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At our engineering company, we pride ourselves on providing high-quality solutions for our clients. Recently, we had the opportunity to work with a client who needed injection mlded boxes that could stack and hold a substantial amount of weight while saving on logistics costs. They came to us with a specific request: to create boxes that could be stacked 60% of their size and hold a weight of 10kg per box in a tower of 10 boxes.
To meet this request, we started with a Finite Element Method (FEM) simulation to ensure that our design would meet the client's requirements. We prepared all the necessary documentation and provided 3D printing files to the client. We then proceeded with two prototyping loops to fine-tune the design and ensure that the final product met our high standards. This is why we have a rigorous testing process to identify any areas of improvement before final production.
Each iteration of the product was designed with our client's feedback in mind, and we worked diligently to create a solution that met all their requirements. Our expertise in injection molding allowed us to manufacture high-quality, durable boxes that would stand the test of time. We believe in creating products that are not only functional but also aesthetically pleasing.
Once the documents were completed and the prototypes tested, the client found a mold manufacturer to mass-produce the boxes, and we were thrilled to see them in their production area soon. At our engineering company, we are passionate about taking on challenging projects and providing solutions that exceed our client's expectations. Contact us today to learn more about how we can help you with your engineering needs.
