing, injection molding and product assembly.
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