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Industrial clay Recovery machine - Automotive clay model recovery and reshaping equipment
Apr 01,2024
BOMI SHANGHAI
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Industrial clay Recovery machine - Automotive clay model recovery and reshaping equipment

The industrial clay recovery machine launched by Shanghai Bomi Industrial Co., Ltd. is a combination of quality and performance. We integrate the new technology and professional manufacturing technology into it well, due to the use of advanced cavity design, improve the spiral shaft, the material and manufacturing process of the mud nozzle, the clay that was difficult to shape can now be easily done, and different kinds of clay and hardness can make excellent finished products from this mechanism. Therefore, it is widely used in machinery industry, electronics industry, automobile industry, universities and other fields.

This product is a four-axis linkage clay recovery machine developed by integrating the characteristics of industrial clay and electric principle, and its performance is the discharge capacity, mixing capacity and degassing capacity. After processing by clay recovery machine, the composition of clay is evenly distributed, the surface is smooth, the structure is dense, and the plasticity is improved. The performance and fineness of the clay are not significantly different from the clay used once, so the number of repeated uses of the clay can be increased.

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Functional characteristics of clay recovery machine

1. Using scientific design and technology, reliable quality, stable performance and reasonable power consumption ratio.

2. The operation is simple, the operator can complete the feeding link, and there is no need to set complex parameters.

3. Double mud nozzle configuration, effectively improve the processing and spitting capacity.

4. Adopt two-stage spiral machining and four-axis linkage to ensure effective mixing capacity.

5. Maintenance-free vacuum pump, high vacuum, good degassing ability.

6. Heating elements are configured at the end of the upper and lower spiral shaft to effectively reduce the boot load of the spiral shaft.

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