Injection molding is a widely used manufacturing technique in the home appliance industry, offering significant support for mass production through efficient processes and low manufacturing costs. This technique allows for the production of a diverse range of components, from refrigerator liners and television panels to washing machine casings and complex vacuum cleaner components. Its application not only boosts production efficiency but also significantly cuts costs.
Furthermore, injection molding enables manufacturers to utilize a variety of plastic materials, including those that are high-temperature resistant, impact-resistant, and high-strength. These materials meet the performance and aesthetic requirements of different home appliance products. Additionally, the injection molding process allows for the integration of various colorants and additives, enabling the direct creation of parts in multiple colors and effects. This capability greatly expands the possibilities for the design and customization of home appliance products.
Environmental protection and sustainability are becoming increasingly important in today’s society, and injection molding is adapting to these trends. An increasing number of home appliance manufacturers are now using recyclable or bio-based plastics in their injection molding processes to reduce environmental impact.
This is a FDM 3D printer developed in collaboration between our company and a startup, successfully crowdfunded on Kickstarter. Throughout the development and production process, we faced numerous challenges, including issues with supplier materials, assembly precision, and pressure on delivery timelines. Through continuous improvement and customer feedback, the product yield rate increased from 78.3% to 99.82%, and costs were reduced by 45%.
This is an automated vending machine designed specifically for women’s products. Before the client came to us, they had already had the product designed by another company, but the project stalled for nearly a year. The reason was that the original design was too idealistic to be manufactured on a large scale, coupled with poor operational stability and high costs. After taking over, we retained only the external design and completely redesigned almost all internal aspects, including the circuitry and structure. The revised product successfully passed the prototyping test and was eventually mass-produced.
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Receiving T1 sample within 2-5 weeks
Receiving T1 sample within 2-5 weeks
Continuous improvements to parts occur during ongoing production to address any design enhancements, quality improvements, or cost reduction needs.
