Synchronous side forming and side punching method for automobile lower cross beam part
A side forming and side punching technology, which is applied in the field of side punching and synchronous side forming of automobile lower beam parts, can solve the problems of unguaranteed cooling effect of coolant and damage of drilling tools, etc., and achieve excellent heat absorption and heat dissipation effect , Improve accuracy, improve the effect of coolant effect
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Embodiment 1
[0040] The invention provides a technical solution: a method for synchronous side forming and side punching of automobile lower beam parts, comprising the following steps:
[0041] S1. Take the mold of the lower beam part of the car, place it in the ultrasonic cleaning device, and raise the water temperature to 60-80 °C for cleaning;
[0042] S2. Take out the cleaned mold and dry it quickly;
[0043] S3. Fix the mold, and pour the molten material into the mold to slowly fill the mold;
[0044] S4. Provide cold air at 10°C to cool and form the material;
[0045] S5, disassemble the side shell of the mold, and perform a polishing treatment of 800 r / min on the side of the formed material;
[0046] S6. Position the punching position, and the positioning error is between 1-3mm;
[0047] S7. A plywood is added on the side of the drilling device, so that the plywood is closely attached to the side wall of the material, and there is no gap in the middle;
[0048] S8, configure the...
Embodiment 2
[0055] The invention provides a technical solution: a method for synchronous side forming and side punching of automobile lower beam parts, comprising the following steps:
[0056] S1. Take the mold of the lower beam part of the car, place it in an ultrasonic cleaning device, and raise the water temperature to 70 °C for cleaning;
[0057] S2. Take out the cleaned mold and dry it quickly;
[0058] S3. Fix the mold, and pour the molten material into the mold to slowly fill the mold;
[0059] S4. Provide cold air at 12°C to cool and form the material;
[0060] S5, disassemble the side shell of the mold, and perform 1000 r / min polishing treatment on the side of the formed material;
[0061] S6. Position the punching position, and the positioning error is between 1-3mm;
[0062] S7. A plywood is added on the side of the drilling device, so that the plywood is closely attached to the side wall of the material, and there is no gap in the middle;
[0063] S8, configure the cooling...
Embodiment 3
[0070] The invention provides a technical solution: a method for synchronous side forming and side punching of automobile lower beam parts, comprising the following steps:
[0071] S1. Take the mold of the lower beam part of the car, place it in the ultrasonic cleaning device, and raise the water temperature to 60-80 °C for cleaning;
[0072] S2. Take out the cleaned mold and dry it quickly;
[0073] S3. Fix the mold, and pour the molten material into the mold to slowly fill the mold;
[0074] S4. Provide cold air at 15°C to cool and form the material;
[0075] S5, disassemble the side shell of the mold, and perform 1200 r / min polishing treatment on the side of the formed material;
[0076] S6. Position the punching position, and the positioning error is between 1-3mm;
[0077] S7. A plywood is added on the side of the drilling device, so that the plywood is closely attached to the side wall of the material, and there is no gap in the middle;
[0078] S8, configure the coo...
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