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Industry pain points:

The traditional method has complex steps and multiple process steps, and there is an urgent need to improve efficiency.

ESU Company's solution:

ESU-EM456 stainless steel powder+mold specific metal 3D printer.

Benefit:

Effectively simplifying complex processes such as wooden molds, casting, and biting patterns in traditional shoe mold production. Not only is the surface of the molded part smooth and the bite pattern clear, but it can also significantly reduce processing costs. Compared to traditional molding processes, the delivery cycle can be shortened by more than half.

Industry pain points:

Traditional processing results in uneven water cooling, high processing costs for mold parts, long cycles, long cooling times, and high production costs.

ESU Company's solution:

ESU-EM191S stainless steel powder+mold specific metal 3D printer.

Benefit:

The mold is lightweight, has high material utilization, good strength, and shortens the processing cycle; At the same time, the waterway distance from the molding position is uniform, the cooling efficiency is high, and the blow molding cycle is shortened by 30%.

Industry pain points:

When paper plastic molds are hot pressed, the surface of the mold needs to evaporate moisture. Currently, the parts are processed from solid materials, and the evaporation time of moisture is long, resulting in low molding efficiency. The heat loss is relatively large, and the production cost is high.

ESU Company's solution:

ESU-EM191S stainless steel powder+mold specific metal 3D printer+embedded heating equipment.

Benefit:

Using breathable steel printing technology, the surface of the precision processed parts can be breathable. At the same time, heating equipment is embedded in the north of the parts to improve heat utilization, increase production efficiency, reduce energy consumption, and increase production efficiency by 40%.

Industry pain points:

Rubber tire product parts have low requirements for mold size, complex shapes, traditional processing techniques are complex, long cycles, and high costs.

ESU Company's solution:

ESU-EM191S stainless steel powder+mold specific metal 3D printer.

Benefit:

3D printing adopts a non subtractive printing process, and the printed parts only need to be processed on the surface. After the equipment position is adjusted, they can be mounted on the mold for molding and use, meeting the requirements of use without precision machining, saving processing costs, improving development efficiency, and reducing costs by 60%.

Industry pain points:

Rubber product parts have low size requirements, complex shapes, traditional processing techniques are complex, long cycles, and high costs.

ESU Company's solution:

ESU-EM191S stainless steel powder+mold specific metal 3D printer.

Benefit:

The mold parts adopt 3D printing without reduction printing technology. The printed parts only need to be processed on the surface, and the assembly position is simple. After machining, the mold can be formed to meet the usage requirements. The molding position does not require precision machining, saving processing costs, improving development efficiency, and reducing costs by 40%.

Industry pain points:

Automotive shock absorber foam products have low size requirements, multiple shape features, complex traditional processing techniques, long cycles, and high costs.

ESU Company's solution:

ESU-EM191S stainless steel powder+mold specific metal 3D printer.

Benefit:

The mold parts adopt 3D printing without reduction printing technology. The printed parts only need to be processed on the surface, and the assembly position is simple. After machining, the mold can be formed to meet the usage requirements. The molding position does not require precision machining, saving processing costs, improving development efficiency, and reducing costs by 50%.

Industry pain points:

Silicone product parts have low size requirements, complex shapes, complex mold parts, long traditional processing cycles, and high costs.

ESU Company's solution:

ESU-EM191S stainless steel powder+mold specific metal 3D printer.

Benefit:

The mold parts are produced using 3D printing with no reduction printing technology. The printed parts only need to be processed on the surface for direct production, which meets the requirements of use, saves processing costs, improves development efficiency, and can reduce costs by 50%.